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10,201 | https://devpost.com/software/baca | Inspiration
According to
Central Bureau on Statistics in Indonesia
, 4% of Indonesia population, which is around 80M people, is illiterate.
baca inspires people, from teenager to elderly, to learn how to read, as reading brings knowledge to people, and knowledge brings brighter future for Indonesia.
What it does
Learning app without story is a mundane way of learning. baca changes the old conventional way of learning into an interactive learning life story for people to have fun learning through technology. Stories can develop people's perspective, and with our quizzes, people will learn valuable knowledge and interesting perspectives.
How we built it
Coffee. Pizza. Zoom. Discord. Creativity. Mostly skills and planning.
We use React Native to deliver our product.
Challenges we ran into
We were planning to use
https://teachablemachine.withgoogle.com
as our AI solution to optimise our apps, to serve audio input for users. However, we had several technical issues to implement it with React-Native.
Accomplishments that we're proud of
This is the first time our team use React Native as our cross-platform solution, we are proud to overcome our learning curve and develop BACA.
We also learned various technology and teamworks throughout the hackathon. Update: We got featured in The Jakarta Post:
https://www.thejakartapost.com/life/2020/08/31/online-global-hackathon-aims-to-tackle-local-issues.html
What we learned
We learn how to do collaborative works with git in bigger scale.
We also learned how to build react-native apps as our first project .
What's next for baca
Baca has a huge potential to disrupt the Education Startup in Indonesia. Think of us as Ruangguru, a SERIES C funded leading education startup in Indonesia, with a firm goal to help those who cannot read, as literacy brings more knowledge for people, and knowledge brings future.
For technical steps,
We are planning to be the first audio-based apps and handwriting recognition apps. With the help of more experienced React-Native developers, these technical steps can be done well.
We will add more features, such as notes, progress checks, and socials for baca.
For Expansion steps,
We use English as our main language to help the judges understand the fundamentals of our app. We are planning to add Bahasa Indonesia and more stories to the app.
For people who doesn't have smartphone and internet to learn, we have to work together with volunteers to use our app for these people.
For Financial Steps,
Currently, we want to make this app available for anyone for free!
However, in the future we might add in-app purchases for premium products.
Built With
cross-platform
css
css3
html
html5
javascript
netlify
react
react-native
Try it out
github.com | baca - Read for Future | BPS Indonesia states that around 4% of Indonesia population, is illiterate. baca is the offline cross-platform solution that believes these 4% population will contribute to the future | ['Edward Tanoto', 'Austen Jeremy Sugiarto', 'Erly Amethya', 'Ferdy Anggara'] | ['Wolfram: The Wolfram Award', 'Runner-up Best Education Hack'] | ['cross-platform', 'css', 'css3', 'html', 'html5', 'javascript', 'netlify', 'react', 'react-native'] | 15 |
10,201 | https://devpost.com/software/let-s-talk-p1c6se | Respond to a conversation and make an offer to continue.
Accept the offer with some warm words!
Both participants receive this email which puts them in touch at the end.
Submit a new conversation or view what's been submitted!
Inspiration
I was excited to see the option to use Bubble.io for the hackathon, because I've always been excited about codeless software platforms. That alongside the struggles of being social with COVID-19, I thought this was a good opportunity to build a conversation matching website with Bubble.
What it does
People can make an account at
https://wannatalk.bubbleapps.io/
and submit a conversation topic that they'd like to discuss.
Then, others on the platform can go through the available submitted topics and make offers to have a more in-depth conversation about that topic.
The original submitter has the option to reject or accept the conversation offer, and if they accept the offer then the system will email both to put them in touch.
How I built it
I used Bubble.io to build this platform. It was a lot of fun! It's very cool to see how strong their platform is.
Challenges I ran into
Bubble.io is easy to get started with but harder to really get the product polished. It took me a while to stylize everthing, and it also took me a while to figure out how to build some indepth queries.
For example, you want to show the conversation topics that
a) You didn't create
b) you haven't submitted an offer too.
Building this query would be straight forward in SQL but took a bit to figure out in the Bubble.io software. In the end, this is what it looked like!
Accomplishments that I'm proud of
I'm glad I finished it and got to the end, it took a while to put it together.
What I learned
How to use Bubble.io!
What's next for Let's Talk
I'd love to put it on Reddit and get some real users.
Built With
bubble
Try it out
wannatalk.bubbleapps.io | Let's Talk | Let's not let COVID quarantine also be a social quarantine. | ['Joel Barna'] | ['Bubble: Runner-up Best No-Code Hack using Bubble.io'] | ['bubble'] | 16 |
10,201 | https://devpost.com/software/pair-and-aid-parental-aid | Inspiration
Every parent wants the best for their children and we understand how struggling parents nowadays could be to care for their children. In a wider scale, a country's future depends on the quality of the younger generation. We develop 'Pair and Aid' to help Indonesian children to be healthier, happier, and more well-prepared to fight for their dreams, via peer tutoring, alumni network, and health monitoring.
Peer tutoring
Children speak with their own language and it's often hard to understand by adults. Through peer learning and support group, we believe that they can achieve better and more sustainable learning curve, in a more convenient learning atmosphere. Moreover, having experience in teaching their peers can boost children's confidence and train their problem-solving skills, which both will be useful for their future.
Alumni network
The path to the future is sometimes uncertain and intimidating. We'd like to reduce children's anxiety by creating a communication media, connecting them to the previous alumni from their schools. This way, alumni can share 1) their experience, 2) the challenges that they faced, and 3) well-targeted advice for the children who will follow on their path.
Health calculator
To be successful in the future, children need to be healthy and physically fit. We provide a health calculator to take into consideration the risks they possess now and customised lifestyle-based intervention that they could follow.
What it does
Our web application is divided into four main features, which are listed below:
STUDY BUDDY - a peer to peer based learning platform where one could find a peer tutor based on their expertise and level of education, this is supported by an inbuilt messaging platform and dynamic link to collaborative whiteboard using Miro.
FRIENDS FOREVER - a social platform where one could connect with seniors and alumni of their school.
HEALTH CALCULATOR - the idea is to build a model which could stratify contemporary health status and estimate future metabolic risk. Due to limited time, we provide in the app prototype a health monitoring tool in the form of BMI calculator where both children and adults can submit the data needed (sex, weight, height, age) which then will return as BMI score, BMI classification (underweight, normal, overweight, obese), and finally customised lifestyle-based recommendations according to the BMI classification. While adults BMI scores are according to the Asia Pacific standard, children BMI classification is based on WHO growth standard (age- and sex-matched percentiles).
KNOW YOU BETTER - a tool to let children understand themselves (under development), will mainly include relevant psychological tests.
How I built it
Our web application is built using components listed below:
Bubble - used to build the front end of the application. App logo and design are integrated into our app using Bubble Design feature. Implement UI flow using Bubble Workflow feature and associated logical flow functionalities. Connected to Node.js below using Bubble's builtin REST API connector plugin. Used the builtin database for account management and managing associated user data. Used the builtin deployment feature to generate a production-ready app.
Node.js - used to build the API service utilized by some functionalities inside our Bubble app. Supported by Express.js for routing and structured using MVC (Model-View-Controller) design pattern. Used Sequelize ORM for connection to the underlying PostgreSQL database. Used pm2 as the process production manager. Used certbot to generate certificate and Node.js builtin HTTPS library to provide TLS-secured API endpoints.
PostgreSQL - used for storing converted CSV data that is utilized as a basis for BMI calculation in our Health Calculator service.
Azure - used to host our API service (virtual machine) and PostgreSQL database (Azure Database for PostgreSQL).
Challenges I ran into
Below is the list of challenges that we ran into:
Remote team work involving 1 team mate based in Australia and another team mate residing in the UK. This time difference was the biggest challenge, especially in coordinating meetings and working schedules.
Not too specific problem scopes leading to many potential ideas to explore further. Our team spent quite a long time to shortlist the most feasible idea.
No assigned mentor to guide us during the process.
Too limited time to execute the idea into a real-life setting prototype.
Accomplishments that I'm proud of
We’re proud that as a team we could invent this novel idea together as an one-stop app that comprehensively address children’s needs and assist parents to help their children achieving their dreams.
Moreover, in only 36 hours, we can effectively work together as a team although not all of us reside in the same geographical locations.
We’re pleased with the outcome that we’ve achieved so far and we believe the complete execution of this idea would be beneficial for both children and parents.
What I learned
Good organisational skills and tasks delegation among team members.
Time management, specifically in breaking it down and deciding task priorities.
Learning several new applications, especially bubble.io, loom.
What's next for PAIR AND AID - Parental Aid
Here are things that we like to improve upon:
Further development to “Know-you better” feature by incorporating the relevant psychological tests into the app.
More input to databases in all four main services.
Testing the app to the potential users and getting feedback to improve the app even more.
Tracks this project is intended for
Best Health Hack
Best Education Hack
Bubble: Best No-Code Hack using Bubble.io
Best use of Microsoft Azure
Built With
api
azure
bubble
certbot
express.js
node.js
pm2
postgresql
ubuntu
Try it out
pairandaid.bubbleapps.io
github.com
documenter.getpostman.com | PAIR AND AID - Parental Aid | One-click for a slick care for your child's health and education. | ['Nicholaus Yosodipuro', 'Cindy Anggrenia', 'Laurentya Olga'] | ['Bubble: Runner-up Best No-Code Hack using Bubble.io'] | ['api', 'azure', 'bubble', 'certbot', 'express.js', 'node.js', 'pm2', 'postgresql', 'ubuntu'] | 17 |
10,201 | https://devpost.com/software/mentor-in-69j1u7 | Introduction
Inspiration:
Fun Fact: how we get our name, Mentor.in is a verb of Mentoring in Indonesian language.
“The information in textbooks is not necessarily what you need or would like to have at your fingertips.” That’s when we realise the great benefit of having a mentor. Having guidance, encouragement and support from trusted mentors can help us with a broad range of professional benefits. Not only can you learn whatever you want in any interest you have, but you learn it directly from someone who is already in that field of expertise.
Problems:
There’s no education-dedicated platform for mentors to post about their upcoming talks/webinars in Indonesia, which usually end up being shared through their social media (instagram, facebook, personal website). We see that as a problem because education content can easily get distracted by other entertainment content.
On the other hand, the distribution of that talks/webinars information is usually very limited (only within followers/ friends of the mentors), which makes it even worse because the information wasn’t evenly distributed and not optimal.
As a student, finding a mentor can be difficult. There is a fear of approaching someone and asking for advice, especially when you haven’t met or known the mentor in person. That’s where Mentor.in comes in.
Mentor.in is an online learning platform that allows you to connect and learn directly from your mentors and industry experts from any area of your interest. Mentors can create live-classes to share their knowledge and experience with bigger audiences, students can find the class easily and ask questions to the mentors, so it’s a win-win. We hope to bridge that gap and encourage all professionals to join our platform and make an impact.
Challenges we ran into
Each of us use a different tech-stack, so at first it takes time for us to decide which tech-stack to use for our project. After choosing that, we sometimes run into a problem when some of the functions in the back-end and front-end doesn't support with each other. It was a great learning experience!
Accomplishments that we’re proud of
We ship on time! (10.00 am)
What we learned
We learned how to prioritise things, obviously we won’t have enough time to implement all of the fancy features we can ever think of, so we try to analyse and set our Minimum Viable Product (MVP) as simple as possible while also solving the problem. Also a clear and well-understood prototype is vital for a collaborative project to get everyone on the same page.
What’s next for Mentor.in ?
We plan to build our own messaging systems with a better use of user’s data. And we hope to partner up with companies and universities across Indonesia to hold their seminars/talks in our platform. Let’s create a positive movement and inspire our young generations.
Built With
javascript
react
ruby-on-rails
Try it out
github.com
github.com | Mentor.in | an online learning platform that pairs individuals with role models from their targeted universities and companies in various subjects. | ['Jasmine Huang', 'William Tansil', 'Alex Negara', 'Valentine Salim'] | ['Script Foundation Awards'] | ['javascript', 'react', 'ruby-on-rails'] | 18 |
10,201 | https://devpost.com/software/digital-influencer-marketing-jefferson-chandra |
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Inspiration
I watch a lot of Tiktok during the lock down and there is a lot of endorsement from influencers that is not suitable for the viewers that follows the influencers.
What it does
It helps influencers and small business to find small business and influencers, respectively, with similar preferences.
How I built it
I used Android Studio and firebase, I have a little bit of experience in firebase and I think this project helped me improve my skill in that field.
Challenges I ran into
Making the preferences was hard since I tried to use an array but resource can only upload children that is a map with a value of an object.
Accomplishments that I'm proud of
I was able to show an Instagram profile with the profile picture and followers data just from the username.
What I learned
I learned about a lot of features in firebase
What's next for Digital Influencer Marketing Mobile - Jefferson Chandra
I will try to create a chatting option
Built With
android
firebase
java
Try it out
github.com | Digital Influencer Marketing Mobile - Jefferson Chandra | Helping influencer and small business with similar preferences and target market to discover each other and have better endorsement opportunities. | ['Jefferson Chandra'] | ['Script Foundation Awards'] | ['android', 'firebase', 'java'] | 19 |
10,201 | https://devpost.com/software/mora-bku34d | App Icon
Inspiration
Some “education” is often necessary to have a smooth healthy pregnancy. Ideally, a mom-to-be will actively seek the information and have their own independent learning. But alas, that seems that’s not always the case.
Sometimes people forget. It takes discipline to keep on learning and more so to take action based on the learning. Thus, we come to the idea of gamification. Integrating the information sharing and reminder into a game. Virtual pet genre appears as the proper choice as the game requires a daily login and the genre is seemingly popular among the target demographics. These all led us to make MORA.
“Mom Pregnancy Assistant“
What it does
In addition to the often-found mechanics in virtual pet games (stat as hunger, hygiene, and fun as well as mini-game),
The stats would be maintained by the activity in respective "room" and the mini-game is an image memorization game.
“Mora” will periodically give small snippets of information and ask about things that needed to be tracked during pregnancy. You know, things like taking iron and folic acid supplement to things like having enough exercise. The information recorded could be seen and used as a reference to having a general outlook on the relevant factors that the woman experienced during the pregnancy.
As we’re not experts in the subject, we extract the bits of knowledge from
WHO’s guideline
.
How we built the app
We use the "bayat" library for saving. Mostly dividing the development based on the different rooms. We also made all the assets shown in the app.
Challenges we ran into
None of us is familiar with unity, leading to slowing down in the process.
Also, as all of us are first time hackers, we are not experienced with developing something in a very limited amount of time. The prioritization could have been better. The main feature should be information tracker and sender, yet the very first thing that comes to our mind is about the game. Also, we suspected that game has too many components for such a short period.
We found that making assets is a lot of work. Especially when most of the things are not yet decided and set beforehand.
Fact that none of us is studying health/medicine nor none of us has gone through the process ourselves. We’re second-guessing along with the hackathon. Nevertheless, we learn many new things.
Accomplishment that we’re proud of
It’s something we made in a limited amount of time. Also the first android game for us!
What’s next for MORA?
The future development could use a better way to improve the details within the app, improving both the gameplay (also art) and the educational part of MORA. More conditionals and factors could be introduced and ideally, Mora’s summary wouldn’t be a just record of the answers as it is now but instead a processed insight that is more actionable for the users and informative to the medical professionals.
Built With
unity
Try it out
github.com | MORA | This is MORA! Your android virtual pet that is made to assist women during pregnancy. | ['YONATAN KRISTIAN ADECHANDRA SARUMAHA', 'Benedictus T', 'Gresiana Gede', 'Angelika Dibijo'] | ['Script Foundation Awards'] | ['unity'] | 20 |
10,201 | https://devpost.com/software/doc-home | Inspiration
The recent coronavirus had bought the entire world to a standstill. I wish to bring about a small change to this scenario and that was what inspired me to build this app
Doc@home
The spread of the pandemic has caused a lot of changes in our lifestyle, people fearing to get outside their homes, transportation almost shut down and social distancing becoming all the more important. The three major health issues that we face during this pandemic are
the deterioration of mental health due to lack of socialization
difficulty in getting medical appointments due to travel restrictions
the uncontrolled spread of fake news.
Doc@home is a web app build with an indention for helping to cope up with the current COVID situation.
The app has 3 main features:-
1. Became an AI companion for those in quarantine
“Connectedness is important to all humans, so I think we are all at risk [of loneliness during quarantine],”
- Deborah Roth Ledley, PhD, a licensed psychologist in Pennsylvania
The new reality of prolonged quarantine period and lack of socialization with other family members, friends and managing the fear of contracting the virus and worry about people close to us who are particularly vulnerable, are all challenging for each one of us. While the physical impact of COVID-19 can be assessed and treated, the mental impact is often ignored. Many people are experiencing emotional breakdowns and having depression. The new reality of prolonged quarantine period and lack of socialization are adding up the mental struggle.
More than 50% of those suffering from mental health issues are not seeking treatment, due to social stigma.
This present environment in the country has increased stress and anxiety amongst the citizens.
Introducing to you Jessica, your very own AI companion. Jessica can help you overcome your isolation and loneliness.
2. Provide a connecting medium for doctors and patients
But sometimes a chatbot might not be enough. You might need to seek professional help
The fear of traveling has resulted in the hampering of checkups of many people.
Doc@home, helps patients to take their routine checkups from the comfort of their homes without the scare of the virus.
It helps any patient to connect with the doctor of their choice, from the list of available doctors, and book an appointment according to their convenience either in offline or online mode.
The app has 2 portals, one for the patients requiring the appointment, and the doctors available for consultation. The patients can enter their medical history, any undergoing medication, etc which can be viewed by the doctor if he/she confirms their appointment. The index page of the patient and the doctor shows all their upcoming consultations. The doctor is notified if there are any patients requiring their appointment, and have the option to either confirm or deny, which causes a corresponding notification to be sent to the patient.
The doctor can also send the prescription with detailed feedback to the patient after consultation, along with the consultation fee to be paid. The patient can view the feedback in the history tab of their portal, which also provides the facility to pay the consultation fee by redirecting them to the Google Pay web page.
3. Create a forum for discussion between ordinary users and doctors
Another big issue that we face during this time, is the spreading of COVID related fake news. News with no scientific basis like standing in sun can kill corona and your pets can spread CoronA are rapidly spreadly
It is estimated there over 800 deaths have occurred due to WhatsApp fake msg
Doc@home also tackles this issue
I have created a forum (inspired by stack overflow website) that could help people differentiate fake news from the real ones. Here people can raise doubts regarding different aspects of COVID and get answers from professionals. It is a community-driven platform where doctors and ordinary people can meet and help each other out. This forum, to some extend, would help ordinary people seek professional help and advice, and use it as a methodology to separate
fake and actual news
Although, it isn't much this is a humble step from my side hoping to bring our world to normalcy with the pandemic on the spread.
Why Doc@home: The innovative and social impact
⚕️
Easy and affordable medical consultations, at the comfort of your home:
On average, a telehealth visit costs about $79, compared with about $146 for an office visit, according to the study. With doc@home users can consult any doctor 24*7 from anywhere in the world and the appointment scheduling process occurs in one well-organized platform so the endless back and forth communication can be avoided
📹
Get a detailed medical prescription from verified doctors:
After every session, you would receive detailed feedback from the doctor having all the details about the medicines to be taken, its quantity, the duration, etc
💊
One-stop solution to keep track of your medical history and remind you to take your pills:
The platform gives a track of all our past medical details and family heredity details. It also gives you an option to share this info with the doctor of your choice. Getting the medical history of the patient would surely help the doctor make better choices.
🧘
AI companion for managing daily stress, anxiety, and depression issues.
🤯
Combats the social stigma surrounding the seeking of help for mental health issues:
The chatbot in the app has the potential to be useful tools for individuals with mental disorders, especially those who are reluctant to seek mental health advice due to stigmatization.
📱
Platform to verify the truth behind viral messages surrounding health and stop the spreading of fake news
: The app provides a medium for users to seek professional opinions from doctors related to various COVID topics
Tech stack used
The backend of the project uses flask(python) and SQLite as the database
The front end is built on bootstrap, css, js and jquery
Future updates
Implement a blockchain payment system to bring more transparency and security to the system
Integrate Twilio API to create a bot, that calls you/sends a message to your phone 5hrs prior to the appointment schedule
Add to speech to text conversion in the chatbot. So instead of typing the queries, the users can simply talk more naturally with Jessica
How I built it
With sleepless nights and coffee :)
Tech stack used:
Flask, bootstrap, MySQL
Installation
- Fork & Clone the repo
- Install all requirements: pip install -r requirements.txt
- Run: python3 main.py
- Copy the localhost url (usually localhost:5000/) and paste in browser
Challenges I ran into
Configuration trouble, the difficulty is retrieving data from DB
Accomplishments that I'm proud of
That I completed the entire project on my own. That's a huge accomplishment for me. Even when the problem kept on coming, I still kept on going
What I learned
A lot.
I have learned how to integrate front end and backend in the flask. I also learned how to build a chatbot. The project also helped me sharpen my front end skills
What's next for Doc@home
Must work on the UI
A few silly errors still exist. Need to debug them
Need to improve the chatbot
In the forum section, I would differentiate the answers given a professional and a normal user (in order provide from authenticity to the answer provided by a doc)
Do some web scrapping to get more info
Add ethereum code to the payment (the payment between the doc and user) and also in the forum section. This would provide more transparency and security to the platform
Built With
bootstrap
css
flask
flowxo
mysql
python
sqlalchemy | Doc@Home | A web app to help cope with the present pandemic | [] | ['Script Foundation Awards', 'Pandemic Response Category Prize'] | ['bootstrap', 'css', 'flask', 'flowxo', 'mysql', 'python', 'sqlalchemy'] | 21 |
10,201 | https://devpost.com/software/financial-tinder | Inspiration
Good, common financial sense is not something taught in schools, and one of the topics not formally discussed when families raise their children. People are often left to fend for themselves to figure financial common sense through experience, often painful, and people often get discouraged. So we came up with this simple game to simulate some life choices throughout a person's adult life and encourage balancing your responsibilities.
Multiple areas in life will compete for your attention and sometimes you have to prioritize one over the other. Finances aren't just about a number in your bank account. Choosing how you use your money impacts both you and those around you in an emotional way as well.
Can you make the right decisions to survive the entire game?
What it does
The game throws different situations that requires you to make a choice. You can either agree to do something or refrain from it, and this has consequences on three areas of your life's responsibilities.
How we built it
Unity hub to collaborate and visualize the front-end UI of the game with C# writing for scripts.
Challenges we ran into
All members are inexperienced with learning an entirely new software and working together for the first time in a hackathon.
Randomizing the scenarios to have some form of replayability, incorporating sequencing into some of the scenarios.
Accomplishments that we're proud of
The game runs and we survived making something that actually works at the end of 48 hours for our first hackathon.
What we learned
Ideas are cheap, execution is everything. Follow-up creating the game to completion while balancing everyone's visions of where we should go is a good experience.
What's next for Financial Literacy Game
Incorporate a more interactive and advanced front-end UI presentation that is more smooth and engaging, something along the lines of Tinder but for making decisions. Add more financial literacy scenarios and features, including deciding to invest in stocks, making returns, maybe even a component where there are simple news sources that can hint at certain stocks to go up or down. Add even more parameters to balance decisions with.
Built With
c#
unity
Try it out
allerises.itch.io | Equilibrium | Take control of a simulated financial life! Survive up to 30 questions of different scenarios and events that will fluctuate your relationship, lifestyle and career responsibilities. Balance them out! | ['Yadan Noerdin', 'Abbi Yuniarto', 'Aamir Ali'] | ['Script Foundation Awards'] | ['c#', 'unity'] | 22 |
10,201 | https://devpost.com/software/desaku-web | Desaku
What is this 😆😆
Desaku is a platform to introduce products and skills from every village in Indonesia. With learning and E Commerce features.
We have program
#SatuDesaSatuProduk
that local residents develop a product or service that will become a unique product and the pride of their local area, so that it has competitive value in both national and global markets. With this program Indonesia will advance in the creative economy
Inspiration 🔥🔥🔥
In 2019 Indonesia has a total of 74,954 villages, but 55,369 are still classified as developing villages, even as many as 14,461 are still underdeveloped villages, and only 5,606 independent villages.
Of the 74 thousand villages in Indonesia, how many village products do we know? Only a handful of products can be marketed outside the city. The potential of this village must be explored continuously to become an economically independent village.
For this reason, desaku took the initiative, to participate in helping UMKM in the village so that their products are famous and can go international. #desagointernational
To make this happen, we have a #SatuDesaSatuProduk program, with the #SatuDesaSatuProduk program, we believe that if one village has one product, it is no longer a dream for all villages in Indonesia to be economically independent, and Indonesia will be more advanced.
What the impact ✨✨✨✨
Increase Village Income
With Desaku the Village Government can sell their village-specific
skills here
Introducing Village Specific Skills
Desaku Will Promote Village Skills to the World So that it can be known to the wider community
Village Community Empowerment
With Desau, people can learn more about the skills they want to learn online and offline
Improve the Economy of Village Communities
With my village, people can do economic activities online, practically and easily
How we build it ☕☕
Svelte is a compiler
Most of the frameworks like React, Vue, etc. Including large enough runtime code in the production bundle to support their features, but Svelte is not a runtime frame but a compile time frame.
Small Bundles
Svelte will produce a relatively smaller bundle size than other UI frameworks, so the time it takes for the browser to download our application assets is faster.
Less Code
Less code to read means less code to understand, it also means less room for bugs to hide 🤣
Blazing Fastt !!
A few days ago I read a blog about performance problems in the Tokopedia application, and interestingly the Tokopedia engineering team used Svelte as a solution, from 320 kB (React) to 37 kB (Svelte), the audit performance reached 97 and could be interactive within 3.5 seconds 😮 You can read the blog here:
https://medium.com/tokopedia-engineering/achieving-90-mobile-web-performance-at-tokopedia-23f557d98d5
In Rich Harris's presentation entitled "Rethinking Reactivity", there he talked about application performance problems that had been surveyed by Svelte, one of which was Stone, a company in Brazil that made a POS (Point of Sales) System with more than 200,000 devices, they have tried build applications using React, Vue and other UI Framework but they are still not satisfied with the performance, after they tried to build it using Svelte, Boom !! the performance problem has been resolved
What's Next for Desaku ?😁😁
We will perform Usability Testing on users, and lobby to cooperate with the village government. For starters, we will conduct research in Central Java.
If we success in Central Java, with Asyncronus product development we will expand partners throughout Indonesia
License
MIT
Built With
svelte
Try it out
desaku.vercel.app
github.com | desaku | #SatuDesaSatuProduk | ['Rizka Salma', 'Timotius Muliawan'] | ['Script Foundation Awards'] | ['svelte'] | 23 |
10,201 | https://devpost.com/software/mypantry | Front Page
Products
Orders
Inventory
Status Quo
Home chefs operating on thin margins do not usually subscribe to expensive order and inventory management systems: the current options are either too expensive or too complicated for their use case, therefore they resort to free options such as Google Sheets. Using a spreadsheet to keep track of orders and inventory, however, quickly proves to be unscalable as the user interface is not designed for this high volume use-case. These applications also require a lot of set-up to provide even basic insights, and a home chef may not have the time or expertise to set these up.
What it does
mypantry
provides an intuitive user interface for a few key features:
add, update and delete orders and inventory
historic trends for orders and inventory
automatic inventory changes when orders are added, updated or deleted
analytics such as monthly sales, top selling products etc.
How I built it
I built the app using React and Redux for the dashboard, firebase for hosting.
Accomplishments that I'm proud of
Building a minimal system with the required core features
What's next for mypantry
Adding authentication and data storage using firestore.
Built With
firebase
material-ui
node.js
react
redux
Try it out
mypantry.xyz | mypantry | easy order and inventory management for home chefs | ['Shayan Imran'] | ['Script Foundation Awards'] | ['firebase', 'material-ui', 'node.js', 'react', 'redux'] | 24 |
10,201 | https://devpost.com/software/garudahacks-65uqkm | Architecture
GarudaHacks
Table of Contents
IQSquare
Inspiration
What it Does
Executing app
Current Features
Architecture
What is next for Ikhwat
Inspiration
With a myriad of health devices, every remote smart health device needs a back end that supports data streaming, storage, visualization and analysis. IQSquare data platform is one-stop shop for different health device manufacturers who can come and configure their devices to stream data into our platform and obtain inferences from the data
What it Does
The platform allows device manufacturers to set up recipes or rules that are specific to the devices that they have built. They can also upload their own machine learning models that will feed on the streaming data from devices and predict the susceptibility of the wearer of the device to various health risks.
Executing app
In order to set the rule, please visit
http://3.131.35.56:5001/
In order to configure your device to send data to out streaming platform, please refer to the file
https://github.com/ashhadulislam/GarudaHacks/blob/master/test_codes/kinesis_py_code/write_kine_random.py
Current Features
Devices Supported so far
Headband
FitBit
Smart ECG Machines
Features supported so far
Registration of Rules/Recipes for suported devices
Continuos streaming of data
Visual represntation of data through dynamic graphs
Architecture
What is next for IQSquare
Some of the features that we are hoping to incorporate include
Allow ML and DL models to be run
Dynamic device registration
Dedicated Front End platform for visualizations
Video Link:
https://www.youtube.com/watch?v=pe0GE5RNiGM&feature=youtu.be
Built With
css
html
python
Try it out
github.com | DataXplorer | A B2B platform where health care device manufacturers can register their devices for data aggregation, visualisation and inferences. | ['Ashhadul Islam', 'Kazi Haque', 'rishabh Gupta'] | ['Script Foundation Awards'] | ['css', 'html', 'python'] | 25 |
10,201 | https://devpost.com/software/plasmanation | Verification
Registration
Main Screen
Logo
Inspiration
Are you fully recovered from a verified COVID-19 diagnosis? If so, the plasma in your blood may contain COVID-19 antibodies that can attack the virus. This convalescent plasma is being evaluated as a possible treatment for currently ill COVID-19 patients, so your donation could help save the lives of patients battling this disease
What it does
Connecting a person who had recovered from COVID and who suffers from it through certified healthcare facilities that support plasma transfer
How I built it
Using android studio (native code) with several addition such as firebase plugin, radar, onesignal
Challenges I ran into
Connecting to a firebase was tricky enough
Accomplishments that I'm proud of
Working Location-Based Service
Scalability
Working App
What I learned
Build an app in a short time
Practical Cool API
What's next for Plasmanation
Publish to playstore (soon)
Blockchain-based verification for donors & receiver, impact factor analysis
Built With
android-studio
firebase
java
radar
Try it out
gitlab.com
plasmanationweb.xyz
drive.google.com
amikomac-my.sharepoint.com | Plasmanation | Speed up recovery by donating plasma for covid-19 | ['Nur Arifin Akbar', 'Tommy Hartono'] | ['Script Foundation Awards'] | ['android-studio', 'firebase', 'java', 'radar'] | 26 |
10,201 | https://devpost.com/software/ddddd | BararhApp-Web
BararhApp-Web-Tracking beds
Inspiration
Poor Healthcare: Hospitals in Indonesia are very limited in resources. As a result, they are mainly located in the most populous areas such as Jakarta. Remote regions of Indonesia find it difficult to find public health care. Even with remote health care, aid can get quite expensive. The Indonesian government has been funding Indonesia is very vast and we find it necessary that the entire country gets access to the best and most convenient healthcare possible. We inspire to create a better medical system for improving the quality of life by connecting doctors and patients all over the country.
COVID: Recent COVID-19 pandemic has highlighted the blaring inefficiencies of non-integrated healthcare facilities. Due to the absence of sync in healthcare systems, the present healthcare infrastructure has been overwhelmed. The need of the hour is to have a health care platform over the internet. It is not safe to visit hospitals and doctors at this time. We aim to make a hospital online where users can have things like diagnosis, checkups, medications, etc online without going out.
What it does
Keeping up our wellbeing is an essential objective in a significant number of our lives, yet once in a while, we simply don't have the way to do as such. Regardless of whether it is because of high costs or low accessibility, such conditions aren't reasonable for the individuals who need to save their prosperity.
We aim to provide a full hospital ecosystem online which includes consultation medications etc. We connect patients and doctors all over the globe. Patients get a diagnosis and medication on the internet without going out of their house. Likewise, it monitors free beds in hospitals with information in real-time. We provide free access for hospitals to enter information about their availability of hospital beds.
How Online Doctor Consultation Works?
Start a session: Select the type of doctor you would like to consult with the doctor from the list of doctors.
Tell us what's troubling you: Type in your concern, symptoms and attach earlier prescription, lab reports if any. Help the doctor understand your case better.
Connect with the doctor: A doctor is auto-assigned to you that best matches your concern. You will get a diagnosis and treatment for your condition.
Follow up with your doctor: Still, need more clarity? You can follow up with the doctor even after your chat window closes.
How I built it
Building the application was very challenging for us as we had lots of plans and features that we wanted to implement but see the time constraints and we decided to focus on the core functioning of the application and accordingly, we started our development.
With the rise of technology, there are lots of amazing technologies in the market available but based on our team skills, scalability of our application, reusability, and efficiency we choose the tech stack for our development.
Tech Stack:
Next.js: So, as next.js provides server-side rendering and also its a react based framework, we decide to use it. Also, Vercel directly helps in the deployment of next.js projects easily so it was a good pick for us.
Firebase: For making things simple when it comes to real-time updates
So, we created a project in bitbucket and did the setup for CI/CD for rapid development, and then we deployed our first nextjs application in Vercel to get confirmed everything is working perfectly and yeah, Everything went awesome.
As, our application was deployed our next task was to identify the libraries that we would be using to build the application real quick :D
Libraries we are using:
-ReactJS,
-React Charts,
-Chakra UI,
-Firebase Client
The frontend of the application is built using ReactJS and we have used the Chakra UI components for building the frontend user interface. We are using react charts to display the dynamic data of the hospitals. The firebase client is used for the configuration and especially for the database to do the read and write operation in realtime.
Challenges I ran into
Implementing this online health care platform within a short period of time was certainly a challenge in itself.
We ran into changes while implementing the chat feature between patient and doctor.
Accomplishments that I'm proud of
Considering the current state of the epidemic, the whole group was built at a distance. We used conferences over telephone and video for communication.
The team was able to successfully design, build, test, and deliver this platform In spite of having work and personal commitments.
The team overcame all of these hurdles and showed a lot of determination and character to build, document, and present this application.
What I learned
We learned how to work remotely and deliver on time.
We learned about server-side rendering using Next.js which makes webapps load up fast.
We learned about firebase and its various features like cloud database, user authentication, user registration, etc.
What's next for
We seek to impact the lives of more than 100,000 people in the first year of launch.
Built With
chakra
javascript
next.js
react
react-charts
ui
Try it out
berharapp.vercel.app
drive.google.com
bitbucket.org | BararhApp | BararhApp is a platform connects patients and doctors online and monitor the availability of beds in hospitals. | ['Amit singh', 'Akshith Chittiveli', 'Cristhian Ortiz', 'Jatin Rathee'] | [] | ['chakra', 'javascript', 'next.js', 'react', 'react-charts', 'ui'] | 27 |
10,201 | https://devpost.com/software/invisionar | Early simulation prototype
Quiz Proof of concept
Our Physics Topic Browser
AR Simulation Prototype
Inspiration
As a group of students who just finished (struggling in) a college-level Physics 1 course, we knew that other students faced the same problems we did. While there are many resources available to help students tackle academic struggles, a lot of them lacked a graphical aspect to our education. The most that us visual learners had to work with were linear models or two-dimensional graphs; these just are not enough when it comes to the more complex sciences! We decided to take our education and practice to the next level and that is how InVisionAR was born.
What it does
InVisionAR is an application that can be downloaded to your mobile device! Our software has been designed through a sophisticated process just to make your education less sophisticated. Using a thoroughly refined curriculum, InVisionAR utilizes your camera to produce a three-dimensional diagram for all of our practice questions, generated right in front of your eyes! Whether you are in your house or at the park, you can take advantage of InVisionAR to practice whatever topics you like in an engaging and captivating way. The visual aspect to InVisionAR may just be its most revolutionary innovation; however, our application is just as appealing to use as it is to look at! Using psychological practices to motivate our consumers, our software shows our consumers how close they were to the true answer every time they answer a question, and consists of an easy-to-use menu for our consumers’ benefit.
How we built it
In order to create our software, our team utilized Unity and its Augmented Reality foundation packages. Taking advantage of Augmented Reality, we integrated its features with Unity’s Physics engine to build the whole program. This allowed us to create a simple, yet effective, User Interface which let us alter the variables of each simulation.
Challenges we ran into
A major challenge our team faced throughout structuring our project included the transition from SRP to URP. Rather than using the Standard Render Pipeline, we wanted to upgrade our program by incorporating the Universal Render Pipeline which would allow our software to run in a more crisp manner, making it faster and sharper in consideration of our users.
Accomplishments that we're proud of
Half of our team members have never utilized Unity and its features before, so we are extremely proud of the amount of patience, mentorship, and overall display of chemistry between all of our members. While we all may have had different levels of experience going into this hackathon, we all shared this memorable experience together and our goal to create a revolutionary design fueled our motivation to learn more throughout the process. Ultimately, this project would not have been possible without all four of us and we are extremely proud of each other’s commitments and sacrifices towards InVisionAR.
What we learned
We learned how complex and intricate the interactions between objects within a simulation were. We also learnt a lot about AR programming, which is something none of us had done before. Most importantly, we gained invaluable experience in teamwork - in terms of both communication and the technical skills needed to share code and work together.
What's next for InVisionAR
InVisionAR aims to expand its fundamental idea to explore new topics and integrate our curriculum to a web hosting server! We would like to bring together a broad team of members with expertise in various areas to overall increase the productivity and quality of such innovative software.
Built With
ar-foundation
arcore
arkit
c#
json
lua
unity
Try it out
github.com | InVisionAR | Augmenting Physics into Reality | ['Shricharan K Subramaniam', 'Sagar Patil', 'Arnav Borborah', 'Tejas Appana'] | [] | ['ar-foundation', 'arcore', 'arkit', 'c#', 'json', 'lua', 'unity'] | 28 |
10,201 | https://devpost.com/software/garudahacks-front | Inspiration
Currently, only 34% of Indonesian population have the privilege to enter university. Meanwhile, the rest of them start seeking jobs straight after finishing high school due to financial hardship. We believe that the knowledge and skills obtained during their education may not be sufficient to perform their jobs. This will impede them from advancing in their career. Therefore, STOA is here to help them acquire necessary knowledge and skills so that they can excel in their career or make use of the opportunity to be a successful person in the future.
Besides, Indonesian students who obtain their bachelor degree are accounted for only 8.79% among all Indonesians. Those proportions may reflect the number of students who drop their degree due to financial hardship or difficulties with their majors. To tackle these issues, STOA is here to facilitate current university students with a platform that allows them to discuss and learn from their peers. This arrangement may be more efficient than recorded lectures platforms that are widely available now. Thus, we expect to help students with academic difficulties to survive in their university journey and get their degree.
What it does
STOA is a platform that can match university students with other university students. It can also match non-university students with university students.
When signing up for the app, students need to tell the subject they are confident with and the subject they want to study. Afterward, the system will match them to meet and discuss something. For instance, a student who is confident with Python will be matched with their partner, who wants to learn Python while knowing the subject that the previous student wants to discuss. Then, in the discussion room, they will exchange their skills and knowledge.
Furthermore, for the non-uni student, we will also provide a basic module before the discussion to ensure that they have a basic grasp of the uni subjects that they prefer. The discussion will be recorded and converted into a transcript. This transcript will be used for us to control the quality of the discussion.
To develop STOA, we will rely on sponsorship from government, donations, and educational institutions.
How I built it
We will use React Native for the cross-platform mobile apps and Firebase for the database and other services such as notification.
Challenges I ran into
Matching people with the demand for the knowledge exchange is a crucial challenge for us. As our platform is still growing, it might need some time to make the inter-network effects work.
Moreover, when making STOA we need to have a balance between social impacts and commercialized business aspects. This is because we want STOA to help the non-university and university students to excel in the future, while at the same time, platform development and operation also need some amount of money. Thus, we need to find a sustainable source of funding that may help us to expand the platform and its offering.
Accomplishments that I'm proud of
Making a functional education app in a short time that allows people to learn in a two way communication instead of a conventional lecture recording platform.
What I learned
We feel that it takes so much effort to make an impactful education platform that can holistically cover the issues mentioned in the inspiration part. We believe that making a successful platform requires multidimensional knowledge as it involves technical, business, and social aspects.
What's next for our project
For the development of our program, we will do a market survey to identify niche subjects that people want us to include in our platform. We may want to add further facilities that can improve the quality of learning on our platform such as SMS features to cover the area with bad internet coverage. In addition, if we get the sponsorship for our platform, we will allocate it 30% for our platform development and the rest is for additional scholarships to make a further social impact.
Built With
javascript
reactnative
Try it out
github.com | garudahacks-front | STOA is a platform that can match university students with other university students | ['Michael Lim'] | [] | ['javascript', 'reactnative'] | 29 |
10,201 | https://devpost.com/software/go-rs | Inspiration
We see that in the hospital around us often has poor queue management that force it patient to come back another day, so we make this allocation to prevent that problem.
What it does
s
How I built it
sf
Challenges I ran into
Too complex for 3 days application, our team just made
Accomplishments that I'm proud of
s
What I learned
To build apps need long preparation and can't in 3 days
What's next for Go-RS
What's next for Go-RS
Automation on scheduling for efectifity queueing patients
Built With
node.js
react-native | Go-RS | Apllication that simplifies the cue on hospital. In Indonesia, this is the problem | ['Oktavianus Irvan Sitanggang', 'Muhammad Rahadian', 'Garin Ichsan Nugraha', 'Dwiani Yulia A Ariyanti'] | [] | ['node.js', 'react-native'] | 30 |
10,201 | https://devpost.com/software/moom-mall-in-mobile | Our Logo
Apps
Design Draft 2
Design Draft 1
Inspiration
Usaha Mikro Kecil Menengah or in short UMKM is one of the economic pillars in Indonesia. UMKM managed to provide more than 60% of the national Gross Domestic Product (PDB) (Kompas, 2019). UMKM contains many Indonesian small businesses ranging from food to non-food businesses such as clothing and other daily needs. Aside from that, small businesses such as UMKM are located in shopping centers or malls all around the nation. In order to empower those who strive in the small business,
Moom
is here to support the small business in Indonesia.
What it does
Moom is an application that will help match sellers with potential buyers. This application will work as an aggregator on the trading process. This application will make it easier for buyers to find goods with the criteria listed by each seller. This application will give priority to those who are still struggling in the world of microeconomics or small businesses in Indonesia.
This application will also be a directory for every buyer when visiting a mall and trade centers that mostly contain small businesses such as traditional markets and wholesale markets. Aside from that, this app will help prospective sellers to market their business and look for empty stalls to run their business. From the seller's perspective, this app will provide the information needed when starting a business such as the average buyers and review the stores around to map out competitors. That information will make it easier for every prospective entrepreneur to set a business strategy and empowerment tool to grow their business.
Moom’s Feature:
Buyers and Sellers: Trade aggressor for both perspectives.
Buyers
:
Directory for buying any kind of goods when visiting certain shopping centers or malls. (Food or Non-Food)
Giving a review to the small business (As a basis of evaluation).
Sellers
:
-Marketing Platform.
-Market Analysis. (Ex: Average Consumer, Market Mapping)
-Finding an Empty Loft. (To Start/Enlarge Business, with the cooperation of the shopping center)
How I built it
In the beginning, 4 of us were brainstorming about what topics we wanted to choose for this Hackathon. We then decided to tackle the problems in the small business sector. We wanted to build an application that could empower small businesses. In the process, Ancilla contributed to the UI/UX design of this application. Mario worked on the front-end, while Michael worked on the back-end. Meanwhile, Mahardhika was responsible for managing the team and applications.
Challenges I ran into
From the programmer side, we faced difficulties when we integrated the front-end and the back-end. The back-end also failed to be deployed to the server since the programmer’s IP was banned by DigitalOcean. However, we succeeded in delivering every feature that we wanted it to be
Accomplishments that I'm proud of
We are proud that we have built an application that will both benefit shop owners and customer. With this application, we can make shop owners more widely known by their customers, and we can also help customers get what they want more easily. We are proud that in the course of around 30 hours, we managed to build all UI/UX design, front-end, and back-end that are all fully functional
What I learned
We learned that building an application needs a balanced amount of time, patience, and skill. We are aware that we might not make the perfect product, but we surely have learned a lot of skills from each other.
What's next for Moom - Mall in Mobile
We will continue to join hackathon and develop more awesome products that will revolutionize the way people live in the future.
Built With
adobexd
axios
expo.io
google
google-maps
javascript
mongodb
mongoose
node.js
reactnative | Moom | Mall in Mobile | ['Ancilla Putri', 'Mahardhika Wida Putra', 'Mario Adriel', 'MICHAEL WONG'] | [] | ['adobexd', 'axios', 'expo.io', 'google', 'google-maps', 'javascript', 'mongodb', 'mongoose', 'node.js', 'reactnative'] | 31 |
10,201 | https://devpost.com/software/school-website-3ot6gj | Me and my teammates have worked together to develop this project.
Inspiration
My team's spirit and willingness to work at anytime inspired me the most.
## What it does
The website ' School Flourish' is a simple website which encourages unprivileged children to get quality education virtually.
Here it includes online learning by teachers uploading their subject related videos to the respective portals and the students are able to access it anytime and learn from it.
The admission is based upon the criteria mentioned in the website.
How we built it
We have used html, css and JavaScript.
Challenges we ran into
Things were going good as expected. So enjoyed the complete phase .
Accomplishments that we're proud of
Other than our regular college-work, Coding with Garuda Hacks was something new we did during this lockdown. We undertook this project because we all were in search of an opportunity to brush up our skills. And we have completed it....
What we learned
We learned many things. Even though we all were digitally connected with each other, we we're able to help each other out and learned new concepts.
What's next for School-website
Facility for online exam , Separate Portal for the visually impaired, online shopping for books at reasonable cost, assignments and attendence to track students activity.
Built With
css
html
javascript
Try it out
github.com | School-website | The virtual school | ['J Monica Rai', 'Swetha Anil', 'Shraddha s', 'Nidhi B A'] | [] | ['css', 'html', 'javascript'] | 32 |
10,201 | https://devpost.com/software/agora-4camyo | Inspiration
Since the pandemic started, more and more people were starting to lose their jobs, especially those who work as online drivers, employees at cafes, restaurants, or stores, as we directed to stay at home and people started to go out less. In another case, the majority of people still rely on traditional markets to buy their needs. Unfortunately, CNN reported that traditional markets are prone to transmission or become a cluster of coronavirus transmission. Therefore, we are trying to make a bridge between these problems, where we can create a safer environment for people to meet their needs and provide job vacancies for those who lost or need a job.
What it does
The AGORA app offers “live preview” feature so that people can buy their needs at their preferred traditional market without having to step out of the door, but still have the same experience as it is when they go by themselves. The “live preview” feature allows the employee to live streaming the market to the user they serve as well as adding the weight of the user’s desirable products.
How We built it
First, we design the prototype UI using adobe xd. Then, we built the database using firebase and Heroku for the API. Then for the app, we built it using flutter.
Challenges We ran into
The development process involved team members from several countries. That makes it a little bit difficult for us to match the work style. So it takes more effort to achieve a satisfactory final result. Communication is our main challenge. The abilities and backgrounds that we don't know each other, make us change roles in the team several times.
Accomplishments that We're proud of
We can create and complete this app from our limitations of place, location, language, and our abilities in less than 36 hours.
What we learned
We learned how to manage the other members of the team with so many differences and came from several countries.
We learned how to work together online when separated by thousands of kilometers.
We learned new work cultures and perspectives from other countries.
What's next for AGORA
We will make another app for operators, so we can create jobs for those in need.
We will make the server so the user app and operators app can be integrated and sync well.
We will put more effort into the research and development process for the app. So that both the user and the - operator can experience an excellent app.
We will expand our search to reach more traditional markets and add more categories for the product.
And for sure, upload it to google play store and apple app store.
Built With
firebase
flutter
heroku | AGORA | we want to create a safer environment for people to meet their needs and provide job vacancies for those who lost or need a job, and also help traditional market's vendors to sell their products | ['Grecilia Gosali', 'Samuel Halim', 'Nike682631 Goyal'] | [] | ['firebase', 'flutter', 'heroku'] | 33 |
10,201 | https://devpost.com/software/nosmoke | Inspiration
What it does
Estimate the amount of smoke the user has inhaled
Suggest a route with least air pollution
Warn user if they have inhaled a dangerous quantity of smoke
It calculates the amount of smoke inhaled by using the air
quality and composition of the region and the amount of
time the person is in that region based on their gps location.
It then allows the user to input the number of cigarettes or
vape and cigars smacked that day
How I built it
i use powerpoint
Challenges I ran into
i do not know how to do hackathon
Accomplishments that I'm proud of
i tried my best
What I learned
hackathon is difficult
What's next for NoSmoke
make it a reality
Built With
powerpoint | NoSmoke | smoke is not good | ['Axton Cahyadi', 'Darren Kawilarang', 'Kevin Tanjaya', 'Sdao Yuanto'] | [] | ['powerpoint'] | 34 |
10,201 | https://devpost.com/software/chat-plus-plus | Home Page, no chat chosen
Home Page, private chat chosen
Home Page, private chat chosen and code section collapsed
Popup for adding a friend
Home Page, group chat chosen
Group Info Popup
Profile Page (editable if showing the logged in user profile)
Login Page (Firebase Authentication)
Chat++
Inspiration:
We love coding and on so many occasions, we would often want to show off our project work or find a different way of writing up a function or two. There has not been however, a platform where we can easily talk and dynamically collaborate and share our code with our friends. Thus, ChatPlusPlus was born.
What it does:
It is a messaging service which also implements an IDE to write and edit code. The IDE is also able to be rerun with different input easily which makes it ideal for a flexible learning experience.
How we Built it:
We used Angular for the front-end and Firebase for the back-end with DigitalOcean as the website host. We used Sphere Engine to add the IDEs.
Challenges:
Using an external API to work with widgets
Members are still new to Angular with limited time to learn it.
Accomplishments:
We created a functional messaging service web app.
What we learned:
We learned a variety of web technologies, and learned the importance of structured planning.
What’s next for our project:
We will polish the features of the website and we hope to deploy it. :)
Built With
angular.js
css
digitalocean
firebase
html
javascript
typescript
Try it out
chatplusplus.cc | chat-plus-plus | Garuda Hacks - Chat with IDE mode | ['Jamie Sebastian', 'MJA1017 Joseph', 'Jason Tedjosoesilo', 'Hansen Benedictus Kurli'] | [] | ['angular.js', 'css', 'digitalocean', 'firebase', 'html', 'javascript', 'typescript'] | 35 |
10,201 | https://devpost.com/software/pressd | Inspiration
I hate that journalism now has plumeted and there's a lot of bad journalistic out there.
What it does
i crate web app so people can review article. I divide it into expert and general reviewer.
How I built it
i use bubble for the web app and figma for design.
Challenges I ran into
this is the first hacketon that i even participated and the first time ti use bubble.
Accomplishments that I'm proud of
i can make fuctioning web app without code.
What I learned
alot about making web app.
What's next for pressd
i want to make a proper app for it.
Built With
bubble
Try it out
garudahacks-test.bubbleapps.io | pressd | community judged journalism | ['Dennis Al Baihaqi Walangadi', 'Erasto Akbar', 'Mustafa Assagaf'] | [] | ['bubble'] | 36 |
10,201 | https://devpost.com/software/neutronpos | Inspiration
Both of us worked at McDonald's serving checkout at the front counter in different countries; but we soon realised a common problem while brainstorming: During rush hour, rapid ordering (deleting, adding items, issuing refunds) took a while and for a new employee, this might annoy customers waiting in line as he/she figures out how to work the POS. We thought
What if we make a POS app that helps you order items for the customer quickly and we later came up with adding performance metrics to help store owners improve efficiency (that is - staff allocation, menu-item ordering, finances etc.)
What it does
NeutronPOS acts as a Point-of-Sale software that comes as an Android/iOS/web-app. You can run it on tablets or iPads and it is even applicable for non-food businesses. Adding menu items, prices, sale-items / offers is just a few clicks away. You get visual store performance data through the app monitoring sales minute by minute. Furthermore, the software compares performance to previous week, month, year etc so you can better allocate resources.
How we built it
Our first prototype is a web-app. To make this, we used React (front-end UI), NodeJS + Express (Server-side) and Google Firebase's Firestore (database).
Challenges we ran into
There was a lots of challenges we ran into. Some of them we overcame and solved however we changed directions when some challenges were more time-demanding and we needed a prototype quickly. It was Noel's first time building a full-fledged web-app so it took some time to research and some playing around for the prototype to work barely. We had some trouble with the layout and the values from the database to actually show up on the screen but if we spend some more time we could get a working model (MVP) up and running.
Accomplishments that we're proud of
Noel is immensely proud that he got to understand how to build a basic web-app from scratch to working with the database in a few days. Melanie had excellent leadership skills and with months of experience with web-frameworks it made our small team very cohesive.
What we learned
Our first ideas were to connect the POS with a kitchen display system. To achieve this we researched a ton about using web-sockets (Socket.io) however it was very time consuming for it to be implemented and required proficient experience with NodeJS. Even though it wasn't implemented we learned a lot about web sockets and how you can connect the POS to other functionalitites.
What's next for neutronPOS
We see NeutronPOS integrated with UberEats to measure store performance or we would like to work with another POS for our software to be integrated with.
Built With
express.js
firestore
node.js
react
Try it out
github.com
neutronpos.xyz | NeutronPOS - Run your small store with data driven insights. | A POS (point-of-sale) app that tracks orders and store performance; then visualises that data for later review. Use visual data to make better business decisions. | ['Melanie Hsieh'] | [] | ['express.js', 'firestore', 'node.js', 'react'] | 37 |
10,201 | https://devpost.com/software/ngedukasi | Garudacation Logo.
Inspiration
Our inspiration come from our member team, Zaki. who find out that's difficult to learn from expert nearby him directly, and he find out that some Honorary teacher is struggle with their finance because of their monthly income is below regional minimum wage, so He is think about makes this system to help student learn directly from the expert nearby him, also in other side can help Honorary teacher, teacher who got layoff because of covide-19, and professional worker who want to get more income from mentoring.
What it does
Garudacation help Student to learn directly from expert (ex: teacher or professional worker) nearby him, student can choose what kind of subject he want to learn and from whom, also expert (our nickname for teacher or professional worker) can make their own schedule and what kind of subject that they want to learn.
How we built it
for Backend we use MapQuest library to store teacher location, node-geocode npm to convert user address into langitude and longitude, Multer and Cloudinary to upload video preview also images for course, JsonWebToken and bcrypt for Authentication. for Frontend we use React.js, for the database we use mongoDB.
Challenges we ran into
at first we find out it's quite hard to communicate online, and collaborate online to discuss about this project. some missing communication like what kind of features we want to show, what kind of data flow, and how the system flow works. Also we findout quite hard for us to build find expert nearby based on user current location, because this is our first time make Geolocation API, and build find experts nearby. We need to perfect our geo location function to filter through the list to only show nearest teacher, Make it easy for students to search by their specific need, Create space for teachers to share and collaborate.
Accomplishments that we're proud of
To be honest this is our first time to participate in Hackathon, and we finishing last minute authentication. we push through even when we feel like giving up, using geolocation to solve our problem.
What we learned
we learned that hackathon can be very stressfull. From this hackathon we learn how to manages our pressure and focus to develop the product, we also learn how to communicate well, and team works. One of our member uses this as a chance to learn React best practices, another things is how to implement geo location and the many ways we can improve it.
What's next for Garudacation
We want to build payment gateway to help student pay course and help experts receive the payemnts directly. . We also need to perfect our geo location function to filter through the list to only show nearest teacher. We want make it easy for students to search by their specific need, and create space for teachers to share and collaborate.
Built With
css
express.js
heroku
html
javascript
mapquest
mongodb
node-geocode
node.js
react.js
Try it out
garudacation.herokuapp.com | Garudacation | This is an project for Garuda Hackathon, where user can find Mentor nearby. | ['Angelria purnamasari17', 'priyo wicaksono', 'https://www.mapbox.com/', 'Purnama S Rahayu', 'muhammad zaki'] | [] | ['css', 'express.js', 'heroku', 'html', 'javascript', 'mapquest', 'mongodb', 'node-geocode', 'node.js', 'react.js'] | 38 |
10,201 | https://devpost.com/software/indo-edu-axt7pn | Our landing page.
This is where user upload files and videos.
This is what users see when they want to view resources.
These were all the wire frames we designed. So that we had a solid idea of how we wanted the site to look when programming.
Our Logo.
Inspiration
We were mainly inspired by the lack of easy access to larger storage of resources for students. Currently being a Highschool student studying in an online environment, it has been hard for me to search through online tutorials, books, and so on. As a result, my team and I tried to create a platform that allows people to share the best tutorials, books, and other study materials with other students.
What it does
The site allows users to upload or view resources so that students don't have to spend hours looking for a textbook, with the personal experience we noticed this was a major problem. So the site allows you; a student, to upload a useful resource to the site then later others can be seen a database full of resources to help them quicking get the resource they were looking for.
How we built it
We first started by designing the wireframes of all the pages this was done fully on Figma, once this part was finished the front end of the site was done through react, Html, and CSS. Once the front end of the site was finished we developed the backend using MongoDB and react.
Challenges we ran into
We ran into a quite a few challenges including learning the language and coding for the first time using react. This started to slow us down in the beginning but through organized and calculated steps we were able to pull through with a project we are proud of.
Accomplishments that we proud of
Over the past 2 days, we were able to develop a fully functional database of resources that can help students with their education. We are mainly proud of the fact that we although most of us new to react and full-stack development, were able to finish the site.
What we learned
Vishnu: I was able to further my programming experience with react.js, alongside this I was able to get introduced to backend and MongoDB. Not only this, but I was also able to greatly improve my leadership abilities as I guided the team through wireframes and the front-end.
Sriram: Throughout this project, I learned how to collaborate and further understand the full stack architecture to build a responsive web application.
Aanya: I was able to learn to code with react and see how it gets integrated into a full-stack web application while working with other people.
What's next for Indo-Edu
Firstly we would like to take a few minutes to public the site after we add our other improvements.
In terms of functionality, we plan on adding additional features that organize the Resource page by grade, title, keyword, subject, etc. Additionally, we want to make the site mobile friendly and responsive so that students on any device can have an amazing user experience.
Currently, the only information that is displayed is the title of the file or video, our plans for the future include us making it more universal and secure by adding when the resource was added and who added. We also plan to add a tag of which countries students it mainly will relate to or help, as for all of us it has been a very hard challenge to find the right resource as it may be from a different country with a different curriculum.
We also plan to add a feature that allows users to upvote the most helpful resource so that new users can easily find the best resource for a specific topic or tag.
Built With
css3
html5
javascript
mongodb
node.js
react
Try it out
github.com | Indo-Edu | Easy and efficient way for students to distribute and view resources to furthter their education on a trusted site. | ['Vishnudev Poil', 'Sriram Selvakumar', 'Aanya P'] | [] | ['css3', 'html5', 'javascript', 'mongodb', 'node.js', 'react'] | 39 |
10,201 | https://devpost.com/software/sagaline | # Inspiration
Personally, we find engagement in history class to be extremely low. The story can be incredibly long and complicated, and it’s exhausting to take notes of every little detail. We’re also not sure which detail is important to know which makes studying for tests difficult.
Most history lessons are packaged as a ‘story’ because they are the most entertaining form but they can be time-consuming. Most of the time, we only want to know what happened, when it happened, where it happened, and how it happened in the quickest possible way. We believe that the most efficient way to present a history lesson is through a timeline
# What it does
Sagaline presents a history lesson in a timeline based on a specific topic. It can be the timeline of the french revolution or the timeline of Colonisation in Indonesia, you name it.
You can zoom in to get more detailed timeline or zoom out to see it from a bigger picture
You can also test your understanding by using the building flashcards and auto-generated tests like “Sort events” where you will order events and “practice” which is like multiple choice
# How we built it
We use bubble io to build the whole project. We categorize the data into lessons and events. The events are categorized by lessons and that’s how we can display timeline based on a certain topic.
We have a tier variable that we use to highlight an events’ importance in a lesson and to make the zoom functionality works
# Challenges we ran into
Creating the zoom functionality takes a long time, we iterate through a couple mechanism before settling on one mechanism
Simplifying history passages to a condensed timeline
# What’s next for our project
We would like to expand the testing feature to include more questions
Built With
bubble
Try it out
sagaline.bubbleapps.io | SagaLine | Presents history lessons in the form of concise timelines, stratified based on importance, and able to view details selectively. Also testing by ordering some events and matching event to description | ['Dimas Almuhtada Sudjito', 'Abiwardani Abiwardani'] | [] | ['bubble'] | 40 |
10,201 | https://devpost.com/software/mask-shield-detection-system | Inspiration
Understanding the immediate needs, our application provides a major contribution to these tragic moments. Being alert of viruses and wearing precaution measures is only the option we have right now. The application developed is not intended to recover or completely remove the cases of COVID-19 but it helps to reduce the transmission of the virus from one person to others resulting in a decrease in the number of future cases. It will alert the safety precaution you must take when you are in any kind of unsafe environment. Although “Mask-Shield Analyzer” is now formed particularly to detect the safety measures and reduce the transmission of the virus, we can adopt this application to reduce the transmission of every disease which gets transmitted through respiratory droplets or by the contact of contaminated objects or infected persons themselves.
What it does
In the present situation, the only safety measure taken in our country to detect COVID-19 precaution is checking body temperature and alerting for wearing masks, gloves, and PPE which is done manually. In most public places, the safety rules are written on notice boards which is not so effective in general. Especially during this pandemic, we need digitized real-time alerting and detection systems. If a single individual having an infection is not wearing a mask and other precautions in public places or any sensitive area can infect multiple people at one time. There is no such application that identifies the risk for people in real-time and contributes to minimizing the spread of the COVID-19 virus. Our application provides a major contribution to this issue. It will alert the safety precaution one must take when they are in any kind of public place or sensitive environment.
How we built it
We have used YoloV3 for object detection on our custom trained datasets of around 3500 labelled images.
Challenges we ran into
The major challenge was data set collection. The more labeled images we have, the more accurate our neural networks become. We didn’t find any open source image dataset appropriate as our application requires, so 1 third of our team was working on collecting and labeling images. Second challenge we had was to decide what will be the features we want to build in its first phase(in Garuda Hackathon). We can design the features (increase or decrease numbers of safety kits to be identified from the frame) as the environment and situation needs but due to time constraints we could only work on first few major safety kit identification like mask and face shield.Accomplishments that we’re proud of What we learned
Accomplishments that we're proud of
The application developed will help the community by measuring the safety index through the detection of whether the person in the frame of image or video is wearing minimum precaution or not. The level of precaution that needs to be detected in different places can be customized according to how risky the environment is. This application will detect what are the precaution measures the person in the frame is wearing, and analyze if they are safe enough for the environment
What we learned
Team building and prototyping our idea into reality.
What's next for Mask-Shield Detection System
We have seen the world suffering from various dangerous diseases in earlier periods too like Ebola Virus, Spanish Flu, Influenza, etc which took the lives of many people in the world. It was difficult to control the transmission of those diseases in the early stage which caused great loss to the whole world. Similarly, we can imagine the world will suffer from such pandemic any time in the future too. Understanding the uncertain times, our project will focus on detecting the COVID-19 Safety Kit Analyzer (7 protective kits i.e. mask, gloves,head cover, face shield, goggles, boot cover and PPE). This can be used not only for controlling specific Corona Viruses but can be used to control the transmission of other diseases transmitted through respiratory droplets, air, or the touch of contaminated surfaces or people in future. For the underdeveloped and developing countries like Nepal, the “COVID-19 Safety Kit Analyzer” can be the best digital idea to reduce the spread of such communicable diseases by detecting the level of safety measures a person is adopting.
Built With
css3
html5
javascript
python
tornado
yolov3 | Mask-Shield Detection System | Masks and Face Shield Detection for Covid 19 Safety | ['Saugat Bhattarai', 'asha gaire', 'Basyal Preeti', 'Tilak Basyal'] | [] | ['css3', 'html5', 'javascript', 'python', 'tornado', 'yolov3'] | 41 |
10,201 | https://devpost.com/software/kurator-id | Inspiration
Inspired by the needs of clients who need a designer who can revise quickly and also can see the work process directly and designers can do live design
What it does
This is a marketplace where to connect clients with designers, clients can find designers that suit their needs by looking at the portfolio and also the ratings on the designer. The main feature that we carry is "Live Design & Annotation", in this feature the designer can do a live design that can be seen directly by the client and then the client also has an annotation feature which functions to scribble on the screen to notify a revision directly.
How we built it
Challenges we ran into
Accomplishments that we're proud of
What we learned
we learned a lot about figma for UI design, UI.UX to convert it to website. We are all beginners, it was an exciting experience
What's next for Kurator.id
Curator.id must be built further to resemble the UI that has been designed
Built With
bootstrap
css3
html5
javascript
Try it out
github.com | Kurator.id | A marketplace who can connect the client with their designer | ['aldy heryana', 'Fathin Asaduddin', 'Alif Nur Rachman'] | [] | ['bootstrap', 'css3', 'html5', 'javascript'] | 42 |
10,201 | https://devpost.com/software/ivy-assist-a4qx63 | Inspiration
We were inspired when we realised many people were missing out things when applying.
What it does
It shows the requirements to get into ivy league universities.
How I built it
We used weebly to build it.
Challenges I ran into
We were new to programming and ran short of time.
Accomplishments that I'm proud of
We were proud to be able to make the website.
What I learned
Nothing is impossible
What's next for Ivy Assist
We will continue to monitor the situation.
Built With
weebly
Try it out
ivyassist.weebly.com | Ivy Assist | A website to help those who are applying to ivy league universities | ['Nathan Leo', 'Jason Richard', 'Marcelino Sutanto'] | [] | ['weebly'] | 43 |
10,201 | https://devpost.com/software/haemo-blood-donation-as-easy-as-food-delivery-app | Meet Haemo, your blood donation companion!
Sign up process
Sign in process
Home and Profile page (bottom navigation)
Want to donate? Book an appointment and discover blood donation events in your area!
Need to save a life? Check blood availability and book it directly from our app.
Blood is not available? That's what our Request feature is for
Inspiration
“PMI (Indonesian Red Cross Society) is suffering from blood shortage”, Kompas.tv, March 31st, 2020.
“Type O blood shortage: Red Cross urgently needs donors”, redcrossblood.org, January 20th, 2020.
“Red Cross Warns of a ‘Staggering’ Drop in Blood Supplies”, The New York Times, June 2nd, 2020.
Red Cross around the world often suffers from blood shortage albeit being critical for saving human lives. Moreover, the coronavirus outbreak is worsening the condition globally. Donating blood has many benefits for our health (reduce harmful iron stores, preserve cardiovascular health, reduce the risk of cancer, etc.), yet the shortage is happening constantly. One of the most apparent reasons is that the issue lacks digital presence, resulting in the lack of awareness from the general public. The trend of digitalization has disruptively changed our way of living, but we have seen it ourselves how it simplifies life in ways our ancestors had never imagined. We believe it is time for us to decode the blood shortage issue with technology.
We make donating blood as easy as ordering food online.
What it does
Haemo
Our team decided to look deeper into the issue and find what the main factors of the causation are. We found these following results:
-Lack of exposure to the blood shortage issue is causing the lack of awareness from the general public.
-The bystander effect. It is not uncommon to see news, articles, or even social media posts asking for blood donations. However, because it is directed to everyone in general (not immediately directed to anyone), everyone thinks that it’s not necessary for them to help. They believe other people are going to offer help instead. This is the bystander effect, a social psychological theory that states that individuals are less likely to offer help to a victim when there are other people present.
-The procedure to donate blood is still traditional and easily accessible considering the digital era we live in.
** How Haemo helps to solve the problems: **
-We offer both all the information needed about blood donation in one platform and the convenience to do so.
-One of the most effective ways to minimize the bystander effect is to pick out specific people in the crowd to help, according to research. Based on this, Haemo directly sends a notification regarding blood shortage or blood requests to users with matching blood type and/or users in the same area to increase the likelihood of people helping.
-Our main features are to make booking blood donation appointments, attending blood donation events, and to request for blood supply within the users’ fingertips, just like ordering from food delivery app.
How we built it
-The designing: we use Adobe XD to make low fidelity wireframe, high fidelity wireframe and prototype, and graphic assets used in the app.
-The making: We create a mobile application using React Native for front-end dev and Express, with Firebase for backend dev.
Challenges we ran into and what we learned
We as a team were pushed to collaborate and communicate in order to achieve the best final result within the limited period of time given. Also, the lack of sleep, obviously.
Team
Natasya Aulia: UI/UX Designer, logo designer
Alfredo Ryelcius: Backend dev
Violin Yap: Frontend dev
Built With
android-studio
express.js
firebase
heroku
node.js
react-native
xd
Try it out
github.com
github.com
xd.adobe.com
drive.google.com | Haemo | Blood donation as easy as food delivery app | ['Violin Yapputri', 'Natasya Aulia', 'alfredo ryelcius'] | [] | ['android-studio', 'express.js', 'firebase', 'heroku', 'node.js', 'react-native', 'xd'] | 44 |
10,201 | https://devpost.com/software/home-automation-and-monitoring | 3 Uploading Firmware
1 While Uploading
Firmware block
2-1 Step 7
2-2 Step 7
step 3
2 After Completing
Block Diagram
1-2 step 7
DynamoDB Table
cloud properties
2-2 Step 6
2-2 Properties Aplication Events
elements properties
2-2 Properties Of The Elements
1-2 Properties Aplication Events
1-2 Application Tab
1-2 Properties Of The Elements
2-2 Aplication Tab
step 4
1-2 step 6
step 5
cloud_dashboard_fVkXRX5apk
connection_diagram_B6qrLAtEV8
mobile_dashboard_1HxiUq28J7
screenshot_2020-03-17-14-01-11-134_com_atmosphere_atmosphereiot_huZSMjj3fG
Story
Introduction In this project, I am going to show how I made Alexa enabled home monitoring and controlling system using RSL10 Sense Development Board from ON Semiconductor. RSL10 is used to sense the environmental parameters (temperature, humidity, air pressure, and light intensity) of a room. An Alexa Skill was developed to remotely access these parameters and give commands to control those parameters. ESP8266 based Node MCU is used to receive MQTT message and turn on/off the light, fan according to the voice command.
Features
Temperature, Humidity, Air Pressure, Light Intensity, and Air Quality can be monitored remotely by using Alexa, Android App, and Web Dashboard.
Temperature, Humidity and Light Intensity can be controlled by turning on/off the fan, humidifier, and light respectively through voice command.
Above mentioned appliances can also be controlled automatically based on a preset threshold value.
How does the System Work?
i. The RSL10 Sense DB is used to sense the environmental parameters (e.g. temperature, humidity, air pressure, air quality, and light intensity).
ii. RSL10 sends this data to an Android app using BLE (Bluetooth Low Energy).
iii. The Android application uploads this data to the AWS DynamoDB table and Atmosphere Cloud. The Android app also used to visualize the data from the phone.
iv. An AWS Lambda function reads the data from the DynamoDB table and provides to Alexa Skill Kit.
v. Using a custom Alexa skill user can know any of the mentioned parameters and can request Alexa to turn on or off the light, fan.
vi. According to the user request, Alexa Skill sends an MQTT message to the Broker.
vii. A Node MCU is used to subscribe to the broker. After receiving the MQTT message it sends the control signal to the light/fan according to the received message.
Let's Make It
Step 1: Developing Firmware for RSL10
RSL10-SENSE-DB is an ultra-low power consumption BLE enabled microcontroller board from ON semiconductor and can be used in low power IoT applications. The firmware for the board can be developed by ON Semiconductor IDE and Atmosphere IoT Platform. I used the Atmosphere IoT Platform for developing the firmware for my project. The atmosphere offers IoT solution builders the fastest and simplest way to build, connect, and manage complete sensor-to-cloud solutions including Android Application.
I used the Atmosphere Platform to develop firmware and smartphone application. To start working with the Atmosphere platform you need to create an account from the following link:
https://platform.atmosphereiot.com/
.
To start with RSL10 you can read this guide (Getting Started with RSL10-SENSE-GEVK) from Atmosphere.
You can also watch the following video before getting started.
https://youtu.be/RFBLQFmuWNw
First, you need to work in the firmware tab. The following image shows the visual design of the firmware for my project.
show the properties for every element from left to right sequentially. The first connector is between interval element to sensor block. Then the BLE GATT characteristics. Finally, the connector properties between sensor to BLE are shown.
Then, you need to design the Application layout from the application tab. You can upload picture for background and image labels. In this stage, you need to add cloud event to upload the data to cloud.
The properties for every element is shown in the following images. The sequence is from left to right.
Finally, you need to work with Cloud events. Atmosphere cloud events and AWS DynamoDB elements are chosen from the elements toolbox. DynamoDB data will be used for Alexa Skill and Data Storage elements will be used to monitor from Atmosphere dashboard.
shows the properties for DynamoDB elements and connectors properties.
We completed the firmware and smartphone app design. Now we need to upload the firmware to RSL10 Sense development board..
While uploading the program you will get the following message.
After completing the firmware uploading you will get the following confirmation message.
Step 2: Creating AWS DynamoDB Table
Before creating AWS DynamoDB table you should read this excellent guide (AWS Integration Setup Guide) (
https://developer.atmosphereiot.com/documents/guides/awsintegrationsetupguide.html
)
I created a table named onsemi for storing the data from the RSL10. The table has 4 rows for storing humidity, temperature, pressure, and illumination. This row will be created automatically.
Step 3: Creating a Lambda Function
Alexa Skill can trigger Lambda function. The Lambda function used in this project contains python code for accessing DynamoDB table and sending MQTT messege to MQTT Broker.
Step 4: Creating a Custom Alexa Skill
In this stage, I created a custom Alexa Skill for accessing environmental data from RSL10 and sending command for controlling room appliances according to the environmental parameters. The JSON code for the skill is attached in the code section.
If you want to know how to make a custom Alexa Skill read the tutorial:
https://medium.com/crowdbotics/how-to-build-a-custom-amazon-alexa-skill-step-by-step-my-favorite-chess-player-dcc0edae53fb
Step 5: Writing Code for NODE MCU
For controlling the light/fan on receiving the MQTT message I used Node MCU as the main controller. Node MCU receives MQTT message from the broker and sends the control signal to the relay board according to the received message. Arduino development environment was used for developing the code for Node MCU. The source code is attached to the code section.
Step 6: Hardware Connection and Testing
Step 7: Connecting with the Apps
We have completed all of our design work. It is the perfect time to connect RSL10 Sense board to the smartphone application. To do that you need to install Atmosphere IoT Android/IOS apps in your device.
If you use Android download and install Atmosphere IoT from Google Play Store. Log in with your Atmosphere account and click to add new device icon. You will find the device you designed. Click on the device and it will be connected.
After connecting successfully you will see the apps you designed earlier from Atmosphere cloud. You will also get the data from the RSL10 board.
If you get the data then Congratulation! You Made It. Enjoy!!!
Built With
amazonwebservicesawsdynamodb
amazonwebservicesawsiam
amazonwebservicesawslambda
arduinoide
atmosphereiotplatform
c
c++
esp-12e
mqtt
python
rsl10-sense-db-gevk
Try it out
github.com
shorturl.at | Home Automation and Monitoring | An RSL10 Sense DB based system that can monitor and control the temperature, humidity and light intensity by Smartphone app and Alexa. | ['Nur Rimba Fadil Muhammad'] | [] | ['amazonwebservicesawsdynamodb', 'amazonwebservicesawsiam', 'amazonwebservicesawslambda', 'arduinoide', 'atmosphereiotplatform', 'c', 'c++', 'esp-12e', 'mqtt', 'python', 'rsl10-sense-db-gevk'] | 45 |
10,201 | https://devpost.com/software/tokoo-tunjukan-besarnya-usahamu | Tokoo - Tunjukan Besarnya Usahamu
Inspiration
Bismillah,
Lihat proposal lengkap Tokoo disini:
https://docs.google.com/document/d/15QXXzf2p6Yw5yvjWPktoto3djWCBlX8HJOBgRnlgZVc/edit?usp=sharing
Link Figma:
https://www.figma.com/file/NImJ1yxvA2HVNEp6xcNRwI/Tokoo?node-id=90%3A885
...
Berdasarkan web Kominfo menyatakan bahwa sebanyak 3,79 juta usaha mikro, kecil, dan menengah (UMKM) sudah memanfaatkan platform online dalam memasarkan produknya. Jumlah ini berkisar 8 persen dari total pelaku UMKM yang ada di Indonesia, yakni 59,2 juta.
Presiden Komisaris SEA Group Indonesia, Pandu Patria Sjahrir menyatakan sebanyak 63 persen UMKM menyatakan masalah utama adalah biaya internet yang mahal dan tidak stabil. Toko online seperti Tokopedia dan Bukalapak mewajibkan pemilik toko untuk senantiasa aktif di aplikasinya setiap waktu. Bila tidak memberikan pelayanan yang maksimal maka reputasi menjadi buruk.
Juga berdasarkan website interactive.co.id, bahwa 10 Permasalahan UMKM berdasarkan data 2019 adalah, Minimnya modal usaha, kurang tahu bagaimana cara membesarkan bisnis, kurangnya inovasi produk, kesulitan mendistribusikan barang, belum memaksimalkan pemasaran online, tidak ada branding, tidak melakukan program loyalitas pelanggan pembukuan secara manual, tidak memiliki mentor, dan tidak memiliki izin usaha yang resmi.
Sedangkan untuk membuat website sendiri membutuhkan biaya yang mahal, berdasarkan website pilarkreatif.com, harga pembuatan untuk website UMKM adalah sekitar 2 Juta sampai 4 Juta Rupiah.
Selain itu, UMKM mengalami kesulitan dalam pengembangan usahanya serta mengelola investasi usahanya. Sehingga pelaku UMKM tidak dapat berkembang lebih luas dalam jangka pendek, menengah, dan panjang.
What it does
Tokoo yakni adalah sistem mini-web sekaligus wadah yang mempermudah para pelaku UMKM mempromosikan dan menginformasikan toko dan produk mereka dalam bentuk web dengan cepat, mudah dan hemat.
Menyediakan portal tanpa biaya bagi UMKM untuk mempromosikan toko dan produknya dalam bentuk web.
Memfasilitasi UMKM untuk memiliki halaman web yang dapat di custom agar sesuai dengan brand mereka.
Menampilkan kumpulan konten link terkait toko seperti sosial media serta pendukung lainnya.
Memfasilitasi pelaku UMKM untuk pengembangan usahanya dan melatih pelaku UMKM dalam pengelolaan investasi sehingga memiliki reputasi yang bagus di mata investor yang akan membantu tahap pengembangan usaha UMKM.
Hasil
UMKM dapat lebih mudah untuk memulai Go-Online dengan gratis.
UMKM dapat membuat halaman web dengan tema yang sesuai dengan brand agar mereka dapat memperluas market.
Sistem telah mengintegrasi berbagai konten dan akun sosial media dalam satu portal web.
Pelaku UMKM mendapat reputasi yang baik dari para calon investor sehingga dapat memulai mengembangkan usahanya.
How I built it
Kami berencana menghost backend dengan strapi di heroku, sementara untuk front dengan netlify dan aplikasi mobile user dengan native Android (kotlin)
Challenges I ran into
kami harus bisa menyadarkan para UMKM pentingnya untuk GO Online serta meyakinkan para investor untuk dapat mau berinvestasi kepada para pelaku usaha kecil
Accomplishments that I'm proud of
Alhamdulillah hasil survey kami baik, bahkan para pelaku UMKM sangat antusias bisa dilihat pada proposal kami.
What I learned
Berjuang membuat project dengan sungguh sungguh yang dapat berdampak postif bagi banyak orang
What's next for Tokoo - Tunjukan Besarnya Usahamu
Kami berharap dapat insya Allah dapat melanjutkan Tokoo ke tahap produksi sehingga bisa benar benar bermanfaat untuk banyak banyak orang insya Allah
Built With
bulma
client-side-router
css
html
javascript
netlify
visual-studio
Try it out
serene-shaw-71d0e4.netlify.app
serene-shaw-71d0e4.netlify.app
github.com | Tokoo - Tunjukan Besarnya Usahamu | Place for small businnes showing they site to all over the world | ['Abdullah Mukhlashin', 'Fikriansyah Ramdhan', 'Nahl Munif Basalamah'] | [] | ['bulma', 'client-side-router', 'css', 'html', 'javascript', 'netlify', 'visual-studio'] | 46 |
10,201 | https://devpost.com/software/educational-website-demo | Educational-Website-Demo
As we are Student we know we learn better when we can study it many time as we want. so Educational website allow us to learn many time and provide us resources for it
Built With
css
html
python
Try it out
github.com | Educational-Website-Demo | Find the most exciting E-learning path. | ['Sarthak Bhargava', 'Mansi Soni'] | [] | ['css', 'html', 'python'] | 47 |
10,201 | https://devpost.com/software/health-society | Hospital Society
Inspiration
Since pandemic, hospitals are always crowded with corona viruses patients. Hospital , the place where people go for curing illness hence become the most dangerous and most likely place to get infected by the corona virus. Facing this problem, this team decides to build an online platform that can help decentralized the crowd in hospitals by providing online health service such as online health information, online medicine ordering and delivery. While building this platform we found out in this article
https://www.ismp.org/recommendations/confused-drug-names-list
, there are a lot of medicine that have similar name and commonly confused.
Furthermore, most of these medicines are considered dangerous drugs (according to this article
https://www.addictioncenter.com/news/2019/08/15-most-dangerous-drugs/
) and also recalling that most doctors have low readability handwriting in their prescription, we feel the need to add an OCR feature in our platform to reduce the chance of misuse drugs especially those dangerous ones.
What it Does ??
This team built an online platform called
“Hospital Society”
.
“Hospital Society” is a website that connects doctors, patients and pharmacist in the purpose of providing a better health service.
Here is the feature that this platform provide:
Optical Cognitive Recognition (OCR) System for Prescription
This system help patients to transcript handwritten prescription(which usually has low readability and information) into a digital form prescription with additional information such as usage and dose of the drug.
Online Stock Management & ordering for medicine.
After the prescription transcription is completed, a user can also purchase for the prescription and have the medicine send from the pharmacist to the patient resident.
Statistical and Medical Information about medicines
Since this platform connects the 3 main role in health field (doctor, patient and pharmacist), this platform collects medical information and statistical information about the popularity / sales of a certain medicine which can be used as data for research purpose.
How we built it ??
This web platform is build with React as Frontend Framework and Flask for backend. We also use some library: Pytesseract for OCR process, React Bootstrap, etc. The front end part of this platform is built by 2 person and the same goes with the backend part. We use git github as our project’s version control and all of the code can be found here (
https://github.com/tonyeko/garudahacks
).
Challenges we ran into & Further plan for Project
Since all of the team members stay in different places, through out this hackathon, we face several communication problem while implementing our app according to plan, besides that we also face several technical problem while using the Pytesseract library but thanks God we are able to get through all of these problems. For futher plan, we would like to enhance user interface and user experience for our website and we would also like to e-payment system and integrate google map API in out website.
Built With
bootstrap
flask
pytesseract
python
react
Try it out
github.com | Health Society | We build an online platform that connects doctors, patients, and pharmasict to provide Online Health Serivice, Online Medicine Stock Management, OCR for Prescription | ['Matthew Kevin Amadeus', 'Tony Eko Yuwono', 'Stephen Thajeb'] | [] | ['bootstrap', 'flask', 'pytesseract', 'python', 'react'] | 48 |
10,201 | https://devpost.com/software/staffschedularapp | Introduction
Despite 1.75 million cases of COVID-19 in the US and more than 60% of states saying they need emergency health care support that need, 1.4 million health care workers lost their job in April. U.S. hospitals and health systems are predicted to take a $200 billion hit by June. Since labor costs account for a large part operating expenses, hospitals and health systems have to layoff healthcare workers. With fewer providers to care for sicker patients, health care workers are demonstrating high rates of burnout. Burnout in turn has been associated increased medical errors and worse patient outcomes.
There is also a significant disparity of available staff and staff needs. Illustratively, in New York, although it has the second largest number of physicians across the USA, there is a shortage of providers in areas with large populations, with a distribution of staff not aligned with the patient population.
Purpose & Motivation
DeploySmart is focusing on deploying staff smartly to provide the best care during COVID-19 and beyond.
How this application works
DeploySmart benefits hospital systems by streamlining shifts, health care workers by simplifying scheduling, and ultimately patients by ensuring adequate staff to care for them, therefore saving lives. Our platform provides a predictive analytics-based decision making tool for hospital providers, to decide whether they need to source staffing or can outsource their own staffing to units or hospitals in need. The hospital needs are analyzed based on the COVID-19 condition & the hospital capacity.
Our machine learning algorithm works by first identifying hospitals within the same system that needs additional staffing. We deploy staff by calculating a utility score which is based on specialty, shift preference, language proficiency, and individual profiles.
There are 2 core use cases - allowing hospital administrators and CMOs at command centers to view and dynamically allocate staff, with our platform collecting the data together, applying our algorithm and providing a view to the administrators; and to automatically allocate staff based on administrators' preferences. This allows for adaptive resource allocation, learning as the parameters change and updating to provide the best allocation. Health care workers will then receive push notifications to their device if they are redeployed to another area based on their indicated preferences.
Based on our calculation, automation of scheduiling saves hospitals over 20% for scheduling per year, $3.600 per year in saving per staff and increase healthcare quality since it allows additional 200 hours time per staff for patient care.
How this application was developed
We are building the application using Angular and Javascript. Database was developed using SQL. We will be developing the ML algorithm. Currently, our prototype is publicly available in Figma.
Difficulties & Challenges you faced
Our challenge is to get representative data for our use cases, as hospital data is not widely available, Currently, we are using county data to show how our model works.
Go-to Market Strategy
The app will follow tiered-subscription model. We estimate to break-even operational cost in early Year 2 of the business. Our marketing channel would be industry conferences and social media.
In the future, DeploySmart is not only a solution for the health care sector as we move into the new normal way of working but for a wide range industries. Same as in the hospital sector it takes training to move people between insitution, therefore DeploySmart will provide a diversification and offer training to instantly place staffing across institutions.
Built With
css
html
ionic
javascript
typescript
Try it out
github.com | DeploySmart | Stramline Shifts, Simplify Staffing, Save Lives | ['biswajit.18.dash@gmail.com', 'Biswajit Dash', 'Krishna Kabra', 'Rafel Permata Syukur Ramadhan', 'Cyra Alesha'] | [] | ['css', 'html', 'ionic', 'javascript', 'typescript'] | 49 |
10,201 | https://devpost.com/software/assignty | Inspiration
The inspiration behind our product is to accomplish what we believe is right, helping those in need for education yet are unfortunate because of circumstances. Our program is designed so that teachers are able to deliver assignments to people from a distance. Especially in this pandemic situation, we believe the program would be a great assistance for those needed.
What it does
Assignty is an all-in-one platform that allows teachers to meet with their students to complete course work. Through Assignty, teachers are able to create, grade, and deliver assignments with ease to students.
How we built it
Assignty is built using a website builder, bubble.io.
Challenges we ran into
We ran into a lot of challenges, especially when this is our first time hearing about bubble.io and using it. We have to learn using bubble.io while also developing Assignty.
Accomplishments that we're proud of
We are proud that we are able to develop Assignty in the way that we want it to be. Starting from the concept of Assignty itself, to the design, and then the functionality where a teacher can create a class, create an assignment, and students who joined the class can receive the homework.
What we learned
We learned a lot of things, such as: how to work together, managing database, designing a professional-looking website, and how to use bubble.io itself!
What's next for Assignty
Given more time than this Hack-a-thon provided, we would love to develop and polish Assignty into a fully working website where it can help teacher to assign homework to their students in this pandemic situation.
Built With
bubble.io
Try it out
assignty.bubbleapps.io | Assignty | Online homework assigner from teacher to student. | ['Richie Budijono', 'Carista Eliani', 'Gianluca Gozali'] | [] | ['bubble.io'] | 50 |
10,201 | https://devpost.com/software/garudahacks-gp7s9c | garudahacks
Garudahacks competition
Anti-AFK, or motion detector on camera to detect AFK students, alerting the teacher.
Built With
html
python
Try it out
github.com | Anti AFK | This program can detect students who are serious about learning. Cause,we provide an anti-AFK feature so that from the motion detection, we can find out whether students are really studying seriously. | ['Alvin Wilta', 'Leonard Matheus'] | [] | ['html', 'python'] | 51 |
10,201 | https://devpost.com/software/gruda-hack-team-1 | Murid Mentor Architecture
Empathy Map for Students
Empathy Map for SMEs
Persona1 Student
Persona2 Student
Persona3 Small Business owner
Rough sketch of Web page
Inspiration
A research by World Bank which uncovers the root cause behind systematic poverty - lack of access to education, no mentor/guardian who inspire or guide poor or less privileged youth to navigate their future.
In most developing countries, education comes with a financial burden and opportunity cost. One family has to pay for education-related expenses. At the same time, a student cannot earn while studying. Most jobs require experience and high competition thus it is difficult to get a job after graduation. Hence to start education, a student needs some kind of scholarship or financial-aid and during their education, they need limited-time job which will not only help self-finance themselves by also provide useful experience which will come handy in gathering experience point for future.
Based on our interview and empathy map, students in Indonesia find the process of finding the right scholarship program that matches their criteria frustrating. There is no personalization, everything has to be keep-tracked manually. It requires a lot of time on searching, asking around, overwhelming amount of information, preparation, re-applying the same forms, unsure who to ask and what to ask, and etc.
Most students in rural areas and villages in Indonesia have low expectations, both from their surroundings and themselves because they usually don't have anyone within their reach to look up to. Most scholarship articles you can easily find on the internet are usually not meant for students who are still in high school and below. Murid Mentor is here to give students a personalized-experience in looking and applying for scholarships.
On the other side, most SMEs can't afford to hire professionals with digital skills or the latest technologies education. Most of the problems SMEs face are still solved in a very conventional way, such as mouth-to-mouth marketing, hiring staff through friends' recommendations, etc. Murid Mentor is here to bridge the gap between SMEs and education, where SMEs can offer limited-time job opportunities to less experienced people, especially university students, and students can upskill themselves.
What it does
Track a student's educational aptitude and estimate their financial capability (Using human estimators and AI).
Aggregate and tack scholarship / financial-aid providers.
Provide customized scholarship / financial-aid package to each student considering their merit and financial situation,
Provide SMEs a platform to introduce themselves and post limited-time jobs (limited contract, part-time).
Provide recommendations and filtering of jobs to students. Provide recommendations and filtering of applicants/students to SMEs against each job Ad.
How I built it
Challenges We ran into
Learning Bubble.io and teaching it to other team members.
Building a distributed work among team members working on Bubble with basic membership.
Difference in time zone and 100% remote collaboration, like long-distance-relationships :-)
Accomplishments that We're proud of
Interviewed actual students and SMEs and validated our problem and solution.
Built detailed user personas and workflows.
Overcame time-zone and remote collaboration challenge by communicating intensively.
Targeted problem common to most of developing and poor countries.
What We learned
Fun has to be part of hackathon.
Learning and growth during few days of hacking is addicting.
Team work and collaboration is everything.
We have different color, sex and language but still we are the same.
What's next for Murid Mentor Team
Pitching the refined solution to SMEs and students we interviewed. Refining it further so they can use it fully for their benefit.
Deploying the solution to production.
Hire part-time students to lead marketing and user on-boarding process.
Pitch this idea to social VC.
Built With
bubble.io
digitalocean
docker
fastapi
figma
github
python
uvicorn
Try it out
github.com
sme-dashboard-page.bubbleapps.io
sme-dashboard-page.bubbleapps.io | Murid Mentor | Murid-Mentor helps students financially by guiding them to personalized financial-aid, scholarship and limited time tech jobs from local SMEs. | ['Alvin Mantovani', 'Anna Siregar', 'Abdul Rehman Liaqat', 'Nabila Siregar'] | [] | ['bubble.io', 'digitalocean', 'docker', 'fastapi', 'figma', 'github', 'python', 'uvicorn'] | 52 |
10,201 | https://devpost.com/software/the-bored-intelligence | In this pandemic of Covid-19 process of learning is moving on to online learning method due to restriction of physical meeting. A lot of online video meeting platform is used to bridge the communication between teacher and student. this also give limitation for teacher to watch the student 1-by-1 because the teacher could not really watch the video of every students. this facial expression recognition will helps teacher to mointor the student by giving the student a status of their expression whether they are serious or not, this will helps the teacher as they usually pay attention to student expression in the class.
Built With
python
Try it out
github.com | The-Bored-Intelligence | an application for facial expression recognition that helps teacher to motinoring the seriousness of student participated in online meeting | ['Muhammad Sulthan Mazaya', 'Arif Wicaksono', 'Coder Nubi', 'Muhammad Khalifa Umana'] | [] | ['python'] | 53 |
10,201 | https://devpost.com/software/inoric | Inspiration
On brainstorming on a problem statement on providing solutions aimed at how to make the educational institutions function effectively during and post the global pandemic, we researched upon the points where such institutes may lack the norms specified for reducing the risk of spread of any communicable disease like the global pandemic COVID19, which resulted in figuring out the points such as students visiting the classroom lectures, laboratory exercises, examinations, canteens, library, nearby shops especially for students in a residential institution where on any usual day a large number of crowd is visible due to which it makes the spread of such diseases to increase rapidly and making the trace of the contact very difficult because of such large gatherings altogether with an uncertain chaos. Thus, we present a user-friendly feature rich mobile application called Inoric which aims at providing solutions for carrying out all the functions in a usual institute with increased chances of maintaining specific norms of social distancing and hygiene.
What it does
Under the mobile application (we plan to provide a mobile application first because of its simpler and varied usage but design of a web application can also be made.), we plan to integrate the following modules thus making it a feature rich application to be used by everyone to continue imparting and receiving education at ease.
Module 1: Visual Lectures, Laboratories, Doubt Support:
With the usage of modern technologies like AR/VR we plan to build a visually rich framework where classroom lectures as well as laboratory exercises can be recorded, shared as well as viewed both in live and recorded formats which will thus help the students to view those in almost real life view even when used remotely, thus gain practical knowledge yet not visiting class when sought extreme necessary. we have also developed a dedicated Doubt forum and chatroom system where students will be allowed to clarify their queries. There is also a dedicated section with real time sharing options, where books, calculators and other related stuffs can be easily shared among individuals.
Module 2: Smart exams:
We also plan to integrate a testing module which will be made using
advanced security features which uses modern ML methods to prevent malpractices and yet aims to
provide multiple methods to examine the understanding of the students and for conducting major academic examinations, we thus plan to make multiple methods fro carrying out the examinations in forms of both written and viva mode. In integrating both these feature, we will also build an academic check module to be used to keep a check and track of the performance and progress of the student. In
view of this, we will also prepare a Faulty’s application to be used in creating the required lecture
content and examination material.
Module 3: Find my way!:
In modern major universities having huge campuses where a huge number
of students are enrolled every year, it is very difficult to maintain social distancing among every person,
especially when someone wants to visit any place where they are uncertain about the crowds already
present at any certain location or might be present later. Thus we aim to develop a route prediction
using modern algorithms which will help to find the best route in travelling from one location to another
and that too with the minimum amount of crowd and traffic possible. The process works in two ways,
firstly live data collection where information about crowds will be extracted by people already present
in the route having the application whose GPS data(for smart phones) and GPRS data (for feature
phones) will be used to find aggregate crowd at certain locations in the campus and with this data
being stored everyday, we can also analyse the timings at different locations where the usual crowds
can be present and thus using all this aggregated data, we can predict a route with minimum crowd
which will surely help the students, faculty and every member of the institution to find the best and
shortest route possible with the least amount of crowd thus to maintain social distancing.
Module 4: Hear me!:
In modern colleges and universities we often require to use services which
require touch to be used such as buttons in lift etc. which are a potential transmitters of such
communicable diseases, thus we aim to create modules using interconnected IOT devices to be used
to limit this touch using automatic voice and gesture commands wherever they will be needed. On
some research of the planned technology, we found that the hardware technology to be used can be
implemented in a very cost effective way and thus may help us in reducing the usage of sense of touch
in various places where it is used thus restricting a fairly potential transmission channel.
Module 5: Help me Pal! :
In an attempt to reduce many unnecessary travelling and thus avoiding
having contact with people, we aim in making an avail and chain concept which might help in
reducing many unnecessary crowds. For explaining the module properly, we would like to provide
examples in support, lets say a student is in need of any particular book from library and before
visiting the library he just puts a request in the application for searching any other person in their
vicinity who had already subscribed to that book from the library, and then on putting a request to
either share or hand over the book, the library authorities and both the students are informed about
the same, and thus the subscription information of the book is transferred from one to another without
even visiting the library by any single person, thus avoiding many unnecessary travel, secondly,
suppose any student has to pickup any delivery which is waiting at any location say the institute gates,
before visiting the location if he puts a request to the application to check whether someone is
already in the location before to receive the delivery on his behalf and then just forward the item. In
doing this we can also employ a reward system for people transferring the product and a chain system
which might help when direct contact or transfer cannot be made when it can be made in partitions
where one person giving the commodity to one and the chain continues according to the feasibility until the thing reaches the person who
initially requested.
How we built it
For creating the mobile application in basic we used the React Native framework for the frontend and nodejs with express in the backend, for the database management, we used the MongoDB, for accessing Maps data we used both Google Maps API and the Here Maps APi, for creating the AR content we planned to use the echoAR platform, for using Machine learning modules we used the IBM Watson studio for its various tools.For creating the tools such as crowd prediction, we aimed at fetching information from 3 sources which includes using some standard APIs(Google Maps API, Here Maps APi, and Precision Location APi), and using information from the users logged in at any wifi devices currently at any location. For creating the smart exams module, we planned to make use audio/video based AI/ML techniques to conduct examinations at very ease with much security, for students appearing we are using NLP techniques to convert the oral answers to textual data and even using computer vision to capture answer from student if they uses a pen or any pointing device and wave that in air, for securing it from malpractices, we are using computer vision techniques to have a check on the sentimental facial data to look after any possible malpractices. For the Keep me safe module, we are using bluetooth technology to know about people we have interacted with. For the Hear me module, which requires some specific large scale implementation which we have planned in developing much better in future scope where appropriate IOT devices will be used to be in-sync with the mobile application and will be used in reducing touch based interactions for examples in authorization to a much extent.
Challenges we ran into
Making such a sophisticated application with such varied support was a challenge in itself in such a short span of time with ideations taking place in between. At first we faced a lot of difficulties in making, using and integrating the ML modules, then again we also faced difficulties in using the AR content and development in scaling of the project. While researching about the project we found the problems which are affecting the educational institutions in carrying out their works in normal functioning and while developing solution for that, we need to think about various intelligent solutions, say for example we needed to think upon a platform for proper integration of the hardware sources of data, making the application robust as much as possible In accessing the maps and location information, we need to research heavily as Google Maps API provides very limited data for free users, and in its replacement we have used the Here Maps API, now for having much more accurate data for even people having the old feature phones, we planned to use the Precision Feature API from IBM watson studio, In planning the scalability of the project, we researched a lot about how we can implement this project practically in educational institutions and for their proper management, for which we covered various sources and developed plans for their extended usage.
Accomplishments that we're proud of
We are really proud in creating such a sophisticated application in such short span of time having such varied range of features and we too plan to implement the project in large scale availability for the use of a large number of people and thus helping the process of education prosper everywhere. Working in a team continuously with full of dedication and making a smart, interactive yet simple solution to a very big problem are one of the accomplishments we assume on ourselves. Integrating such simple and smart solutions and implementing for varied usage for decreasing the problems educational institutions are facing currently are one of the best things we suppose we have executed.
What we learned
On the first case, in research phase only we studied about the problems that educational institutions in Indonesia are facing and how they align to problems in India thus making solutions implementable in both the nations with mutual collaboration. In developing the project, we learned how to unify various resources and with their appropriate usage, we can solutions to many simple solutions using some simple research and development.
What's next for Inoric
We plan to integrate many more features in Inoric with better features in simplifying the application for a wide variety of features, to name a few, we plan to integrate IoT solutions in various usages capable in receiving data from various sources for better analysis and approach to problems that education faces, also in continuity we plan to collaborate with well established educational institutions for their support and help in better developing the project.
Built With
echoar
google-maps
heremaps
ibm-watson
mongodb
mongoose
node.js
react
reactnative
Try it out
github.com | Inoric | A Feature rich mobile application aimed to simplify functioning of an educational institutions even in the times of a global pandemic. | ['Sanjiban Sengupta', 'Sourav Kunda', 'Ananya Aprameya', 'Debrup Dutta'] | [] | ['echoar', 'google-maps', 'heremaps', 'ibm-watson', 'mongodb', 'mongoose', 'node.js', 'react', 'reactnative'] | 54 |
10,201 | https://devpost.com/software/ideal-incentifying-driver-exposer-and-learning-tool | Inspiration
In 2018, 36,560 people were killed in motor vehicle traffic crashes on US roadways, a 2.4 percent decrease from 37,473 in 2017.
Of the young drivers with known seat belt use who died in motor vehicle crashes in 2017, 47 percent were unrestrained at the time of the crashes.
In 2018, 15 percent of young drivers ages 16 to 20 years old involved in fatal crashes had blood alcohol concentrations (BACs) of .08 g/dL or higher; it is illegal in the US for anyone under age 21 to drink alcohol.
In 2018, 6,283 pedestrians were killed in traffic crashes, a 3.4 percent increase from 2017 and the highest number in 28 years.
In 2018, 857 pedalcyclists were killed in traffic crashes, a 6.3 percent increase and the highest number since 1990.
What it does
We start out at the authentication screen, which has been created with the help of Google Firebase. When we go to register an account, we see this change reflected in the authentication. In the video, I previously had a different testing email and after refreshing we see the new email I had input. Then we are signed in and a new document is created and assigned to the user after the creation of their account.
Now to the main four tabs:
(This is out of order in the video because I did it in a rush)
Complaint/Rewards System
At the home screen we are able to view various sections of the app. One of the main features of the app is being able to submit a complaint, which is then put in pending, until the complaint is verified by local authorities. This allows anyone to be able to use this system to find and expose people in violation of the traffic laws, allowing for safer roads. Additionally, the subconscious effect of this is that people will stop violating these laws knowing they could get a ticket via this app. The complaint is then sent into verifications, where the data is stored in Firestore. Local authorities will be able to access these complaints through Firestore and approve or deny the complaint, which is used for determining whether the user receives points for submitting the complaint. The points can later be used by the user to redeem coupons and other rewards (Still in progress as there may be more sponsorships).Complaints are approved when local law enforcements feel that the complaint had enough details and evidence in order to be able to give a ticket to the person who has been complained about. After being approved, this is reflected in Firestore and it will be reflected in the UI.
Road Analytics
In the road analytics page, we have a maps UI showing our current location. We are able to type in a road which we want to see details regarding. After entering we find useful details such as the danger level of the road, the amount of IDEAL users on the road and the estimated amount of people on the road at the current time. This information allows the user to know whether they should use that road or not with these fine tuned details.
Resources
The last page of this application is the Resources tab where we are able to view the various resources teaching us regarding the various important traffic violations present. This allows to the end-user to learn about the various traffic laws as well as the violations they are complaining about to make sure they are submitting a valid complaint to local authorities.
How I built it
To create the authentication, I used google firebase's authentication api in order to create a backend using Google Firebase. This made it easier than me creating my own backend in a tight time frame. It helped me create custom user assigned data as well.
For the rest of the back end, I also used google firebase's Firestore, a realtime database which allows for end-users to update data in the application (sending forms, ect.) asap. This allowed me to be able to use user custom data for each user with these firebase technologies being able to integrate with each other.
For the tab navigator, I used react-native-navigation's material tab navigator. For the point system, I used Firestore for data modeling and assigning custom data to each user. For the form UI, I used react-native-base in order to create the form elements.
For the point system, I built the backend with google Firestore, as previously stated, to efficiently upload and store data in real time. I created the data model with google Firestone where everything was stored.
I also used expo permissions and their image-picker library in order to get the image and upload it to Firestore.
I hope this makes the world a better place.
Challenges I ran into
I had many issues with Firestore for storing data due to the data modeling. It was quite difficult to have a specific document assigned to one user, which I have learned how to implement properly over this experience.
Accomplishments that I'm proud of
To help have IDEAL Roads
Teach others regarding Traffic Violations
Provide Critical Information regarding roads to end-users
What I learned
I learned how to implement custom user interface with Google Firebase's Firestore
What's next for IDEAL (Incentifying Driver Exposer and Learning Tool)
I hope to create an admin system in the future rather than local authorities accessing Google Firebase directly.
Built With
apis
expo.io
firebase
google-firebase
react-native
react-native-base
react-native-maps
Try it out
github.com | IDEAL (Incentifying Driver Exposer And Learning Tool) RIDER | Helping creating IDEAL and Safe Roads for all of us | ['Om Joshi'] | ['Best Mobile Hack', 'Third Place'] | ['apis', 'expo.io', 'firebase', 'google-firebase', 'react-native', 'react-native-base', 'react-native-maps'] | 55 |
10,201 | https://devpost.com/software/infomh | Inspiration: Mental health has been stigmatized as long as we can remember. The hardest part is that there is no outlet for normalization. We have people in our lives, even ourselves perhaps, who deal with mental health issues and so our inspiration was our care and concern for them. We wanted to create a special environment where they could feel valued and supported. Somewhere where they are able to talk about their conditions, medications and more without the lack of understanding and education from the other side.
What it does: This application allows for a number of features that help make it a support social application. The features include: search, forums/groups, emergency contact, and profile. The search feature allows for the user to look up things such as medication, city and condition from a database. The whole idea is to allow them to get a better idea of these things. The medication search provides essential information on medication based on keywords, information such as chemical composition, side effects, dosage, etc. The city search allows users to look up support centers/therapists near them, i.e. their city. The condition search acts like the medication search in providing essential information about the condition, such as its symptoms, stressors, etc. All of these search options also allow users to find groups/forums that discuss the topics. The groups/forums tab focuses on the social support aspect. It allows users to communicate in a moderated platform, where they can discuss their own views and experiences on whatever is being discussed. The emergency contact page allows users to have a safety in terms of someone to reach, in case they need someone there or the emergency services. Users can add in their person contacts as well as local official contacts and they can hit contact buttons for whomever, as they need. Lastly, users have a personal profile with their basic information, such as conditions and medications. However, throughout forums and chats, users will appear anonymously as random names for the safety and privacy of users.
How I built it: Currently, we developed the application through Bubble.io. It uses coding without coding, so we were able to build this by using the click and drag features, such as buttons and textboxes. In order to make things happen, we had to designate a workflow for all of the functions and features. For example, we had to design a workflow for what would happen when someone clicked on a button, such as go to the next page, search something or even log out.
Challenges I ran into: We spent a lot of time trying to code this application ourselves. I would say almost 28 hours of the coding time. We created a python application using PyCharm and Kivy. We were completely new to both the language and framework. We started off strong, learning as we went, watching views and tutorials. However, we ran into hiccups and according to time, we moved to bubble.io so we could show our product interface, regardless of having the hard code behind it.
Accomplishments that I'm proud of: We're proud of trying out python and actually making parts of the application, even though we had no prior knowledge of it, whatsoever. We attempted to learn something new, in a time constraint. But it was an attempt regardless and that is something that we are proud of ourselves for. Another accomplishment is getting the bubble.io up and running given how much time we put into the python route.
What I learned: We learned a lot about how we should go about demonstrating products and creating applications. We also learned a little bit of Python. This was our first time developing applications so we learned what we should include and not include. We drew up schematics and developed our final goals. We also learned a lot about each other and our working habits. Although, we would stay up on phone call all night, we discovered that one of us works better during the day and the other during the night, so we are going to be more prepared for the future.
What's next for infoMH: We are going to run back to the python development that we left and finish it. We hope to get it done by learning more and trial and error. In fact, we are hoping to publish the app so that we can see it in action and understand the true complete process.
Built With
bubble
Try it out
mhinfo.bubbleapps.io
www.loom.com | infoMH | An application that serves to create a community for mental health support | ['Jasnoor C.', 'Mrinal Jha'] | [] | ['bubble'] | 56 |
10,201 | https://devpost.com/software/metabot-t5j6b2 | invite bot of metabot-fe
login page
home page
transcribing audio to text
Inspiration
Covid-19 has changed the educational world. Online based learning is becoming one of best option. Zoom.us is the most popular tool for meeting agenda. Unfortunately, Indonesians face problems about online based learning, i.e. connection issue, expensive internet access, and low-spec mobile device . But the meeting agenda should be done using zoom. Not all people can join the meeting. We, as programmers, want to help their to solve the problem. We make a bot to do some great assistant's work.
What it does
Metabot is a zoom meeting assistant bot that can automatically summarize all of the meeting conversation. It gets the audio data, convert to text, then summarize the data to become a final note. This bot can lists all participants based on the name too. We built the front end web, so everyone can use this bot.
How we built it
We built metabot using 3 components. 1) the zoom-web sdk, this website is used to capture all of meeting activities after selenium login on this website. 2) Metabot, this is a backend that handle request and response from the frontend web and integrate it with selenium. 3) Metabot-fe, this website is intended to users if they want to call the bot to do automatic text summarization and list all participants. This website also show the analytic every meeting agenda.
Challenges we ran into
Do Automatic process using selenium on Zoom website was very hard, We got the problem when using the zoom API to create a meeting. It must past through so many ways. Integrating between frontend-backend-database-selenium was a long and tired process because sometimes, other members were not yet doing their task.
Accomplishments that I'm proud of
Finally, we did and solved all of that problems except using zoom API to create a meeting. We learned so much about selenium, nuxt.js framework, google speech api, flask, etc. We know that there are similar tool like we built but we proveide the front end web for users. So, this is user friendly and easy to use. But the main accomplishments that we're proud of is the impact of our bot. We hope that this tool can be used by Indonesians so they can take benefit from the bot.
What I learned
We were not only learning about hard skill, we learned about soft skill too. How we managed our ego and emotion during the hackathon. Blaming person is not a good solution. Never surrender until the end of time and work the best is our key.
What's next for Metabot
We want to fix bugs and and make it more proper for production. We want to add some features such as face emotion and recognition.
Built With
cloudinary
flask
google-web-speech-api
node.js
nuxt
postgresql
python
selenium
text-summarization
Try it out
github.com
github.com
github.com | Metabot | Zoom Meeting Assistant Bot | ['Diffa Dwi', 'Rahmat Aziz Al Hakam'] | [] | ['cloudinary', 'flask', 'google-web-speech-api', 'node.js', 'nuxt', 'postgresql', 'python', 'selenium', 'text-summarization'] | 57 |
10,201 | https://devpost.com/software/garuda-hacks-5ipkuh | Home Page
Inspiration
We want get people to enjoy studying, to associate positive feelings with studying so as to improve focus and while studying.
What it does
an app that helps its user to focus and be motivated to study.
Focus → directly search google without having to leave the app. less distraction from other apps.
Motivation → individuals can do assignment quizzes to unlock plant item which they can plant in their garden. This introduces casual game component which encourage individuals to study.
Feature
Home Page
User can either check their garden, do quizzes that awards them with plant item that they can put in their garden, and search some questions on google.
Garden
User has garden plot which they can fill with plant items. Plant items are obtained from completing assignment / quizzes.
Quizzes
User can do quizzes to learn casually and obtain plant item
Google
User can directly search from the app, without having to 'leave' the app
How we built it
We used flutter to build the app
Challenges we ran into
Unfamiliarity with the tool, time constraints
Accomplishment we're proud of
get the homepage working properly
do a project that can help Indonesia's education better.
use knowledge from classes that extremely helped us in doing the whole project, including in understanding flutter, as well as how to be a full stack developer.
create an app with flutter
create a game that can collect new items by completing assignments.
create online assignments, so teachers doesn't have to check students' work one by one. Also, students can easily do their assignments
able to connect the online assignments and the game: the game can get new item every time a student do 2 questions correctly.
What we learned
programming with flutter and dart.
organization: the better the code structure, the easier we'll be able to keep track of everything
developing app frontend to backend
What's next
make a bot that'll be able to directly answer students' question, so students don't need to go to Google to ask questions. This will further help students to focus on their assignment.
create an account for students and teachers:
Students will be able to save their assignments and game progress.
Teachers will be able to upload assignments for students to do.
let students be able to visit friends' garden. By seeing a better garden, students will have the desire to level up their garden, which can be done none other than completing the assignments.
increase the complexity of the assignment.
Built With
dart
kotlin
objective-c
swift
Try it out
github.com | study garden | an app that helps people to focus and stay motivated in studying | ['Bella Rose', 'Gabrielle Lawrencia'] | [] | ['dart', 'kotlin', 'objective-c', 'swift'] | 58 |
10,201 | https://devpost.com/software/velo-y9gfpj | Our home page, which allows you adjust the days, accommodations, transit methods and locations, where markers appear on the map to the right
The results page, which displays the first day's path with directions, times, and distances. To view other days use the chevrons (bottom)
Our logo, a stylized V with an arrow, where the V-shape (down then up) also symbolizes the recovery of the tourism industry that will follow
Inspiration
The COVID-19 pandemic has shut down the tourism industry. As a result, many vacation plans were ruined and hours of researching itineraries wasted. Our hope is to help travelers generate quick and effective travel itineraries to strengthen the local tourism industry when the time is right.
What it does
Velo automatically generates travel itineraries given a time-frame and attractions that the traveler wants to visit. The order of the schedule is determined in our back-end by an algorithm we designed.
Here's a more in-depth description of our algorithm:
Starting with a set of locations, machine learning techniques are utilized to cluster them by proximity. These clusters are used to find living accommodations fitting the user’s specifications while ensuring reduced travel times to and from destinations. Afterward, the individual plans for each day are selected through a Greedy Algorithm, commonly used in optimization problems. We have adapted this technique in conjunction with spatial projections to calculate a well-balanced schedule. Finally, we introduce graph theory techniques combined with dynamic programming optimization as our solution to a classic variation of the Travelling Salesman Problem to optimize travel.
How we built it
We built our application using a Flask framework that connected our HTML, CSS, JS frontend with our Python processing done in the backend.
Challenges we ran into
While creating velo, we overcame many challenges. We used languages, libraries, and APIs which we were unfamiliar with. To be successful, we studied tutorials beforehand and overcame individual coding challenges during the hackathon. Some of these challenges we ran into include creating an idea everyone was satisfied with, creating an intelligent algorithm, and creating a beautiful UI.
When discussing the implementation we faced challenges such as working around the limitations of known algorithms. Additionally, when looking for possible APIs we found that there was data that we wouldn't have access to that we wanted to use in our computations. Through brainstorming, we came up with innovative workarounds to provide the functionality we were aiming for.
Accomplishments that we're proud of
We are extremely proud of our scheduling algorithm that uses machine learning, dynamic programming, graph theory and greedy algorithms. The final algorithm works exceptionally well generating efficient and cost effective schedules to make life easier for all vacation goers.
What we learned
velo taught us how to efficiently pass data between the frontend and backend of our program. We learned how to work with the google maps API and more advanced customization techniques in CSS. The creation of the clustering algorithm also gave us a good opportunity to use common computer-science techniques such as dynamic programming, graph theory, greedy algorithms and machine learning to solve a larger computational task
What's next for velo
In the future, Velo will incorporate many new features to provide users with the most relaxing experience possible such as budgets, bookings, and databases. To create an even more experienced and personal vacation, the budget of the user will become one of the factors we use to generate the perfect vacation. Secondly, Velo will implement bookings, such as flights and hotels. Once the user confirms their vacation plan, Velo will be able to automatically book flights and hotels for the user creating a quick and easy 3 step process to plan a vacation. Finally, in the backend, Velo will have a database to store needed information such as hotels and their prices to improve query time and to rely less on outside sources.
Built With
css
flask
html
javascript
python
Try it out
github.com | velo | An Automatic Vacation Generator | ['Kenneth Ruan', 'Justin Zhu', 'Justin Lu', 'Ronald You'] | [] | ['css', 'flask', 'html', 'javascript', 'python'] | 59 |
10,201 | https://devpost.com/software/venmo_of_indo | Home Page
Send Money Interface
Request Money Interface
Account information interface
Transaction History interface
Friends List Interface
Settings interface
Inspiration
We noticed that Indonesia does not have a widely-used convenient peer-to-peer electronic bank transaction application and decided to make an improved version of Venmo targeted towards Indonesian people and small Indonesian businesses.
What it does
Venmo of Indo allows users to electronically send payments to individual businesses and peers identified by userID. Users can also request money from others, making daily transactions more seamless and cash-free. Money transactions are sent directly from bank account to bank account, instead of storing money directly within the app.
How I built it
Venmo of Indo was built as a mix of front end (Android Development) and backend using AWS libraries. The UI was built in order to create a skeleton of the app and plan for the backend configuration.
Challenges I ran into
Our whole team is made up of inexperienced coders who are looking for a new challenge. Getting everything set up and figuring out the libraries for a large project under time constraints was the most challenging part of the project. We had to also learn how to connect front and back end logic.
Accomplishments that I'm proud of
We are all proud of what we were able to learn and present at the end of the project. We are all fresh coders in full-stack development, and had to learn to adjust to how to tie in the different programs.
What I learned
We learned a lot about the AWS and Json programs, and we also got introduced to how to tie in back-end programming with our UI. We also had to learn how to switch between and unify different layouts for our front-end app development.
What's next for Venmo_of_Indo
We think that there are a lot more functions necessary for Venmo of Indo to be a complete application. We think that we can further help smaller businesses by giving them more access to technology, like we are trying to do.
Built With
amazon-dynamodb
amazon-web-services
android
html
java
javascript
python
studio
Try it out
github.com | Venmo_of_Indo | We're making Venmo but for Indo, but better and greater. | ['Kobe Sarausad', 'Andrea Muljono', 'BennedictSoesanto', 'Kenneth Ruslim'] | [] | ['amazon-dynamodb', 'amazon-web-services', 'android', 'html', 'java', 'javascript', 'python', 'studio'] | 60 |
10,201 | https://devpost.com/software/fitwind | state wise view
Details
graph
Inspiration
Since the widespread ramifications of the COVID pandemic, we have been doing the best we could to
play our part in helping to manage the situation.
Overwhelming circumstances have shown us the worst of times and to ensure this size of crisis from
happening again, we have a need for serious preventative measures.
We have been participating in different technical competitions to build new projects and
therefore why not converge our skills and efforts towards this cause?
This indispensable need was and is a large part of our inspiration.
What it does
In this Website, we’ve incorporated a combination of variable situations which contribute a possible wide
spreading disease and thus by evaluating them, statistically alert us to be cautious of a disease
which might be sprouting in our surroundings.
Fitness Metre
– Use weight, height age, etc to classify patients regionally.
Air Quality Prediction
– Oxygen & carbon dioxide ratio in the air thus alerting the regional authorities to
act on preventative measures such as tree plantation, etc.
Blood Bank Requirements
– To keep a check on the health status of the community.
Alert Chemist
– If a certain region observes an increase in patients with similar symptoms, regional
The chemist must be fed in so as to stock up the supply of medicines and preventative measures ( masks
, sanitizers, etc ) to protect the community. it can send mails to local chemist.
Doctor's awareness
– Reaching out (financially and emotionally): Heather community is that which protects one another, staying connected and helping put the less fortunate will prove to be sovereign virtue which not
only will protect the individual but the community as a whole. Thus, accessing helpline/donation
facilities.
How we built it
We used a wide range of software and languages to build a successful working model to collaborate
the above features.
Some of the important ones are mentioned below:
Html, CSS, bootstrap, javascript and python Django.
we used Visual studio code to program.
The tough part was to deal with the UI designing the map to and to add more user-friendly options.
Challenges we ran into
Backend constructing unfailingly tried our patience, where we first tried using ML for an epidemic prediction but that proved to be quite cumbersome as it required a ton of data. Combining and organizing all the data in one place was yet another complex scenario which we ploughed through.
For dummy, we used a random generator using python to simplify and speed up the process.
Accomplishments that we're proud of
The foremost part of this contest that we're proud of is the team coordination and the responsibility with which each member carried out their task given the time crunch for the icing on top of this already critical bake.
Even after struggling through with UI the app, we muddled through and I'm proud to say our efforts paid off.
Addressing the current pandemic, we completed the taken task maintaining the quarantine and working leagues apart yet syncing with each other constantly.
And that is a major challenge we're proud to overcome.
What we learned
we learned basic web designing in a matter of hours, hopefully, we developed more than just software but sustainable support for the community.
real learning was team cooperation and working in harmony.
What's next for Fitwind
Pandemic Prediction: weekly continuous data updating of patients signing in to hospitals their
sickness.
doctor associated with a neighboring hospital, also their qualification.
people can rate doctors and hospitals online. thus create a constantly updating database for the community.
Built With
bootstrap
django
html
javascript
json
machine-learning
python
Try it out
github.com
youtu.be | Fitwind | The next generation measure in Tracking community heath. | ['Gaurav Konde', 'Ravikumar Chaurasia', 'sandeep vishwakarma', 'shruti Naik'] | [] | ['bootstrap', 'django', 'html', 'javascript', 'json', 'machine-learning', 'python'] | 61 |
10,201 | https://devpost.com/software/libre-ltqbzm | Inspiration
We gain inspiration while thinking about corona virus impact in the minority people. turn out minority spesifically disabled people are have limited acces to information and having mental health problem because thay unable to communicate with other people. they cant understand what people are saying because they no longer can read lips movement bevause of wearing mask and turns out not really much people is eager to help them through their daily lives. we also fingding that some of them does not know the dangerous pof corona virus because their information is limited. it can danger our health as a whole because they are the most vulnerable grup during corona virus.so we hope that our app can make their life easier and they can gain social justice that they needed. We
What it does
it does two simple thing. first it enable disability people (deaf or people who suffer from hearing problem) to hear what normal people saying with speech to text translator and enable normal people to understand disability people with communicating with sign language (USA).
How I built it
we built this with android studio and tensorflow framewrok that enable fast machine learning model.
Challenges I ran into
we find hard to looking database of sign language in the interner, we finnaly founds soe after we looking for in the github
Accomplishments that I'm proud of
we accomplished creating simple app that help disability people and creating model that detect sign language and automatically transalating them
What I learned
what i have learned is using tensorflow for hand detection and translating it to text.
What's next for Libre
we will give update so that our app become better and more accesible
Built With
adobe-after-effect
adobe-xd
android-studio
coreldraw
python
tensor-flow
Try it out
github.com | Libre | We are creating app thatenable deaf or people who suffer hearing proble hear normal people say and enable normal people to communicate with deaf or hearing people with sign language | [] | [] | ['adobe-after-effect', 'adobe-xd', 'android-studio', 'coreldraw', 'python', 'tensor-flow'] | 62 |
10,201 | https://devpost.com/software/sinau-9w2fd8 | Loading
Login Screen
Index Page
Ask Me Anything Page
Ask Me Anything Page
Assignment Page
Presence Page
Timetables Page
Notification
Assignment Page
Courses Page
QnA Page
Profile Page
Courses Page
Message Notification
QnA Page
Index Page
Ask Me Anything Page
Chat 2
Chat 3
Chat 1
Courses Page
Share Notes Page
Video Meet
Video Meet
Video Meet
Inspiration
So our team is consisted by high school students, because of the current outbreak, COVID-19, we are ordered to be stay at home, and of course we can’t go to school, because of it begins the noneffective online school learning. In our school, student's learning plans are less systematic, confusing, and the learning platform that changes frequently, and there’s lack of communication between students and teachers. We’re think this problem not only implied to us, because we see there’s a lot of student’s out there complaining about the same thing in social media, and that’s where the idea begins. From students for students.
What it does
So it does many things, from the basics of being some learning platform it has many features that will be useful on learning progress. We put together all the good things inside one thing so it became easier to do the things.
• Schedules (Student can see the lesson schedule and even the activities that will be carried out in the learning)
• Video Meet (A features that can make us connected with the others, can be used as the main live learning platform)
• Assignment (students will get assignments from teachers)
• Courses ( students can access the material provided by the teacher)
• Presence (teachers can attend studend’s attendance through the website)
• Q n A (You can ask your friends or teachers about any question)
• Ask Me Anything (You can ask something to the App!, the AI will searching the answer just right for you!)
• Share Notes (You and the others can share your notes and study together, yeay!)
• To do list (in addition, you can create your to-do list in the webapp
And we still got many ideas for it so there are still a lot come.
How I built it
So we are using python and django to create the web app, we code the app, we make the logo and some of the illustration were also designed by us for this. For the Frontend, we mainly using bootstrap and fontawesome. at the first time , we are using the bootstrap studio to get the template, and then after that we changed the layout to looks and to be something that represent us and something that we proud of, there were some of other API that include's, We dont know any about docker but because the chat app need's that so we learned it in only one night.
Challenges I ran into
It's been so tough that we’re not sleeping at night for two days to get the job done, a lot of frustation, a lot of bugs that just make we just want to surrend, maybe it is because this is our first time to took a hackathon, and making and implementing our ideas, but that's too that keep us motivated, so we thriving till the end to learn to do whatever so we can accomplish our ideas.
Accomplishments that I'm proud of
Yes we're so proud of this, only in three days, with we're only some ordinary highschoolers, but we did it, we challenge all the odds, and we fight all of it. SINAU has been maded, with all of heart, and the target to help the others
What I learned
We get a lot of things from participating in this competition. With technology, human work will be easier. From the very beginning an small idea can become a great product. The teamwork is also the one of the great thing we're learned about. And for the last, We learned that time is valueable.
What's next for SINAU
For the short time we're aiming to make this project became real, finishing the back end and so later we can help all of our friends, and teacher on teaching and the learning process.
And for the next were aiming to make this project to be a learning platform, not only some small sized project. We're aiming to make the project big became some social platform, to exchange ideas, to share something valueable, and something where students can make some progress together that is focused for students, adding more features, some ideas that have been come in mind, our vision is
we're going to making it became some social platform/so-so called social media that really focused on learning process, we're not competiting with all others platform out there, but we're going to integrate all of social media, so maybe will using some AI that will detect something that related to some learning process, so for example later students can share all of their study notes threads on twitter! and the others platform that exist too,
Making a place for repository all the students notes/ something related, like a library! so people can share their progress and studying together with others.
And its all at zero cost, so we can reach and connect more people. Because we believe that education is very important for all.
Built With
adobe-illustrator
bootstrap
django
heroku
python
Try it out
github.com
sinau-webapp.herokuapp.com | SINAU | SINAU, Study together. Study easier | ['Muhammad Aucky Aisy Sudjono', 'Muhammad Rizky Perwira Zain', 'Handria Ahmad Naufal'] | [] | ['adobe-illustrator', 'bootstrap', 'django', 'heroku', 'python'] | 63 |
10,201 | https://devpost.com/software/trackit-yqu3ok | trackit logo
Inspiration
We wanted to make this after realizing that many people we know, including ourselves, have trouble maintaining their productivity and a healthy lifestyle. This has become an especially prevalent issue, as many of us are confined to the laziness we feel at home in a time of physical distancing.
What it does
Trackit is a web app that allows its users to track their progress in various activities. Ideally, users would be able to customize what they would like to keep track of, but the time limit of this hackathon pushed us to create only 3 default trackers: a “to-do” section based on an embedded Google Calendar, a water intake tracker, and a semi-functional mood tracker that currently provides a different motivational quote on each refresh of the page. The log-in and registration features are fully functional.
How we built it
We used Python Flask, HTML, CSS, and JavaScript to create and design the website, as well as SQL to handle user information. We started with a half-completed project based on a Python Flask tutorial, and slowly added the front-end elements as we figured them out.
Challenges we ran into
One of our biggest issues was inexperience. We are all highschool students who have little to no experience in building websites. We followed tutorials for nearly every component of our program, and spent most of our time troubleshooting. It was our first time using Flask and SQLite as well, which further contributed to the challenge. Unfortunately, we were unable to achieve what we had initially envisioned for this project, but we also achieved way more than we thought we could.
Accomplishments that we're proud of
We’re proud of how much we learned, given our extreme lack of knowledge in the beginning. It was our first time working together as a team, but we managed to create something that, in our opinion, is very cool. We went from not knowing how to put Flask and HTML and CSS and JS together to creating (some) beautifully developed pages.
What we learned
Overall, we learned a lot about web design and how the backend and frontend interact. A few highlights are how we learned to embed calendars within our website and to use CSS libraries to make our pages look nice. Because this was our first hackathon, we also learned a lot about working with a team when given a time limit. Finally, we improved our skills with GitHub and learned how to deal with merge issues.
What's next for trackit
Although we are content with the final product given our time constraints, there are many ways in which we would like to improve our website. Implementing more features such as a meal tracker or sleep tracker would be an interesting way to branch out. Additionally, there are some parts of our current features—for example, a button to clear the “water drank today” counter or our own calendar system instead embedding a Google Calendar—that we had planned. Similarly, we planned to create an “Add tracker” feature that would allow users to customize what they want to record. With the right resources, we would have liked to make our website fully functional and host it publicly. Finally, we’d like to add improvements to the UI such as making the website responsive to screen size and adding our logo.
Built With
anime.js
css
flask
html
javascript
python
tsql
Try it out
github.com | trackit | Feeling unproductive? Use trackit, the one stop shop for keeping yourself on track. | ['Ratana Wang', 'George Wan', 'Brian Zhang', 'Nanxin Qin'] | [] | ['anime.js', 'css', 'flask', 'html', 'javascript', 'python', 'tsql'] | 64 |
10,201 | https://devpost.com/software/optimaloc | Designed UI (using figma.com)
Inspiration
Stunted growth is considered to be one of Indonesia’s largest health concerns, affecting one in every three children across Indonesia. This condition arises from lack of access to proper nutrition and surprisingly was one of Indonesia’s least-known health issues. It was not until very recently that the government started realizing the permanent damage that stunting causes towards children’s physical and cognitive capacities and began accelerating programs in 2018 to combat this issue.
These programs mostly comprise of setting up nutrition centers in rural areas that provide basic immunization, breastfeeding, dietary diversity, drinking water and sanitation, etc. However, as the government plans to scale up these programs to hundreds of more districts (planning to reach 514 districts and cities by 2021), the issue of limited resources arises. The government can only build a certain number of centers in an area, and so a critical question emerges: “What are the optimal locations for these nutrition centers for maximum outreach in an area?” This is where MediLoc comes in.
What it does
MediLoc is a web app built for the government and healthcare organizations to identify the optimal locations for a given number of nutrition centers in a district/area. Upon opening the web app, the user is shown a map and prompted to input the locations of the target villages on the map and their corresponding populations of children with stunted growth. The user will also be prompted to input how many centers are to be built in this area, as well as how many healthcare workers are to work in this area. After inputting all this data, the user clicks “RUN,” which runs a k-means clustering algorithm that optimally finds the locations for these centers in the area. In the web app, the locations of these centers are displayed; the villages will be color-coded according to the centers from which they receive aid; and the number of workers manning each center will also be calculated and shown. In summary, MediLoc is a useful, comprehensive tool to help organizations identify optimal nutrition center locations for maximum outreach, given a limited number of centers that could be built.
How we built it
The web app is built using a variety of languages, frameworks, and modules. The bulk of the front-end is done using Angular, where we used Typescript, JavaScript, PrimeNG, Angular Google Map module, and Google Maps API. The back-end is written in Python and Flask, using mySQL and SQL Alchemy databases (via marshmallow). We used scikit-learn, matplotlib, pandas, and numpy modules. We tried creating our own k-means clustering algorithm, and for the most part, it worked! However, our code took too long to run, and so we used scikit-learn instead.
Challenges we ran into
One challenge was finding the ideal algorithm to calculate optimal location. It was hard work understanding the different algorithm options, since none of the team members had experience working with optimization algorithms or machine learning. In the end, k-means clustering was chosen because the algorithm modeled how nutrition centers operate in real life best. E.g. villages are organized into clusters, and each nutrition center is assigned to a village cluster, responsible for children with stunted growth in those villages.
The second challenge was learning new tools for the web app. 75% of the team had no background in front-end/back-end development. Everyone had to learn HTML, CSS, and Angular.js.
Accomplishments that we're proud of
Our proudest accomplishment is that we learned a lot through this opportunity. The project was beyond anything we've learned from school, and so any small successes, such as making the Google Maps API work, were accomplishments. Some highlights include getting the k-means clustering algorithm to work, connecting the backend to the algorithm (a lot of problems were encountered here, so it was a massive relief to see it work), designing the UI we all liked, and, of course, seeing our MVP actually function.
What we learned
As a team of mostly beginners (>50% hackathon first-timers), we learned a lot. We learned GitHub and how to use it to work as a team. We learned about clustering algorithms and how they work. We learned about front-end/back-end development, introducing ourselves with HTML, CSS, and Angular.
However, the most important thing we learned was the experience of coding in the real world. Many of us are used to programming in a classroom setting, and so getting the experience of working on a project with real-life implementations was truly a mind-opener.
What's next for MediLoc
Although our current MVP functions okay, there are still lots of improvements to be made, such as more efficiently connecting the algorithm with the backend, adding more convenient features to the UI (saved databases, for example), and developing a more real-world algorithm that can take into account roads and other terrain conditions. However, once all these issues are resolved, MediLoc has a wide variety of applications.
This tool suits any implementation. For example, instead of nutrition centers, what about COVID-19 testing centers? MediLoc can be used to identify the most optimal locations for these testing centers and determine how many workers/testing kits should be at each center, for most efficient testing outreach. What about rural areas that don’t have schools? MediLoc can be used to find the optimal locations for schools in that area for maximum accessibility to students. The applications using our web app are truly limitless and prove extremely useful for organizations in their planning phases.
Notes (IMPORTANT)
We were not able to fully complete the front-end of the MVP, e.g. centers and colors of villages not shown, latitude/longitude should be automatically inputted based on click location, etc. Besides this, everything else works!
Built With
angular.js
css
flask
html
javascript
marshmallow
mysql
numpy
pandas
primeng
python
scikit-learn
sqlalchemy
typescript
Try it out
github.com | MediLoc | Nutrition centers remain the foremost solution to stunted growth in Indonesia, but identifying the optimal locations for these centers for maximum outreach in an area is difficult. Enter MediLoc! | ['Brian Linaldi', 'Julian Tanja', 'Daniel R Bimo Hantoro', 'Daniel Hariyanto'] | [] | ['angular.js', 'css', 'flask', 'html', 'javascript', 'marshmallow', 'mysql', 'numpy', 'pandas', 'primeng', 'python', 'scikit-learn', 'sqlalchemy', 'typescript'] | 65 |
10,201 | https://devpost.com/software/tigertechs-edufirm | Course related assignment submission portal
Blog/ Open for articles
Contact Form
Donation/ Charity Page/ with stories of Indonesian students
Index Page/ Entry level
Career Guidence Page
Webinar Notification Page
Social media handles and News Letter subscription
Home page/ with all the information about the Firm
Law and Society course Page
Science Tutorials Page
Career Map / at Career Page
Donor Interest Form
Holland's RIASEC model career guidance test/ Which Career Suits you?
Inspiration
Indonesia, officially the Republic of Indonesia (Indonesian: Republik Indonesia is a country in Southeast Asia and Oceania, between the Indian and Pacific oceans. It consists of more than seventeen thousand islands including Sumatra, Java, Borneo (Kalimantan), Sulawesi, and New Guinea (Papua). Indonesia is the world's largest island country and the 14th largest country by land area, at 1,904,569 square kilometers (735,358 square miles). With over 267 million people, it is the world's 4th most populous country as well as the most populous Muslim-majority country. Java, the world's most populous island, is home to more than half of the country's population.
Indonesia is having a large amount of Natural resources. According to the article ‘OECD Economics Department Working papers No. 1236’ chapter ‘Making the most of Natural Resources in Nature’ by Richard Dutu published at OCEDiLibrary.
Indonesia is the world’s largest Exporters of Steam coal, Refined Tin, Nickel ore. It is the leading exporter of Gold, Bauxite, Lead, Zinc and copper. Also, the pride moment is Indonesia is the World’s No.1 Producer and Exporter of Palm oil. It is also the World’s second-largest producer of Rubber, Robusta coffee, Fisheries product. The world’s 40% of the Geo-Thermal energy reservoir is Indonesia.
Indonesia is not only top in the resources also it is the country with a 95% literacy rate. According to the YouTube video of Dominique Sierra named ‘Quality of Education in Indonesia’ in 2019, 200+ schools are established in Indonesia to provide education to 45 million students. The main reference for their learning is Textbooks and the preferred reference is the Internet. The average performance of the Indonesian teacher according to the International Student Assessment Examination in 2015 is 53%. 42% of 15 years old Indonesian students failed to achieve the minimum standard in education. According to the survey the students of Indonesian above 15 years old are possessing a lack of efficiency in the subjects of Science, Mathematics, Analytical skills, and comprehensions.
According to the video, they have mentioned according to the 26th Human Rights Article “Elementary education should be compulsory and free”, but it is not being performed by the Government of Indonesia. The major problems of the education sector are insufficient learning materials, poor facilities, sanitization at the learning place. The education level of Indonesian students compared to the other countries and their education system is Average.
Problems that we analyzed:
Problem of educational equality that is still unequal to one side in society.
Problem with Educational costs.
The quality of education is still lagging.
Lack of Reading Interest and Academic achievement.
According to the macrotrends.net Indonesia, news article Literacy rate of Indonesian students below 15 years if 95.66%. The Poverty rate in Indonesia is 56% (under USD 5.50/Day) in 2018. The Youth Unemployment rate in Indonesia is 17.04% (They are available for work but not hired for a job). They are the youth aged from 15 to 24. The main reason is the lack of industry-level skills among the students of Indonesia. The availability of under graduation to youth is less and also the students of Indonesia are indulging in the work of manufacturing and factory.
Industries in Indonesia is led by the foreign investors and initiators. This is leading to the back dropping of the inhabitants of Indonesia to participate in running the companies and bring the innovative startups. The Labor workforce participation in the grade 3 and 4 work is 47.40% among the youth of Indonesia (from 15 to 24).
What it does
The TigerTechs Edufirm is an academic support given the Indonesian students who are lack in the subjects of mathematics, science, arts, and languages along with industry-level skills such as soft skills, presentation skills, and many more. The Indonesian students are having access to all the courses and certifications in the online courses for free from our open-source website. The TigerTechs Edufirm collaborates with the many universities around the world. They will be providing small courses, e certification courses, and also e degrees. This is one of the two main purposes of the TigerTechs Edufirm.
The main intension of the TigerTechs Edufirm is to bring the educational aids and other essentials for the students of Indonesia who are living in the remote locations of the Indonesia and also unavailable of having access to the internet and electricity. Many locations in Indonesia are not having access to the internet because of economical crisis. They are the people under the poverty level and not able to provide a valuable education to their children. Our main intension is to bring the resources from all over the world and provide it to them to excel in their life and develop the lifestyle as ours. The firm is not asking any kind of money as a donation or as a charity. We have embedded the form on the website where the people around the world can register their contact details to show their interest in supporting the underdeveloped people. Once we receive your details we’ll contact you and let you know the process of providing help. We seek the world to donate the books, pen set, bags, essentials, and other educational facilities to the children of Indonesia. We also seek you the career opportunity for the youths of Indonesia. They can courier their donations to the given address we mention on call or mail. Those donations or supplies will be received by our team and distributed among the children who are learning under our organization. This is the main and vital purpose of our firm.
There is another key feature on our website, the is the RIASEC Career Test. Choosing the right career this important for everyone based on their expertise, interest, and passion. Holland’s theory posits that people can be categorized according to six personality types—Realistic, Investigative, Artistic, Social, Enterprising, and Conventional—known collectively as RIASEC. Use the interactive hexagon graphic below to explore the six RIASEC personality types in more detail.
Holland's theories of vocational choice, The Holland Occupational Themes, "now pervades career counseling research and practice". Its origins "can be traced to an article in the Journal of Applied Psychology in 1958 and a subsequent article in 1959 that set out his theory of vocational choices. ... The basic premise was that one's occupational preferences were in a sense a veiled expression of underlying character." The 1959 article in particular ("A Theory of Vocational Choice," published in the Journal of Counselling Psychology) is considered the first major introduction of Holland's "theory of vocational personalities and work environments".
Holland originally labeled his six types as "motorist, intellectual, aesthetic, supportive, persuasive, and conforming". He later developed and changed them to: "Realistic (Doers), Investigative (Thinkers), Artistic (Creators), Social (Helpers), Enterprising (Persuaders), and Conventional (Organizers)". Holland's six categories show some correlation with each other. It is called the RIASEC model or the hexagonal model because the initial letter of the region is equal to R-I-A-S-E-C when it is expressed as a circle connecting the regions of high correlation. Professor John Johnson of Penn State suggested that an alternative way of categorizing the six types would be through ancient social roles: "hunters (Realistic), shamans (Investigative), artisans (Artistic), healers (Social), leaders (Enterprising), and lore keepers (Conventional)".
These are the services we are providing on our website by collaborating 3 different kinds of applications under a single website making that useful for learning enthusiasts to career decision-makers. We are not only providing education but also bring the donations in the materialistic form to Indonesia from all around the world. We’re also providing an effective method to choose the career wisely keeping their interest, passion, and expertise in mind. This will also help them in exploring a lot of job opportunities online.
How I built it
This website is built with HTML5, CSS3, BootStrap 4. The Backend is developed using Django and Gunicorn. Hosted on Heroku. The Database is set up using Amazon Web Services
Challenges I ran into
The main challenges I ran into is keeping my website by not disturbing the Law implementations over the Education system in Indonesia.
One of our teammates has been stuck up with the rainfall and also been stricken by a disaster here. At the end of the Hackathon, he lost the internet connection and all other connectivity with us
Accomplishments that I'm proud of
Some websites in Indonesia provides online courses and certification courses. For example, Ruangguru, Quipper, Khan Academy, and some more. They will provide you the online certification courses in the streams of your interest, but on our website you can get the free access to e degrees from many universities around the world and also from Open University. We are providing the e-Library on our website collaborating with Open Learn University’s Open Library.
We have integrated the RIASEC career choosing model test to analyze your skills, interest, and passions to suggest you the best career for your personality. This is the new feature we have implemented in our TigerTechs Edufirm, which we haven’t come across around the EduTech in Indonesia.
We have many NGOs and non-profit organizations working in Indonesia. They expect the citizens of Indonesia and the Government of Indonesia to provide the necessary educational aids and supplies for the students in the form of providing economical support for the organizations. But we don’t expect the economic support from the citizens of Urban Indonesia. Our organization accepts the materialistic support from the people around the world. The firm is not asking any kind of money as a donation or as charity. We have embedded the form on the website where the people around the world can register their contact details to show their interest in supporting the underdeveloped people. Once we receive your details we’ll contact you and let you know the process of providing help. We seek the world to donate the books, pen set, bags, essentials, and other educational facilities to the children of Indonesia. We also seek you the career opportunity for the youths of Indonesia. They can courier their donations to the given address we mention on call or mail. Those donations or supplies will be received by our team and distributed among the children who are learning under our organization. This is the main and vital purpose of our firm.
What I learned
Team management, Time management, Online coordination with the teammates, and also about the geological, economical, intellectual, social, and political positions of Indonesia.
What's next for TigerTechs Edufirm
We have just implemented the prototype of the website the major work is up to be done with the team of many enthusiastic developers, designers, and market analyzers. We have implemented the career guidance on the webpage; we want to enhance the firm like making a one to one mentorship for career guidance.
We want to bring many universities on board to extend their support for giving e certification and e degrees to the Indonesian enthusiasts for free. Also, we need them to support the students residing in the remote areas of Indonesia.
By our donation or charity wing, we want to bring the resources from all over the world and provide it to them to excel in their life and develop the lifestyle as ours. We need the team to reach all the kind-hearted donors around the world and to connect with the students of Indonesia.
Built With
amazon-web-services
bootstrap
css3
django
gunicorn
heroku
html5
Try it out
tigertechs.herokuapp.com
github.com
drive.google.com | TigerTechs Edufirm | Academic and non academic support providing company for Urban and Educational aids supplier for Rural Students | ['Rahul Aradhya T R', 'Ataf Fazledin Ahamed'] | [] | ['amazon-web-services', 'bootstrap', 'css3', 'django', 'gunicorn', 'heroku', 'html5'] | 66 |
10,201 | https://devpost.com/software/textbook-donation-and-request-post | Inspiration
Due to the imbalance of education in Indonesia, our plan is to better the imbalance of books by providing a platform in which users from around Indonesia could post a book to be donated to and another user could claim that book. We will also provide a platform for people to post a request for a book that they need.
What it does
This program allows users who are willing to donate post their books which other users can claim. Additionally, users who are looking for books that are not posted in the donation list can put up a request post which donators can view and contact the user who posted the request. For ease of usage, users can search posts by name or tags such as subject, author, and more.
How we built it
First, we started off by choosing which materials we would be needing for our project such as the database, back-end, etc. Next, we began planning our story on Trello and divided our tasks. We setup a cluster, created a data model, service layer, API, repository layer, and perfected some functionalities.
Challenges we ran into
Creating an API that is production ready. We have also encountered problems with Java Spring Boot dependencies. We've also been having trouble connection to MongoDB.
Accomplishments that we're proud of
For most of our teammates, this is the first time making a backend. Personally this project exposes me to things such as git, maven, and spring boot. Creating first API with basic knowledge of an API.
What we learned
How to create an API. Learning java spring boot. Learning maven. learning http request. Backlog grooming, dividing task, pull request and git.
What's next for Textbook Sharing APIs
We are gonna deploy this application in a kubernetes cluster and make this a cloud native application. Create a UI for this API and complete TextbookDonationPost API. Improve API functionality and create better data models that suit our customers needs.
Built With
java
maven
mongodb
spring
Try it out
github.com | Textbook Donation and Request Post | A place where people can post books they want to donate while also creating a request of books that they want donated to them. | ['Jeremy Liem', 'Hansen Liman', 'Nathanael Hartanto', 'ChristopherSumali'] | [] | ['java', 'maven', 'mongodb', 'spring'] | 67 |
10,201 | https://devpost.com/software/predictsee | Inspiration
COVID-19 has led to Termination of Employment for 15.6% of Employees from companies in Indonesia. The uncertain situation of work has urged the citizens to make a plan to save their financial situation. Though most companies have kept their employees through Working From Home, it is necessary to have an additional income considering electricity bills keep on bloating, supplies of primary needs when everyone is in quarantine. Here’s where the idea kicks in: fast money, easy to convert into cash, non-productive assets. Yup, seems like selling them would be the right way to go.
However, not everyone has the experience to know about property or automotive business and it could lead to unworthy pricing. Too cheap, you’ll get huge loss and regrets. Too expensive, no one would be interested in it. So what could possibly be the solution?
Look down,
the solution is at your fingertips.
Introducing,
PredictSee:
the ultimate application to estimate your non-productive assets’ selling price. PredictSee allows users to describe briefly about their cars and houses while still getting accurate pricing. PredictSee gives you an accurate insight of what’s next for your assets.
What it does
PredictSee is a user-friendly and powerful price predicting app for non-productive assets such as houses and cars. It offers an easy sign in using google account and users will have to choose between cars or houses to fill out a specification or facilities questions. Allowing users to give a brief description of their assets using the most influential aspects of houses and cars’ selling price. The app will process the data provided by the users and predict their worthy selling price. Not planning to sell your assets today? not a problem. PredictSee will give the objective selling price recommendation based on the quality of your assets. we’ve got it all!
How we built it
Java
Android
Firebase Auth
Pandas
Scikit learn
google colab
google spreadsheet
Google script
Multi linear Regression
Figma
Stats Model API
seaborn
Challenges we ran into
Time management is the biggest challenge of all because creating 2 machine learning models are very complex and took a lot of time.
We created linear regression model using scikit learn and statsmode.api. this modelling process took a lot of pre-processing such as data cleansing, feature engineering, and train/test model.
Scikit learn model needs to be deployed to android. The trick is to use spreadsheet as the medium. android apps application -> google spreadsheet -> scikit learn (google collab) XD
Accomplishments that we're proud of
We managed to finish the app and it works really well! Succeeding in deploying price prediction with great accuracy is probably the best feeling ever! Opening up our user-friendly app and using it is such a rewarding experience.
What we learned
Its a first hackathon for our 2 members, the whole process are news to them
We managed to have a really good teamwork without having to meet each other.
we learned a lot about the mechanism of an online hackathon, such a great experience!
Using Spreadsheet to bridge android and google collab to deploy machine learning model.
Learned about multiple linear regression pre-processing for multi output data such as creating complex visualization data from various feature towards price parameters, feature selection using Recursive Feature Elimination (RFE) to get the best feature and model parameter tuning to get the best result.
It’s very important to make a model based on a user-friendly feature data but maintain to have a good performance so the data that’s provided by users will be impactful and convenient to fill.
What's next for PredictSee
Adding more assets to predict, maybe gadgets?
making a machine learning model deployment to android apps using a much more proper tools
Providing a comparison of the estimated selling price with buying and market price.
Connecting users with an online market place, so they can directly sell and advertise their assets.
Built With
android
figma
firebase
google-cloud
google-spreadsheets
java
pandas
scikit-learn
seaborn
stats-model-api
Try it out
github.com
github.com | PredictSee | PredictSee is an AI-based android application that can help you get an objective selling price based on the quality of your current non-productive assets such as cars and houses. | ['Ridho Gani', 'Bangga Rakana', 'Ziyan Muhammad Aqsha', 'Rifa Fadilla'] | [] | ['android', 'figma', 'firebase', 'google-cloud', 'google-spreadsheets', 'java', 'pandas', 'scikit-learn', 'seaborn', 'stats-model-api'] | 68 |
10,201 | https://devpost.com/software/sprout-s7gwam | Inspiration
One of our teammate's father ran a farm in Trinidad. He stated that he often found problems trying to keep track of inventory, payroll, and tasks in a third-world country farm. Software from America was expensive, so he had to journal everything by hand. This inspired us to create a desktop application denoted "Sprout".
What it does
Sprout covers all aspects of a farmer's daily tasks year-round, from to-do lists to keep track of tasks, a weather section to know the exact temperature and precipitation forecast at the farmer's specific location, an inventory tab to keep track of a farmer's harvest, to a payroll section to keep employee management in check. The to-do list is split into two categories: urgent tasks and regular tasks. Urgent tasks show up in a strong visible section of the home screen to highlight that they must be accomplished within short notice. The inventory tab allows farmers to not only keep track of the physical harvest but their respective prices and overall asset worth as well. The payroll section allows for full employee management without the hassle of trying to perform hand calculations for hours and balance owed. Overall, Sprout allows for farmers in countries like Indonesia to experience the blessings of technology while performing their job that continues to feed the world.
How I built it
Our team used the C++ framework QT to create this desktop application. QT allows for easy full-stack development, with a variety of useful widgets to choose from without having to hardcode the visual aspects of the application.
Challenges I ran into
The most difficult challenge that our team faced was learning how to use QT to its fullest extent. Our team consumed the first 12-18 hours of the Garuda Hackathon thoroughly learning QT. However, once we were well-versed in this framework, building the application, front and back end, became quite feasible.
Accomplishments that I'm proud of
We are proud of how we were able to create production-line code which yields a visually-pleasing desktop application within 36 hours. We covered the fundamentals of Object-Orientated Programming within our back-end code while maintaining a pleasing aesthetic and functional UI for our front-end code. The creators of Sprout came out of this weekend more knowledgeable and experienced in full-stack development and software design.
What I learned
We learned how to use QT and C++ in a project-based environment and therefore continued to develop our skills as programmers. We also learned useful information about Indonesia and its economy while researching for a potential project to choose.
What's next for Sprout
With more time, we will develop Sprout to keep track of the financials of a farm: balance sheets, income statements, and cash flow statements. This will allow farms to fulfil all their duties on one platform.
Built With
c++
openweathermap
qt
Try it out
github.com | Sprout | Sprout is desktop application that covers complete end to end system management for farmers in Indonesia. This involves tasks, inventory, payroll, and other features unique to farms. | ['Soliman Ali', 'Issra Ali', 'Ryan Ghosh', 'Ahmed-Hamoda Hamoda'] | [] | ['c++', 'openweathermap', 'qt'] | 69 |
10,201 | https://devpost.com/software/hands-up-ctrlab | Add Question
All Unsolved Questions
Leaderboard
Profile
Landing page
Inspiration
We feel that since the lockdown, the interaction between teachers and students has greatly reduced due to inefficiency of online classes. Even though most of the classes go smoothly, the lack of physical presence and interactions between student and teachers leave many doubts and issues as unsolved.
What it does
HandsUp will provide a platform for students to learn together, where student themselves will ask and answer academic questions along with sharing useful academic resources. Some key features include-
Sign-in system using Gmail
CRUD operations
Leaderboard
Search functionality
Voting system for question and answers
Filtering
Feedback form
Views system
User profile
Marking answers as correct
We aim to build core values of helping others in the student by contributions on the platform
Maximize the benefit of doubt solving for everyone
Encourage and empower students to ask all of their doubts through the platform
How we built it
we used VS code as our code editor and Github for collaborating withing our team.
Backend- mongoDB, node.js, express
Frontend- html, css, bootstrap, EJS
Roles-
Piyush- Backend
Samyak- Frontend
Nishil- Cleaning and fixing bugs on both backend and frontend, deploying the website
Throughout the hackathon, we used websites like Stack Overflow to ask our own doubts about feature implementation and sometimes also watched specific Youtube tutorials. Deployed on Heroku.
Challenges we ran into
Finding an idea that everybody in the team liked was difficult because of time constraints and varying preferences
Deploying the app on Heroku was difficult, because we have not published a full stack app before
OAuth system- the sign-in with google was easy to implement in code, however there is a lot of complexity about the redirects/ landing pages that we have to add on the google console developer
Integrating the Question and Answer together- It was tough to integrate both of the Mongoose schema in the web app, because each question had an array of answers
Small bugs- many times when we implemented one feature on top of another, the initial feature failed to work. Eg. when we built our frontend pages for specific questions, our voting system stopped working, because we made silly errors.
Accomplishments that we're proud of
We are proud that we completed the project to an extent, that we were able to deploy it for the world to see
Our project is something that we would personally like to use
Working extremely hard for the past two days so that our idea comes to fruition
We were able to add complex features- voting system for questions and answers, search bar for questions, filter. In order to implement these features we had to continuously do research online
Any new ideas that we could think of along the way, we implemented in the website
What we learned
Before this project, all of us had some experience in web dev, but we did not know how to implement such a wealth of features in our web app. Through this project, we learned a lot about the frameworks we are using and how they are all integrated together
Working in a team, where all individuals are very different personalities can lead to unimaginable and innovative products
For something to be of quality, dedication is a must
We do not need to know everything in the web development to make a web app, learning along the way with websites like Stack Overflow is much better than just watching tutorials (learning by doing)
What's next for Hands Up
We don't want to just build something for a hackathon, we will approach various schools for implementation of Hands Up. If we want to implement this in the real world, we will have to polish the web app a lot and focus on fixing major many bugs as well. Since we focused more on the actual functionality, we must now also focus on the UI. Some more advanced features like finding the difficulty of the question (number of people who have upvoted, high percentage meaning more difficult) and implementing active recall (if asker marks as question to be solved, they will be asked to solve the question again after few weeks to confirm that they have understood, have option to mark at the end) for solved questions. Thinking of also making the web app personalized for each school, so a tight knit community of students are present. Also adding moderation by teachers to solve doubts and monitor wrong behavior of students
Built With
bootstrap
css3
ejs
express.js
html5
mongodb
node.js
Try it out
fshandsup.herokuapp.com
github.com | Hands Up | A platform for students to interact for their academic doubts | ['Piyush Maheshwari', 'Nishil K', 'samjain215 Jain'] | ['Best Innovation'] | ['bootstrap', 'css3', 'ejs', 'express.js', 'html5', 'mongodb', 'node.js'] | 70 |
10,201 | https://devpost.com/software/commonhealth | Login Page
Inspiration
Our project centers around the lack of convenience for hospital staff to convert paper forms and data into an electronic copy. Electronic information can be easily transferred between departments, hospitals, and/or doctors. Our premise centers around one word: access. We want to allow patients to access their own medical information, billing charges, doctor’s notes, prescriptions, and their medical history. We want to free up a bogged down hospital employee by introducing a system that will make it intuitive for them to input, edit, and view patient data.
Built With
amazon-dynamodb
amazon-web-services
html
lambda
python
Try it out
github.com | CommonHealth | We want to eliminate the wall between a patient and their own medical data, and we want to give hospital staff the tools to easily make the transition. | ['Vedavit Shetty', 'Keshav Kunver', 'keerthana yogananthan', 'David Minasyan'] | [] | ['amazon-dynamodb', 'amazon-web-services', 'html', 'lambda', 'python'] | 71 |
10,201 | https://devpost.com/software/aksara | Inspiration
my culture
What it does
an educational game to learn javanese fonts
How I built it
using phaser js
Challenges I ran into
endless question
Accomplishments that I'm proud of
still 50%
What I learned
time management
What's next for aksara
exercise for every fonts
Built With
phaser.js
phaserjs
Try it out
hackathon.unindora.com
github.com | aksara | Aksara is an educational game to learn the javanese fonts | ['Taufik Hidayat'] | [] | ['phaser.js', 'phaserjs'] | 72 |
10,201 | https://devpost.com/software/kotakjualan-sfvbx0 | Inspiration
When I saw the news that explained almost all small businesses had lost their income due to this pandemic, which had a bad huge impact on almost the entire community in Indonesia (because 97% of jobs in Indonesia were absorbed by these small businesses), and in Indonesia, there is an institution that named cooperatives which can trick small businesses by providing capital and also access to sales owned by cooperatives (eg Retail Stores), therefore we want to help cooperatives to provide wider access to facilitate their business grow-up which has a positive impact on cooperative members and also small businesses that partner with this cooperative.
What it does
Kotakjualan provides a B2C and C2C service, which on the side of the Cooperative can sell their products on this Platform by helping their special needs such as presenting specific promos (such as buying 2 products A will get product B). On the side of the cooperative members, they can also sell their products on this platform so that they can create collaboration between cooperative members and cooperatives to achieve common prosperity.
How I built it
Because our main market is factory workers which makes them full of pressure, we want to give them as simple as possible both the UI and the UX so we are inspired by this design from AirBnB and regarding the device, usually, factory workers have limited specifications where we have to give our product as lightweight and easy to access that is why we buy a domain for that access and use Progressive Web Apps technology.On the backend side, we want to deliver our products as quickly as possible, therefore we use several technologies, such as Golang, Deno, NodeJS. And supported by database storage with MongoDB.Also on the Developer Operations side, we want to provide easy access and scalability to users wherever and whenever, therefore we use API Gateway technology, Load Balancer. And for the convenience of developing this application, we apply CI / CD to deliver our products as quickly as and safely as possible.
Challenges I ran into
Backend side because we consist of a team that has a different basic programming language so that it is difficult for us to authenticate (eg JWT), and we use a new framework for us so we have to increase the learning curve so that we can immediately implement it optimally, besides that because of our focus on the performance of our website so that we have to solve many libraries manually, and we had problems with Docker Swarm because the VPS we use uses OpenVZ virtualization which does not support access to the Linux kernel.
Accomplishments that I'm proud of
We are new here in using the React framework, namely NextJS and the good thing is that we can implement cool features such as SWR, PWA, Webpack Cache. And we apply the programmer habit which is agile so we use Jira for our task management. We can implement a fairly difficult algorithm in Golang, which Golang is a strict language and we can make the algorithm. For the DevOps side, we can implement cool features such as Big Tech Company (XD), namely API Gateway (with Kong), Load Balancing (with Kong), Continuous Integration (with Docker Hub), Continuous Deployment (with Watchtower).
What I learned
Made a product is not hard but the problem is how we can solve their problems with our product and many many things that’s we can’t say it all of it, we start from beginner skills and now we though we can accomplish minimum global standard to developing of digital product, and we already said it on part above.
What's next for Kotakjualan
An interesting question, of course, we have a lot of desire for this sales box, but what is our focus right now is how, how to solve problems that happen to small business people in Indonesia, Lots of platforms that provide similar features, but don't see more in the problems that occur, for example, such as supplier problems to the expiration date of an item. Because of that, the sales box will focus on overcoming this, we know it is something that looks trivial but believes that some of the problems we need to explore so that we can achieve our main goal, namely deceiving the Cooperative, its Members and also small businesses partnering with cooperatives to achieve the principle of togetherness and a fair system for all entities on our platform.
Built With
deno
docker
golang
kong
mongodb
nginx
node.js
Try it out
103.27.206.22
www.github.com | Kotakjualan | B2B and C2C Marketplace for empowering The Cooperative and The Member of Cooperative to sell their product together | ['Amardito Khairi', 'Muhammad Indrawan', 'Reza Andriansyah', 'Zamzam Saputra'] | [] | ['deno', 'docker', 'golang', 'kong', 'mongodb', 'nginx', 'node.js'] | 73 |
10,201 | https://devpost.com/software/aegle-7ibmh3 | AEGLE
AEGLE: from the Greek mythology, the Goddess of health. It has meaning of "Brightness," or "Splendor," either from the beauty of the human body when in good health
Inspiration
Problem
By 2050, Indonesia is expected to have 72 million individuals aged 60 years and above. Indonesia is experiencing a ‘health transition' in which the most prevalent diseases among the elderly are chronic, non-infectious illnesses and injuries rather than acute infectious diseases. Currently, more than 35% of the Indonesian population suffers from 2 or more chronic illnesses; and 40% of deaths are due to chronic diseases such as diabetes & cardiovascular diseases.
The recent COVID-19 outbreak affects seniors and those with pre-existing chronic conditions the most, and these populations have a higher risk of developing complications & death. Vulnerable populations suffering from chronic illnesses required regular health check-in, however medical providers may not be able to reach them due to the current pandemic.
Idea
Inspired by the Portable Health Clinic (PHC) system, which take healthcare facilities along with remote doctors' consultancy to the doorsteps of the unreached people using an advanced telemedicine system, our idea is to connect patients who are suffering from chronic illnesses to medical providers by offering a two-way smart health monitoring platform. The platform collects accurate health data collection via wearable devices, facial and speech recognition; analyses data using trained machine learning algorithms; and presents the data in the form of data visualisation dashboard to medical providers. Thus, health monitoring for patients will be easy, simple, effective and more importantly trouble-free. Also, this will potentially reduce the pressure on hospitals and costs endured by patients, especially during pandemics.
What it does
Patients interface:
Health check
- collect health data from facial features & wearable devices, using machine learning to analyze diseases and send result to doctor.
Health report
- presen the analysed data in a simple way. It also helps users to track their historical health data
Call hotline
- if patient felt unwell/ concerned about their health report, they can dial the hotline through the app to chat with a nurse
Wearables
- search for & connect to wearable devices
Doctors interface:
Doctors have a list of patients and can check their condition everyday based on the data gathered by the App
Alert theshold system
- doctors can set alert theshold according to patient's medical conditions & set reminders for prescriptions and/ or health check. When abnormal values are detected, the app the alert the doctor by highlighting the patient that required follow up
Data visualisation
- show the data collected from facial recognition & wearable devices, medical conditions, prescriptions & personal information such as age/ gender/ allergies
How we built it
We made the low fidelity wireframes using Balsamiq, and created the high fidelity wireframes using Figma. We have developed the front-end for doctors interface using bubble and front-end for patients interface using Android Studio. The backend API was created using Node.js, Express, and PostgreSQL. And the Machine Learning model was train on google colab and has its own Flask API.
The Machine Learning model is used to detect eye diseases.
Challenges we ran into
It is our first time using bubble for front-end development, and we spend a lot of time of educating ourselves on the system and debugging.
Integrating our machine learning model, Backend, Frontend within a limited time.
We had quite a few issues integrating Cotter for Android, and making sure that the machine learning model was working properly
.
Accomplishments that we're proud of
We have completed the whole UI design, front-end and back-end development of the patient interface.
We have trained the eyes disease classification model.
What we learned
Team management, Project management
We learnt how to use Balsamiq to do quick low fidelity prototyping and use bubble for front-end development.
What's next for AEGLE
New Features
Speech analytics
Detect mental health illnesses via speech analytics
Video call
Users can call doctors for consultation
Prescriptions
Users can order prescriptions via the app
Doctor lists
Users can look for doctors using the app and book appointments
Wearable device
We would like to develop our own wearable device to detect several health parameters.
Join us
Shoot us a message if you are interested!
Built With
amazon-web-services
android-studio
balsamiq
bubble
figma
google-colab
heroku
javascript
kotlin
wolfram-technologies
Try it out
www.figma.com
drive.google.com
github.com
github.com
github.com
1-aegle.bubbleapps.io | AEGLE | Smart health monitoring platform | ['Karim Khattaby', 'Clinton Elian Gandana', 'Ava Chan', 'Vijay Daita'] | [] | ['amazon-web-services', 'android-studio', 'balsamiq', 'bubble', 'figma', 'google-colab', 'heroku', 'javascript', 'kotlin', 'wolfram-technologies'] | 74 |
10,201 | https://devpost.com/software/argo-gzdh09 | Inspiration
Many students have difficulty learning, especially when they need practice and observation, although using observation through video they still have difficulty understanding because they cannot practice directly so we try to create new experiences to use Augmented Reality in virtual practicum and observation
What it does
This app provides student with the ability to augment their understanding of a study material with one more additional dimension added.
How I built it
We use the state of the art technology of 3D visualization coupled with computer vision to detect the marker and position the augmented object on top of it, providing a clear, concise, and interesting view of the object.
Challenges I ran into
the challenge that we face is that Augmented Reality technology is still new for us to learn so it takes time to work, and also understand the lessons we lift in order to be able to create an accurate model of the reality
Accomplishments that I'm proud of
We are very proud when we have finished completing our application even though there are still many shortcomings, and have contributed to improving the quality of education during a pandemic
What I learned
We learned many things, such as understanding the subject matter that we are taking now, until we ask chemists to get clearer information. And also the implementation of Augmented Reality in the learning material
What's next for ARGO
We would love to elaborate into creating and augmenting variety of other study related materials, as for our main goal is to help students by introducing a layer of interactivity to their study.
Built With
unity
Try it out
github.com | ARGO | We help students to learn more efficient. | ['Lazuardi Lazuardi', 'Dion Ricky', 'Brilian Ade Putra'] | [] | ['unity'] | 75 |
10,201 | https://devpost.com/software/unafeed | unagi
Unafeed: IoT Unagi Feeder
Elevator pitch
Small scale urban aquaculture became more prominent after Covid-19. A lot of work from home office workers creates their own pond. Yet, they only fill their small pond with low value fish commodities such as catfish. We don’t think that is worth the resource. So we fill the pond with Unagi eels (
Anguilla bicolor
). Unagi is usually served as the most expensive menu on Japanese restaurants.
Our idea seems smart, but soon we realized that feeding Unagi is too much hassle. We must mix the feed powder with water in a precise quantity to create paste feed. There is no such kind of auto feeder available in the market. Furthermore, we are going to work from the office soon. We can’t feed the Unagi manually anymore. Thus, we create
Unafeed
, specially tailored Unagi IoT feeder.
Inspiration
Unagi feed paste is similar with noodle dough. So we salvage some of old parts in our workshop to make a noodle maker-like as an auto feeder MVP.
What it does
It is mixing water and feed powder precisely to become well textured unagi feed paste. Its settings can be remotely controlled via apps or web. We can set how much feed and when to feed from anywhere. Thus, we can leave the pond safely to the office without risk of hungering the unagi.
How we built it
We use the car window’s motor to turn the blades that mix feed powder and water. The feed powder quantity is managed by a servo, the water quantity is managed by a selenoid valve. The mixture ejected by using an extruder. We use ESP32 as the microcontroller. Then we connect it to our web/apps. For backend we use Node.js with MySQL database, React.js & React Native for client web & mobile apps.
Backend
: Node.js, Express.js
Database
: MySQL
Frontend
: React
Mobile App
: React Native
Hardware
: ESP32, Arduino
Code Editor
: Visual Studio Code, Arduino IDE
Tech Stack Schema
Hardware
Challenges
Unagi feed is very sticky. They stick in the blades and in the corner of the blades' chamber. Once the powder has been mixed with water, it is going to spoil within a day. We must improve the mixing mechanism to prevent it. The servo can’t manage the amount of unagi powder very precisely. While the auto feeder is simple in software and electrical controller, it is still challenging in mechanical part..
Accomplishment
We manage to achieve the basic function of an unagi auto feeder. The controller works well and it can create good unagi feed paste i. We can solve unagi feeding matters remotely with Unafeed.
What we learned
We learn the mechanical complexity of paste textured Unagi auto feeder. We already have a design to solve those problems. Also how to make HTTP request from the hardware, it's kind a little bit tricky.
What next
Next time we will improve our auto feeder by putting the extruder below the blades. So, no feed mixture will stick in the mixing chamber. We also change the servo that manages the feed powder quantity with a small extruder to increase the precision. Also on the software side, we will use MQTT protocol & apply real time features.
Next mechanical design
Unafeed for Garuda Hacks
© 2020
Built With
arduino
chart.js
express.js
genymotion
mysql
node.js
react
react-native
Try it out
github.com | Unafeed | Unafeed: IoT Unagi Feeder | ['Lintang Wisesa', 'Herawan Caraka', 'Taufik Jati', 'izzyfizzy NK'] | [] | ['arduino', 'chart.js', 'express.js', 'genymotion', 'mysql', 'node.js', 'react', 'react-native'] | 76 |
10,201 | https://devpost.com/software/kreatopia | Kreatopia
Inspiration
Indonesia is seeing a rise of artists, illustrators, and writers. These creators would rely on massive public events, such as comic book conventions, to share and sell their works to people who share the same pop-culture hobby.
However, Indonesia has yet to have a platform that allows creators and fans to meet in one place, so they don't have to wait months for an event just to show the comics they drew, to sell art merchandise they made, and sustain their passion project.
This problem is further complicated by the COVID-19 pandemic, where public conventions would be severely limited!
What it does
Kreatopia is a platform for Indonesian art creators to showcase and earn money for their work.
Fans can support their favorite local creators by buying their merchandise, as well as enjoying their webcomic simply through few clicks.
How we built it
We created the platform using React for front-end, and Express+Sequelize+PostgreSQL for back-end.
Routine online communication to ensure we always know what each of us are working on.
Streaming session where we share and teach our programming tricks.
Challenges we ran into
React.js wasn't exactly Akanksha's forte, and Agung was already busy with back-end issues. So there's a lot of room where the front-end could have been better. A lot of things ended up being hard-coded. Didn't have time to deploy the site either.
Accomplishments that we're proud of
First time properly using Material UI in React app!
A relatively robust back-end system.
Agung's first hackathon!
What we learned
We learned how to prioritize our code. Sometimes we don't need that one "cool" feature because there is something more important to address.
What's next for Kreatopia
Reworking on the UI/UX as to make this website more "artsy" looking, as well as researching for small yet significant features that are generally favored by artists.
(This project was created for 2-days Garuda Hackathon)
Built With
postgresql
react
Try it out
github.com | Kreatopia | Kreatopia is a platform for Indonesian art creators to showcase and earn money for their work. | ['Akanksha Singh', 'Gigih Agung'] | [] | ['postgresql', 'react'] | 77 |
10,201 | https://devpost.com/software/simplerclass-s34pjh | Landing Page
Video Player
Inspiration
Based on information from the Ministry of Women's Empowerment and Child Protection, the Republic of Indonesia stated that the survey results showed that 58% of children felt the learning process from home was not fun and 38% of children also stated that schools did not have a good program in implementing learning at home.
From the CNN website page, reported that internet data usage reached 540MB for 1 hour using the Zoom application (an online application for distance learning activities). Community members have complained about the high price of internet data packages for distance learning (PJJ) for students during the corona virus pandemic. Responding to this, the Director of Application and Information Services (Aptika) of the Government of the Ministry of Communication and Information of the Republic of Indonesia (Kominfo) Bambang Dwi Anggono admitted that he has communicated with cellular service provider operators to provide relief.
What it does
Based on the problems mentioned above, the government's efforts still get complaints from many Indonesians. Simplerclass is a free educational service platform with easy-to-use facilities for teachers, students and parents.
Providing educational services that save internet data usage
Provide learning material that is fun and easy to use
Provide free services to facilitate teachers and parents in monitoring progress towards curriculum achievement
Result
Parents are not burdened with expensive internet costs
Students and parents can easily participate in Distance Learning activities
Parents do not need to subscribe to paid online learning platforms that are not affordable for all (RuangGuru, Zenius, Pahamify)
How I built it
Icon : Freepik
Aset Picture : Unsplash
Font : Helvetica Neue
Prototype : Adobe XD
API : Bigbox API (SMS OTP untuk registrasi kelas, SMS Notification untuk reminder orang tua, Calling Text To Speech)
Machine learning face recognition : untuk mencatat log kegiatan, siswa
Challenges I ran into
We can say the hardest part is installing the face recognition software
Accomplishments that I'm proud of
Probably the face recognition.
What We learned
A lot for example: AI, Face Recognition, HTML, CSS
What's next for simplerclass
We hope it'll still be used in the future and outside of the pandemic. May this app help Indonesia in digital learning
Built With
adobe-xd
css
html
html5
java
javascript
node.js
python
Try it out
www.simplerclass.xyz | simplerclass | Learn More, Effeciently. | ['Ajriel Rizqy Maulana', 'Akmal Pratama', 'Aidan Ali'] | [] | ['adobe-xd', 'css', 'html', 'html5', 'java', 'javascript', 'node.js', 'python'] | 78 |
10,201 | https://devpost.com/software/didr | Dashboard
Solidity code (backend)
Contract functions
Token economics
Contract tracking
Intermediate interface for read and write functions
Inspiration
The world today is equally plagued by problems that place among the greatest threats to humanity. One of the major concerns amongst them is corruption which leads to high levels of unemployment, poverty, low levels of education, high levels of technological advancement, gender discrimination, racial and religious inequality, and high levels of deception.
Deception in education threatens the well-being of the community because it creates social ills and promotes inequality. It undermines progress by not undermining the composition of educated, skilled, well-behaved people in future leadership and staff.
Corruption in primary and secondary education affects policy and planning, school management and procurement, and teacher conduct. Examples include cheating and other course violations; bribery, pick-up, and selection of school admissions, teacher appointments, and institutional licenses contribute to poor educational outcomes.
Transfers to school budgets rob resources, while discrimination and discrimination can place unqualified teachers in the classroom. Bidding has resulted in textbooks and low-quality delivery. Where families have to pay bribes for services, this puts poor students in the wrong place and reduces equitable access to education.
In general, when the government deploys the funds in the education system they are not effectively used, and due to corruption present in environment funds are tempered.
To provide an effective solution for the above use case, we are trying to provide a corruption-free environment to the government.
What it does
We implemented a
stable coin tDIDR (aka testnet Digital Indonesian Rupiah)
which is ideally pegged in 1:1 ratio to IDR and the Indonesian government will hold rights to mint and burn the supply through on-chain governance depending upon requirements.
Our dashboard (we call it DIDR UI) will have login options for every individual from government, intermediate entities, and individual schools. Normal addresses will be assigned to individuals while smart contracts will be assigned to the entities. These addresses and smart contracts will have on-chain identities for user-friendly and immutable identifications of individuals and entities.
Apart from just tracing all the incoming and outgoing transactions, the DIDR platform offers on-chain council and governance features which will help in managing the funds in a decentralized manner and with the approval of a majority.
Council memberships are assigned (for a period of time) within the individuals related to the entity by the individuals related to the same entities. For example, for a school principal, vice-principal, senior faculties, administration department, parents representatives, etc. can apply for Council candidacy and every individual related to the school (including parents, excluding students less than 18 yo) will vote to the Council election.
Any individual can submit an on-chain proposal for fund usage and select types of governance for the proposal from the following:
Council Voting
(only council approval needed, but usable for task/activities requiring small fundings only)
Democratic Voting
(all non-council individuals [parents] will vote on the proposal)
Hybrid Voting
(all council members, as well as non-council individuals, will vote on the proposal)
On-chain votes are irreversible and 51% of the majority finalizes the proposal.
How we built it
Figma
: Figma is a UI design tool that allowed us to create the front end pages creatively. It consists of frames on which designs are created. It has various plugins that make the task more easily such as feather icons for different icons. It has a number of features one of them is prototyping. This helps to make the designs dynamic.
JavaScript
: JavaScript is used for defining structure and data flow in UI elements.
Python
: Python is used for interlinking frontend and backend using web-scrapping.
Solidity
: Solidity(language) is used for writing Ethereum Smart Contracts. Smart Contracts contain a set of functions for on-chain interactions required for the platform.
Ethereum Remix
: Ethereum Remix is all-in-one IDE for compiling smart contracts written in solidity and to deploy the contract on-chain(ropsten testnet) using a web3 interface such as metamask.
Challenges we ran into
Cryptocurrencies can’t be used as monetary assets for utilities in many countries including Indonesia.
Ethereum Remix compilers are not backward compatible which creates less optimized contracts that increase gas (fee) usage.
Interlinking of backend and frontend using web scrapping took to many interactions.
Accomplishments that we're proud of
We learn basic design in a matter of hours. Huge thanks to our mentor
Andrea Wu
. During this 3 days hackathon, we didn't just build software but rather a sustainable community of Garuda hackers.
We got a chance to listen to the keynotes of highly skillful people and also interacted with them that encouraged us throughout the hackathon and we successfully completed our task.
Successfully integrated
governance-related (voting) functions
and
stable coin-related (minting/burning) functions
in a single contract which will improve gas usage optimization drastically.
In general, we were able to create an
immutable sub-system
that can be added as an add-on to the existing system and make helpful changes in the current scenario.
What's next for DIDR
Implementation of
meta transactions
to provide a gas-less (fee-less) experience for users.
Tracking of admission availability and fee payment on-chain.
On-chain tracking of different seat availabilities
in schools/colleges which will bring transparency especially in administrative seats given by donations. This will standardize the donation range and restrict black money.
Porting from
Ethereum
to the next generation smart contract blockchains like
Edgeware
for faster transactions with negligible fees and eco-friendly consensus.
Utilization of DIDR for funds tracking
in any other sector.
Thank you so much for arranging such an exciting opportunity for everyone! Irrespective of the competition results we are indeed moving further with lots of industry insights, experts' guidance and memorable development experience.
Built With
figma
javascript
python
remix-ethereum
solidity
Try it out
github.com
ropsten.etherscan.io
ropsten.etherscan.io | DIDR (Digital Indonesian Rupiah) | The future of youth is in danger, Time to wake up, to stop corruption! | ['Shankar Warang', 'Kunj Bhatt', 'rahul shaw', 'Swarangi Satpute'] | [] | ['figma', 'javascript', 'python', 'remix-ethereum', 'solidity'] | 79 |
10,201 | https://devpost.com/software/my-safe-space | Inspiration
As we navigate through the difficult times of the COVID-19 pandemic, there is a growing awareness of the importance in taking care of our mental health. With the inability to physically interact with friends and families or the stress of those directly impacted by the economic downfall, isolation and lockdown continue to exacerbate the mental health crisis.
One simple yet important thing to do is to stay connected with yourself and open up about your mental state. Journaling online is a healthy way to release emotional baggage and negativity, and can help people take care of their mental health during this isolation period.
In order to do so, we want to create a website that encourages users to start journaling today. My Safe Space provides an online platform for users to write down about their experiences with issues such as anxiety, depression, stress, and so on. We think that journaling online to open up about our emotional baggage is an important step in taking care of our mental health.
What it does
My Safe Space provides an online platform for users to create daily journal entries where they are free to talk about issues like anxiety, depression, stress, and any negative emotions that may have appeared in this difficult time. Users can sign up or log into the platform to write new and access old journal entries, which can help them track their progress in overcoming the mental and emotional pressure from the pandemic.
The website features a my diary page which encourages users to not only think about the problem but to find ways in identifying the solutions. It also features an information page that provides users with ways to practice self-care and improve mental health while being in isolation, as well as the reason why taking care of your mental health is important.
How we built it
The process started with discussions and brainstorming ideas until we settled with creating a website that provides a safe space for people all around the world to talk about their mental health, especially during this Covid-19 pandemic. We then created a simple wireframe sketch with details that we want to develop later in the process.
With 4 team members from different coding backgrounds, we had a team meeting beforehand and divided our roles including backend development (SQL), frontend development (JSP, CSS), script making and video, and submission. We created a full-stack website with Java, JSP, CSS, and SQL with Netbeans 8.2 IDE. The team used GitHub desktop repository to share the code simultaneously between the four team members who were working remotely.
Two people were mainly responsible for the software development, taking turns in building the look of the website. Two other people were mainly responsible for the submission, while in the process learning and reading about the technical matters.
Challenges we ran into
A main challenge was simply navigating our way around the hackathon. This is the first hackathon for all four of us and 75% of the team are beginner coders with limited experience on creating a website. This made it difficult to go through the process of figuring out what kind of product best suits our skills and experience. Time management was also an issue as 2 of the team members are in a different timezone and are quite busy with final exams and work. We also came into this hackathon with a mindset to learn, as we understand that finishing the project would be very difficult given the limited time and skills that our team has. We were also unfamiliar with the push and pull format of GitHub which made it difficult to coordinate during the website development. However, we believe that despite facing many challenges, we found what we were looking for: which is a learning experience for all of us.
Accomplishments that we're proud of
Several notable accomplishments during the hack was being able to learn how to make buttons, forms, and navigation bars in HTML, for the front end person. Additionally, she was very proud with the chat room function that she just learned how to make it in a short period of time. We also managed to create tables and organize the users journal entries. Moreover, being able to use NetBeans and integrate our code and running it. Using GitHub desktop effectively to share code simultaneously for the first time was a small accomplishment as we learned how to work effectively as a group.
What we learned
In general, we learned a lot about how hackathons work and what we can prepare more if we decide to join any future hackathons. In terms of building the website itself, we learned more about programming with Java, JSP, CSS, and SQL with Netbeans 8.2 IDE. Previously, we also had an idea to create a website using APIs and despite not carrying on with that idea we learned a lot about how to use API from our research. For one of our team members, this is also a first time in creating a website so the whole process was a learning experience too.
What's next for My Safe Space
With more time, we want to try and finish building the website so that we could really provide the mental health support needed for people during this COVID-19 pandemic. We also plan to expand the website using chat rooms where users can also connect to a licensed therapist and caring listeners to get more professional, confidential, and helpful support. If possible, we would also like to develop an app so that these chat rooms are more easily accessible for users.
Built With
css
java
jsp
library
netbeans
sql
Try it out
github.com | My Safe Space | Providing mental health support in the midst of the pandemic. My Safe Space is an online journaling platform that encourages users to open up about their mental health through its features. | ['Finola Prejady', 'Laetania Belai', 'Samuel Yakobus', 'Rina Yoo'] | [] | ['css', 'java', 'jsp', 'library', 'netbeans', 'sql'] | 80 |
10,201 | https://devpost.com/software/social-seller | Inspiration
When the COVID-19 pandemic hit the world, many countries went into a state of complete lockdown for months. E-commerce websites sprung into action and made the most out of this pandemic - people could get essentials delivered at their home in just a few clicks.
What was a win for e-commerce, was a big loss for small businesses. Millions of retail sellers were going out of business. This inspired us to come up with "Social Seller".
What it does
Social Seller is a platform that helps small businesses be seen. It's a marketplace but it's also more than 'just a marketplace'. When a user logs in, they can see all the open small businesses around them - grocers, pharmacists, diners, carpenters, painters, washers, and many more. In every business listing, you can find the contact details of the business, locate them on the map, see their customer ratings, take a look at their services, book appointments, request a service, or buy a product.
Let's say you are looking for a very hard-to-find product in the market. Chances are, you'll open some big e-commerce brand's website and start searching for it over there. Social Seller is here to change this. Because each and every product sold by each seller is listed here, you can check whether the product you want is available locally or not. You can pre-buy it and collect it from the store later on or you can have it home delivered.
What Social Seller does is that it shifts focus to small businesses rather than e-commerce sites.
How We built it
With 100% hard work :P
The website is built using HTML, CSS, Javascript, Jquery, and a whole lot of APIs. The app is built using bubble.io.
Challenges we ran into
We came up with this idea within 36 hours of the hackathon - Social Seller was an instant idea. Converting our idea into a working project in such a short amount of time was a challenge for us, being complete beginners at web development.
Accomplishments that we're proud of
Having a working prototype in 36 hours!
What we learned
We learned a lot about web development and building things from the UX point of view. We also learned a great deal about conflict resolution when working as a team!
What's next for Social Seller
Getting as many sellers and buyers on-board as possible!
Built With
bubbleapps
css
esri
facebook
google
google-maps
google-spreadsheets
html
javascript
jquery
Try it out
HiGo24.github.io
github.com
socialseller.bubbleapps.io | Social Seller | Empowering small businesses in the age of e-commerce | ['NARAYAN SHARMA', 'Deepak Singh', 'Rachel Agnihotri'] | [] | ['bubbleapps', 'css', 'esri', 'facebook', 'google', 'google-maps', 'google-spreadsheets', 'html', 'javascript', 'jquery'] | 81 |
10,201 | https://devpost.com/software/remedi-flutter | ReMedi - Garuda
What is ReMedi
We present Remedi, a medical record digitalization platform. Remedi helps you manage your medical records neatly and saves you the pain from managing them.
Remedi can also help in searching and making an appointment with your doctor of choice. Then, you can pair your account with the doctor's to let them access your medical records. You can choose the medical records to share or unpair your account anytime after the consultation. However, the hospital still keeps your medical records you have shared.
Aside from the patients' benefit, using the app will reduce the cost of managing health records for hospitals and remove the hassle of handling physical documents from the doctors.
Lastly, we also present a life-saving feature in Remedi. Let's say that you got into an accident and couldn't get to the hospital alone. Your friend can use the SOS feature to access your medical records straight from your start PIN security screen so that the doctor can access your medical records and gather neccessary information.
More information about our app may be found here:
https://youtu.be/ucnQnqox5qI
Tech Stack
Front End: Flutter, Dart (
https://github.com/noptovius/ReMedi-Flutter
)
Back End: Spring Boot, Java (
https://github.com/noptovius/ReMedi-Backend
)
Development Process
We divided the task into: 1 back end developer, 1 mock up designer, 1 UI designer, and 1 overall developer. The coordination is made with GitLab (
https://gitlab.com/
) and Zeplin (
https://zeplin.io/
).
Future Developments
Hospital integration, its medical record management, and analytics
Unfinished features in this current app version (Doctor App, Notification, Contact List, etc.)
Refactoring and performance improvement
Built With
dart
docker
flutter
java
kubernetes
postgre
spring-boot
Try it out
github.com | ReMedi | We present Remedi, a medical record digitalization platform. Remedi helps you manage your medical records neatly and saves you the pain from managing them. | ['Noptovius Halimawan', 'Wincent Ang', 'Antoni Wijaya', 'Vandevlin Alfonso'] | [] | ['dart', 'docker', 'flutter', 'java', 'kubernetes', 'postgre', 'spring-boot'] | 82 |
10,201 | https://devpost.com/software/remote-health-care | Inspiration
Indonesia has yet to have a platform that records patient's medical records, test results, doctor's notes while this is important in order to let the doctor have more insightful decision based on the patient's previous medical treatment.
Currently, the records are saved in papers which takes time for the health care practitioners to find, papers are easily damaged or lost. People with chronic illness already have a difficulties and more vulnerabilities during this pandemic. Therefore, a remote health care would be a relieving option when direct contact is not necessary.
What it does
Collect patient's information during their visits.
Challenges I ran into
I wanted to use echo AR but had issues in running from unity.
Accomplishments that I'm proud of
Making the app actually done - sort of.
What I learned
API integration in web based app and web based is too limited, I should have used other platform.
What's next for Remote Health Care
Integrate lab result directly into the app, make the doctor's suggestion and treatment available in the app.
Built With
css
html
livechat
livesuporti
weebly
Try it out
www.pasien.xyz | Patient Medical Record | Consolidate patient's medical record for remote health care | ['ulfa octaviani'] | [] | ['css', 'html', 'livechat', 'livesuporti', 'weebly'] | 83 |
10,201 | https://devpost.com/software/merpati | Merpati Dashboard
Merpati Course Page
Inspiration
When the current global health crisis started, schools enacted the distance learning method to keep their students safe. Students continue their study through online learning management systems where they can view study materials and submit their assignments. However, some students may not have good access to the internet. This is a huge problem especially for students in rural Indonesia where the infrastructure for Internet is lacking. These students are at disadvantage compared to their peers due to their limited access to education. We do not know how long this crisis will last, so not having access to education for a long period of time might negatively affect their future. We want to help these students by providing a learning management system that is specifically tailored to help solve these students' problem.
What It Does
Merpati
is an on-demand asynchronous learning management system targeted toward students with limited access to the Internet. It is a progressive web app (PWA), which means that students can access and interact with the app even when they are offline as long as they have opened the app at least once. PWA is a great solution for these students since they do not have to waste their data downloading a native app and they can access the app anywhere, from their phone or laptop. The students can then view their study materials and assignments for the classes they are enrolled in. If they need to access new study materials, then the app lets them download the materials and it will be ready to view any time. The app name is inspired by how the dove bird was once used in the old days to send messages to far and rural places.
How We Built It
React
- We use the React library to create the PWA and it helps us to quickly prototype our project.
Microsoft Azure
- We use the free Azure credits to host both our PWA and our backend server. We also used CosmosDB as our database.
Cotter
- We use Cotter in our login page to make the login process as painless as possible since students are our target demographic.
Challenges We Ran Into
Although we are familiar with the concept, this is our first time creating a PWA. React makes it easy to convert our website into PWA, but we have to code additional methods to let the PWA cache responses from our backend server. It is also one of our members first time creating a website using React.
Accomplishments That We're Proud Of
One of our members did not know how to use the React library, but he managed to create the entire website on his own.
Our PWA works!
We completed a pretty good prototype for our idea.
What We Learned
PWA is amazing and should be implemented for other services, not just learning management systems.
Azure is great for hosting websites and database.
The hackathon provides us with an opportunity to push our limit and brainstorm ideas that might help our countrymen. We would like to join future GarudaHacks!
What's Next For Merpati
We did not have the time to implement this since it is not our priority, but we thought that it would be cool to add Cotter's phone login option to the login page.
We would like to optimize the website for even lower data usage.
We would like to create a better caching strategy so the app does not take a lot of saved memory. We also would like to add a button or an automatic setting to remove old study materials.
We would like to support caching files such as PDF, PPT, and others.
The PWA is only for the student side, our next step would be creating the course instructor side.
Built With
azure
cosmos-db
cotter
css
html5
javascript
progressive-web-app
pwa
react
Try it out
merpati.azurewebsites.net
github.com
github.com | Merpati | An on-demand asynchronous learning management system. | ['Nadya Djojosantoso', 'Andra Ardiansyah'] | [] | ['azure', 'cosmos-db', 'cotter', 'css', 'html5', 'javascript', 'progressive-web-app', 'pwa', 'react'] | 84 |
10,201 | https://devpost.com/software/learn-up | Statistics about local talent gap in Indonesia
How UpSkillIndo works for Firms
How UpSkillIndo works for Students
UpSkillIndo's Special Features
Benefits of UpSkillIndo
Inspiration
Being born and raised in India, we have grown up hearing about how crucial local talent is for the development of indigenous businesses. We also understand that small businesses play a crucial role in the overall development of an economy. Since Indonesia is quite similar to India in certain aspects, we were inclined towards working to help small Indonesian businesses grow. As we go to the University of Hong Kong, we have many Indonesian friends and have often heard from them about how lack of local talent is a major roadblock in the growth path of small businesses. Moreover, as university students, we understand how there's a big gap between formal education and the tangible skills required to work. Thus, we came up with the idea of UpSkillIndo to help students learn new skills while helping them get ready to join the local workforce. Hence, helping local students up-skill to work with small businesses and drive their growth.
What it does
UpSkillIndo allows firms to set up tasks, similar to which they want to hire talent for in a full-time role/internship. It requires firms to select the skills needed to do the task set by them. Based on the skills selected, UpSkillIndo provides the firms a selection of learning materials to choose from. Firms can choose the materials relevant to their task.
On the other side, students are required to select their already existing skills and the skills they wish to acquire. After this, based on the data given by them, they are given a selection of tasks (set up by firms) to work on. They can use the learning materials suggested by the firm to get some guidance. Once they finish and upload the task, a notification is sent to the respective firm. If the firm finds the work of the student to be satisfactory then they can hire the student for a project/internship/job. If not, then they are required to provide feedback to the student so that he/she can improve.
Thus, UpSkillIndo helps firms train and hire talent with tangible skills and help students up-skill at the same time.
How I built it
The mobile app was built using Flutter. The backend for the app was based on Flask. The scripts for scraping search engine results as well as the
matching algorithm were written in Python. The database is hosted on Firestore and YouTube API is used to get video suggestions.
Challenges I ran into
It was challenging to work with Flask and Flutter together since majority of our team had never worked with both these frameworks before.
We spent a significant time thinking about the problems faced by small businesses which is why we only had 16 hours to finish working on the prototype.
While this was a challenge we had a lot of fun doing so!
Accomplishments that I'm proud of
As a team we are proud to have identified a problem in the Indonesian startup ecosystem and create a prototype to demonstrate our solution.
On the technical end we are espeically proud of the video and web docs curator which works for any skills provided to it.
What I learned
We learnt a lot about Indonesia!
We learnt how to use Flask
We learnt that making data models from the beginning of the project is very important, else it debugging becomes really messy
We learnt to write scrappers
What's next for UpskillIndo
There are a lot of features that we will like to add to UpskillIndo.
For our content curation, we plan to use NLP to help us curate a more diverse collection of resources.
A major milestone would be to start curating our own content which would primarily be taught in Bahasa to cater a wider population in Indonesia.
Built With
firestore
flask
flutter
youtubeapi
Try it out
docs.google.com
github.com | UpSkillIndo | UpSkillIndo is a mobile application that aims to help small businesses grow by bridging the local talent gap | ['Gauri Mahendru', 'Harsh', 'yoodee', 'Manya Agarwal'] | [] | ['firestore', 'flask', 'flutter', 'youtubeapi'] | 85 |
10,201 | https://devpost.com/software/creative-bloom-32etd8 | Home Page
Inspiration
Indonesia has the 4th largest school systems, however their students fall behind on national tests. We researched ways we can help these students thrive. Many students comment about the lack of creativity in their education system. For this reason, Creative Bloom is predominately centered around fostering creativity and innovation.
What it does
Creative Bloom encourages students to take initiative in their education. We compiled a library of resources in various subjects and built a forum for them to ask questions to other students to encourage communication skills. We also implemented a debate section to help them learn to take in and consider other viewpoints as they figure out how their own viewpoints fit in the world. The Creative Corner highlights art and writing skills and offers recognition for their efforts. We added a points system that keeps track of user interaction with the app. However none of this will matter if students do not understand the importance of their mental health. To help them recognize this importance we offered a private section dedicated to mental health with resources regarding this essential topic.
How we built it
This project was built using bubble.io, an extremely intuitive and easy to use site perfect for this project.
Challenges we ran into
We had some issues understanding just how intuitive the app was. Some occasion things were automatically filled in some texts which in turn lead to a bunch of bugs.
Accomplishments that we're proud of
We figured out dynamic ways to display out posts, for example a tile format similar to pinterest / tumblr or Creative Corner
What we learned
From this project we have learned our privilege to be living in America. All three of us attend a well known university that offers excellent education, we are truly blessed. When we read that one of the issues in Indonesia was a good teacher, all of us reflected that if we hadn't had excellent teachers to guide us, our lives would not be the same. We understand the importance of education and so we wanted to do our part to try and give others the same chances we were fortunate enough to have.
What's next for Creative Bloom
Continuing our education. It never ends after all. We don't mean our academic education however we mean to continue educating ourselves about the world. What we have done in two days for Creative Bloom only scratches the surface of more to come. So we will continue working on this project, listen to any criticisms we may receive and work harder to evening the playing field for other students.
Built With
bubble.io
html5
Try it out
garudarpi.bubbleapps.io | Creative Bloom | Creative Bloom is a website to further creativity in students. Through our use of forums, debate pages, and creative corners, we hope students will get inspired to create new things | ['Sneha Ranjit', 'Jenny Gao', 'Anu C'] | [] | ['bubble.io', 'html5'] | 86 |
10,201 | https://devpost.com/software/crowd-radar | Inspiration
With the global outbreak of the pandemic, the student community is highly vulnerable if the schools around the world reopen this fall. Sources claim that nearly 100,000 students have tested positive for COVID-19 just across the United States. As students, we just can't wait to get back to school and this inspired us to build this app!
What it does
'Crowd Radar' is a mobile app that can find people and crowded places nearby using geo-location and geo-fencing (thanks to Radar.io's API). One can use our app to stay updated about the number of people at a specific location (Example, cafeteria). The users can avoid going to crowded places and the users who are already inside those places can get alerts if they are under risk.
Apart from this, we have also implemented user metrics. The user will be able to know about the number of people he/she has been in proximity with, on that day.
We've considered user privacy to be the most crucial. The users are anonymized and we do not provide info about a specific user. We do not collect any details from the user except the email (we use email's domain to verify if the person belongs to a specific institution/school)
How we built it
We built the android app using Java on Android studio. The user's location was saved on a real-time database in Firebase. We used the Mapbox SDK for displaying a real-time map from the latitude and longitude coordinates from the firebase. We are thankful to radar.io for helping us with geo-fencing. We created the fences for different places in our college and used the API along with cloud functions to find if a person has entered the fenced area. A counter automatically increments itself when a person enters the fenced area and decrements once the person exits. We've limited the number of people inside a particular fenced area and when the limit exceeds, push notifications are sent to the users.
Challenges we ran into
Setting up the Mapbox SDK was challenging because we're working with maps inside an app for the first time.
Connecting the webhooks and deciding the structure of the database also consumed us some time.
We wanted to convey our sincere thanks to the mentors who were available all the time for helping us out...
Accomplishments that we're proud of
We are proud of learning to implement geo-fencing with Radar.io.
All of us were new to each other. We are super proud of building a team-chemistry within a short span of time!
What we learned
Working with maps in an android app
Geo-fencing and other radar.io features
Time management
Working with a real-time database
What's next for Crowd Radar
We were only able to develop a minimal UI for our app with just a handful of features. Post the hackathon, we look forward to staying in touch and try making a better UI with more features in the user metrics and contact tracing.
Try it out
github.com | Crowd Radar | We track crowds, not people. A mobile radar that can find find vulnerable places based on crowds using 'geo-fencing'. | ['Sukhesh Nuthalapati', 'Richa Nayak', 'Asim Baral'] | [] | [] | 87 |
10,201 | https://devpost.com/software/beasiswakoe | Inspiration
It is difficult to find information because there is still little information on scholarships that is widely published, so the scholarship information available feels incomplete.
Sometimes you miss, where prospective scholars do not know clear information about how long the ongoing scholarship is.
The number of choices is limited because there are still scholarships that are not known by students (new scholarships, etc.), where these students should be able to try to apply for these scholarships.
The procedure is unclear, in which many prospective scholars who will register do not know the steps to follow, after registering, and also do not know about the benefits that will be obtained.
What it does
Displays all the information as complete as possible about the ongoing scholarship. Because it is difficult to get information about the ongoing scholarship, the applicant does not want to participate in the ongoing scholarship, but in the platform "Beasiswa Koe" all the complete descriptions, from the requirements that must be completed, to the steps that must be followed after registering.
Students can apply directly via the website. Besides displaying complete information, "Beasiswa Koe" can also register directly to the scholarship options that are of interest, only by registering on the "Beasiswa Koe" platform, the applicant can immediately enroll in the scholarship option that he is interested in.
How we built it
Using BMC (Business Model Canvas) to describe the project business.
Use draw.io to illustrate project documentation.
Using bubble.io to describe web applications.
Coordinate with each other using line group and google meeting to discuss our project.
Challenges we ran into
Equal different opinions between team members, so that discussion is needed to be able to make a clear vision / mission for this "Beasiswa Koe".
Programming Side: Different programming languages (between team members) due to differences in knowledge between members, making it difficult to determine the programming language to be used.
Business Side: From the producer party must be able to convince the scholarship organizers to work together so that the "Beasiswa Koe" platform can run effectively.
Accomplishments that we're proud of
It is an honor for team members to be able to take part in this hackathon for the first time.
Contribute to education in Indonesia by making a platform one-stop scholarship application. It is hoped that every student can develop his or her skills in personal competence so that they can take part in the existing scholarship.
Use bubble.io as a platform that will be used as a tool in making "Beasiswa Koe".
What we learned
Cooperation.
Selfless.
User requirements.
Decision making.
Brainstorm.
How to use bubble.io.
Learn from each other.
What's next for BeasiswaKoe
Focusing more on UI/UX and creating the mobile version.
Expanding the network scope (target customers and partners).
Conducting coaching (for example, career).
Built With
bubble.io
Try it out
findingscholar.bubbleapps.io | Beasiswa Koe | One-stop scholarship application. | ['Mely M', 'Edy Setiawan', 'Jason Anggakusuma', 'Fazar Rahman'] | [] | ['bubble.io'] | 88 |
10,201 | https://devpost.com/software/pe-er | Main menu
Insert subject and topic
Waiting for available tutors
Tutor found
Ask tutor for help!
Main menu
Register as tutor
or Login as tutor
See number of students online
Connect with a student in need of homework help
Assist students!
The current climate of society, particularly schools being held online, impedes students from studying efficiently and getting the most out of their education. Students are more likely to experience difficulty trying to understand course materials and not receive sufficient help with homework, as parents most likely have their hands full considering the situation of the world. Our mission was to provide aid to these students through a light mobile app. The name of our app, PE-ER, is a play on the word “peer” and the Indonesian word “PR”, short for “Pekerjaan Rumah”, which translates to homework.
PE-ER is an iOS application that connects distressed students with willing tutors. Students can select subjects and topics that they need help with and post a request for a tutor, and receive a push notification when a tutor is ready. People willing to take up the role of tutor can register and provide information such as their subject proficiency, and also provide proof of identity for safety reasons.
We prototyped the UI using Figma first and then split tasks between team members, specifically the front and back-end. The back-end was written in swift and heavily utilized development tools provided by Firebase. We implemented the MVC design pattern to develop the UI and data that flow around it.
We had some decisions to make with features, such as what verification is required for students and teachers, and how exactly will students be connected to teachers. Through this process, we realized that we have to account both parties in developing our app, to make sure both would be satisfied with the provided features.
Good things to improve on the app would be to add more screening for tutors, and perhaps allow students to create accounts to save their collaboration sessions.
Built With
cocoapods
figma
firebase
swift
Try it out
github.com | PE-ER | Homework help, now. Geet peered up with a pro and finish your PR ("pekerjaan rumah" = homework) right now! | ['Matthew Ray Lee', 'Glenn Suristio', 'Jovan Chandra'] | [] | ['cocoapods', 'figma', 'firebase', 'swift'] | 89 |
10,201 | https://devpost.com/software/learnit-2iuxj4 | Inspiration
since the corona virus outbreak, our college has been using their website for online college. we found it very boring and makes us less interested. we also think that there might be a better way and more features that could be added to make it easier for both students and lecturers.
what it does
To help students around the world or a certain country, can learn from the school by online with easily whereever they want, for staying safe from the pandemic
How we built it
the website is built with angular 10 as front-end and laravel as the api (back-end)
Challenges we ran into
all of us does not have any idea about hackathons, as this is our first hackathon, this makes us confused as we have no idea what kind of event a hackathon really is. is this a competition where we must create a good program with short period of time? or is this a competition of creativity?
everyone in our team has different image of the website, this makes us need to review our ideas (consuming more time)
we only discuss the big picture, this impacts us when we were developing the website as to create component A, we also need more components and so our website's feature expanded while we were developing it.
balancing between good UI and UX, and better features.
Accomplishments that we're proud of
What we learned
experience in developing a project with a team, as we usually do projects on our own
We realized how underestimated the time we need to create a feature
What's next for our project
our project git hub
angular:
https://github.com/vincentzhangz/learnit
laravel:
https://github.com/vincentzhangz/learnit-api
hosted api:
https://gh2020api.vincentzhangz.com/
hosted web:
https://gh2020.vincentzhangz.com/
creators email
vincentzhangz6769@gmail.com
sandikabala@gmail.com
chandratan030501@gmail.com
karen.iing@binus.ac.id
Built With
angular.js
css
html
javascript
laravel
php
typescript
Try it out
github.com
github.com | learnit | MLH Garuda Hacks 2020 | ['Just Haku', 'Vincent Vincent', 'chandratan03 tan', 'Karen Prisilia'] | [] | ['angular.js', 'css', 'html', 'javascript', 'laravel', 'php', 'typescript'] | 90 |
10,201 | https://devpost.com/software/goretone | Logo-Extended
Logo
GoRetone Chat
Forum
Financial Map
Footer
Website
Website-Home
FAQs
Features/Specialties of GoRetone
GoRetone's Services
Our Vision
What Inspired Us For Creating GoRetone?
We were inspired to build GoRetone after seeing the rate at which small businesses were shutting down during this pandemic. After doing further research about small business problems in Indonesia and the rest of the world, we saw that the lack of knowledge and availability of financial services was a major issue. Therefore, we were inspired to build our project to tackle this problem.
What it does?
GoRetone
is a web app that is mainly focussed on boosting small businesses in an impactful manner. There are several services that are provided, which can help the owners of small businesses grow their business.
The features are -
Forum
-- A forum page where businesses can post to promote their business. These posts will be available to all users, and users have the ability to comment on each other's posts.
GoRetone Chat
-- The GoRetone chat feature is a service that allows businesses and customers to contact each other and have private or group conversations. It is a great way for businesses to get to know their customers, preferences, and feedback, and vice versa!
-You can view the chat feature demo video here:
https://www.youtube.com/watch?v=IK9GfOiYFl8
Upvote/Startup Helper
-- The Upvote feature allows businesses to post their ideas on a discussion page. Other users are then able to upvote the ideas based on their feasibility. Business ideas are sorted by popularity and latest to be posted.
Maps
-- The maps feature allows businesses and customers to locate different businesses and financial services on a Google Map to find the distance it is from their location.
How we built it
GoRetone was built using HTML, CSS, JavaScript, Bootstrap, and Bubble.io. The homepage was coded through the mentioned languages and all the services were built with Bubble.io's visual programming technology.
Challenges We ran into
We ran into multiple challenges along the way.
First of all, we are all in different timezones, so working at the same time was difficult.
Secondly, we faced difficulty working with Bubble.io as none of us had ever used it before. However, by going through many tutorials, we were able to successfully build all of our services on Bubble.io. Moreover, we needed paid plugins for some aspects of our features, and the premium version was required to work together. Though, we found our way through this obstacle successfully by working on different applications from our own accounts and connecting them to the homepage by hosting them live on Bubble.io, and we found alternatives to the paid features.
Accomplishments that we’re proud of
We are really proud to have developed GoRetone. We believe that team management and our experience with front-end web development was really beneficial in completing this project.
By working constantly for the past 36 hours, we were successfully able to learn how to work with Bubble.io, a feature we have never worked with before, and build our website through it, which for us, is a huge accomplishment during Garuda Hacks.
What we learned
We learned a lot during Garuda Hacks. First of all, we learned how to work with Bubble.io. By going through various tutorials and the website itself, we were able to figure out how we could build our website features on it.
Moreover, we were able to build on our problem-solving and trouble-shooting skills, as we faced multiple different challenges throughout the project.
Last but not least, all three of us were able to build on our front-end web development skills and came across multiple different styling and design techniques on Bootstrap.
What’s next for our project
The next steps for our project include building a mobile application version of GoRenote, so the platform would be even more impactful and available to mobile users as well. Also, we would like to continue GoRetone by taking it on a larger scale, with even better services. We would like to work with Bubble.io in the future for developing better features, as we saw that it is a great way for building a website.
Thank You
The past 36 hours was really a great experience for us. We were able to learn a lot and make friends.
Thank You Garuda Hacks For Such a Wonderful Hackathon!
Built With
bootstrap
bubble
bubble.io
css3
html
javascript
Try it out
aryanthakre.github.io
github.com | GoRetone | Boosting Small Businesses In Style!!! | ['Aryan Thakre', 'Aditi Parekh'] | [] | ['bootstrap', 'bubble', 'bubble.io', 'css3', 'html', 'javascript'] | 91 |
10,201 | https://devpost.com/software/market-influence | Inspiration
Inspired by our personal experience of wanting answers to market research questions and a quick way to validate our ideas, we set out to create a solution to achieve this using the power of social media influencers.
What it does
It allows business owners and founders to conduct micro-surveys (single - few questions) to a larger, yet targeted audience within popular social media platforms (starting with instagram) with the help of micro-influencers. In this way they will be able to get response to questions, validate and iterate over ideas at a rapid pace. It beats current solutions (paid survey apps) by an incomparable margin, in terms of cost, reach, targetability and speed.
Current alternative solutions:
One-on-one interviews: Harder to find the right person matching the target persona but if done yields the best results (p.s. we are not competing with this)
Survey links (popup/links): Inefficient method of distribution, very low conversion rates, people generally hate to fill long surveys.
Paid Survey platforms: (platforms that pay users to answer surveys): The user group available on such platforms is limited (not many people are ready to fill out random 10-minute surveys for $0.1), so you might not find people resembling your target customers here.
Micro-surveys on social media (powered by micro-influencers):
Short; less effort for consumer
In-app process: need not go to a separate website
can access a larger audience (more reliable conclusions)
while maintaining targetability
How we built it
We built most parts of the application bubble.io, except for the matching algorithm. Since recursion is out of the scope of bubble’s current capabilities, we had to develop of algorithm using Javascript. We have hosted out Js code through a HTML wrapper on digital ocean and have configured bubble to call and send data to it during specific stages of the workflows. The algorithm uses data-points collected from each influencer and finds the suitable influencer for each market research project required target demographic, all of which without any manual intervention.
The video was made using iMovies and Google Slides, and hosted on YouTube.
Challenges we ran into
The part which took most of our time (and the most fruitful) was to come up with a method to run the matching algorithm in tandem with bubble. Hosting the code on digital ocean,removing node dependent components to run the file on a browser, and establishing a seamless connection with the bubble workflows was the most challenging part.
Accomplishments that we're proud of
Having 2 out of 3 members from non-development backgrounds, we are proud that we were able to learn new technologies, maintain team unison and most of all ship a functional MVP all within 36 hours.
What we learned
We learnt how to use Bubble and JavaScript along with the basics of web app development, hosting, virtual machines and SSH. We were constantly communicating with each other and leveraging our personal strengths to create a project of this size. The whole hacking time frame has been a steep learning curve for us and we now feel that the result cannot be any sweeter.
What's next for Data Influence ?
We will soon allow founders of all levels to not only ask viral questions, but also make viral statements (product launches,etc.) ! We want to integrate the Instagram Graph API and improve our matching algorithm as we collect more data points with time. Some of the other features that can be added included, end-to-end payment gateways, notifications, OCR for converting the results to text (screenshots) and better ways to present the conclusions. Addition of viral distribution loops using custom poll background designer are under development. Our long term vision is to expand into vernacular and indigenous social media platforms, and be a complete DIY - market research tool as a service, especially for the developing SEA economy, where new global standards are being set both in terms of cost and efficacy.
Built With
bubble.io
digitalocean
javascript
Try it out
market-research-tool.bubbleapps.io
github.com
docs.google.com | Data Influence | Have a question or business idea you want to test? Or are you an influencer looking to help a startup? We've got the app for you! We aim to connect business with micro-influencers for market research. | ['Anujj Prem', 'Ria jha', 'Rue Sriharsha'] | [] | ['bubble.io', 'digitalocean', 'javascript'] | 92 |
10,201 | https://devpost.com/software/gospel-btlar2 | Onboarding
Onboarding
Enter college and sign up
Home Page
Discussion thread
drawer
Write post
Inspiration
Social image, in this day and age, has become a barrier to a free and honest exchange of opinions; and not being able to openly convey feelings, thoughts or opinions has become a stress factor in a community. Due to fear of negative social judgment, very few people openly express themselves on existing social networks in spite of being highly active on such networks. Our concern for our social image does not allow us to be ourselves.
There have been many instances where I and my friends have felt that we need to speak up but then felt vulnerable to share our perspective and opinions.
Students these days are very aware and interested in voicing their opinions. We needed a platform where we can share and discuss without having to filter our opinions, an informal platform to air our views.
What it does
We have built a platform where people can truly be themselves, and be able to freely speak their hearts out within their college community.
Our product is a mobile platform that lets users anonymously share their ideas, thoughts, and feelings with their community. It aims to build stronger communities by allowing people to speak openly and freely.
You, as a user, can get a live feed of what people around you are saying and find out what is popular in your community. You can join any conversation, share your feelings, give or ask for advice, debate on issues of your interest, share funny stuff, and much more - all anonymously.
How we built it
We built is using flutter, and used firebase at the backend.
Challenges we ran into
There were many challenges we ran into, listing only a few of them and how we solved them:
~ Not able to fetch the data from the firebase cloud console; Solution: we asked on the Slack channel and took mentor's help to figure this out
~ UI wasn't able to render as expected for the app drawer; Solution: We saw youtube videos and online articles to make our way through
~ Google authentication wasn't working; Solution: We looked on to the official documentation and references and read them
Accomplishments that we're proud of
Building the whole project with an integrated backend within two days, also not to mention we were just two students!
What we learned
Skills aside, the most important was teamwork!
Also, there were times we couldn't fix bugs and got frustrated, but then the will to complete the whole project within a specific time kept us going and genuinely helped us complete the whole app!
What's next for Gospel
We aim to first beta test it within our college and aiming to launch it to the bigger audience after refining it.
Built With
android-studio
firebase
flutter
github
sketch
Try it out
github.com | Gospel | Gospel lets you share your views anonymously with you college mates, it empower students to speak their mind without being vulnerable. | ['HIMANSHU SHARMA', 'Ishan Goswami'] | [] | ['android-studio', 'firebase', 'flutter', 'github', 'sketch'] | 93 |
10,201 | https://devpost.com/software/smarttracker-covid19 | Inspiration :
Now a days whole world facing the novel Corona Virus, to track the spread of novel Corona Virus country-wise, details of confirmed cases, deaths and Recovered, awareness regarding COVID-19. This Android app was created to spread awareness about the covid -19 virus.
What it does :
The Android app named as ‘SmartTracker-Covid-19’ created to spread awareness about the COVID -19 virus. App includes following functionalities:
CoronaEx Section -
This section having following sub components:
• News tab: Having latest new updates. Fake news seems to be spreading just as fast as the virus but as we have integrated from official sources so everyone will be aware from fake news.
• World Statistic tab: Real-time Dashboard that tracks the recent cases of covid-19 across the world.
• India Statistic tab: Coronavirus cases across different states in India with relevant death and recovered cases.
• Prevention tab: Some Prevention to be carried out in order to defeat corona.
CoronaQuiz section - quiz that will help people know about the Corona virus and its effects on human body. It chooses random questions and show the correct answer for the questions and at the end user will get to know their highest score.
Helpline Section - As this application particularly made for Indian citizen to use, all state helpline number of India included.
Chatbot Section - A self-assisted bot made for the people navigate corona virus situation.
Common Questions: Start screening,what is COVID-19? , What are the symptoms?
How we built it :
We built with using Android studio. For the quiz section we have used sqlite database and live news data we have integrated from the News API. For the coronavirus statistic we have collected data from worldometer and coronameter.
Challenges we ran into :
At time of integrating the chatbot in application.
Accomplishments that we're proud of :
Though , It was the first attempt to create chatbot.we have tried to up our level at some extent.
What's next for SmartTracker-COVID19 :
For the better conversation we will be looking to work more on chatbot.
Built With
android-studio
chatbot
java
news
quiz
sqlite
Try it out
github.com | SmartTracker-COVID-19 | Android app to track the spread of Corona Virus (COVID-19). | ['Pramod Paratabadi', 'Supriya Shivanand Madiwal .'] | ['Best Use of Microsoft Azure'] | ['android-studio', 'chatbot', 'java', 'news', 'quiz', 'sqlite'] | 94 |
10,201 | https://devpost.com/software/productsearchservice | signUpPage
profile selecting page
seller profile
buyer profile
Inspiration during a pandemic time people need to stay at home
What it does seller update their product everyday. So,when a consumer searches for a product this website will show the places where that particular produce is available.
So,people know where they are going and be safe and sure about where they are going.
In pandemic people are asked to stay at home.
So,When hey have to go to a shop they may not be sure of the products available there so, when a retailer registers here he will update his product's every time.
So,When a seller search for a product we will show the name of the shop and address where that particular product is available.
So, that the consumer may be sure of what he is doing or whether the product is available.
People need this they will not like going around form shop to shop looking for what they want. Of course people can buy in amazon the product but they may not know
where the seller is but in our case you will know where your going. And it advertises the shop also. So, Small can we helped and business grow.
It mostly helps the seller because the small shops in corner of the street if registered they will be show in the search result if the product is available
How we built it we build it using html , css ,js and python and we created the api
Challenges we ran into we ran into many challenges. Like buttons not working etc...
Accomplishments we're proud of we are proud for working to together as a team.
Helping each other. Even tough we never met before
What we learned is simple team are there to support each other. and the mistakes we did helped us to learn more
What's next for ProductSearchService we are going to develop it and show the location with the map so that the buyer can reach there without wasting time. And many more coming in the future. Like the seller can sell their product directly in this site. So,since we know the location of the seller the buyer can be sure of what he is doing. And people can stay home safe. We are also going to create an app
Built With
api
css3
html5
javascript
python
Try it out
github.com | ProductSearchService | This helps both the seller and consumer. | ['S.R Keshav', 'Kaisan Tsabit', 'Fauzan Reza', 'Alvin Abraham'] | [] | ['api', 'css3', 'html5', 'javascript', 'python'] | 95 |
10,201 | https://devpost.com/software/culturally | Inspiration
Both of us are travel enthusiasts, we like to explore and see the wonders, cultures and beauties around the world. Since the beginning of the pandemic, we felt we have been missing out on many beautiful places we could have been visiting in the meantime. So we thought we’d create a platform that would help us see the many wonders of the world and connect enthusiasts alike , while being stuck at home. We also think that our platform can be used as an education to teach history and culture.
What it does
The platform is divided into two parts.
The first part is a mobile application where one can view a list of artifacts added by the community, Then selects one artifact that can be viewed in AR. In the AR view one can see basic information about the artifact. Using the tool bar at the bottom, 1- one can view a detailed description of the artifact and translate this description into various languages in real time 2- view a video in app explaining more about the artifact 3- visit wikipedia to show more information about the artifact 4- take a screenshot and share it to various platforms.
The second part is a content management system (CMS), that the users can visit to see all the artifacts available on our platform, with an image and some basic information about each artifact. The users can also fill a form to request certain artifacts be added, these requests are then confirmed by our admins and the artifacts are added to the application. Another side of the CMS is that it serves as a backend to the mobile application, providing http routes to fetch data about the artifacts from the database
How we built it
The mobile app is built using Unity. We use Unity’s AR foundation to display the artifacts in AR. Moreover we used AWS to translate languages in real time.
The CMS is built using python’s web development library Django. It is a standard django dashboard, with the backend in python and the frontend using django forms alongside bootstrap. The database is using sqllite3. The website is deployed using Microsoft Azure services on an Ubuntu 18.4 virtual machine.
Challenges we ran into
Our main challenge was uploading 3d objects through our cms which would then be read directly in our. We first tried using echo ar to accomplish this. Unfortunately the iOS build wasn’t able to sync with echoar’s database. We spent a lot of time trying to solve it but to no end. So, we decided to use Unity’s asset bundles. Where one would import a 3d object in Unity, build an asset bundle for it and then upload it using our cms
Accomplishments that we're proud of
Being able to complete this project in the allowed timeframe with a relatively small team was a really proud achievement for us. We are pleased with having a final product that is close to how we imagined in the first place, and that can also be improved in multiple directions. Also the experience of participating in an international hackathon with teams from many parts across the world is very satisfying
What we learned
This was our first attempt deploying using azure services. They provide a very seamless experience and the deployment went very smoothly. Also connecting the website to our app was very interesting and fun.
What's next for Culturally
Support more languages
Allow people to register to our website in order to add and view their artifacts
Market for the app on facebook and youtube
Add more Artifacts
Allow users to add hotspots to Artifacts to make them more interactive
Built With
amazon-web-services
ar
azure
django
python
unity
Try it out
github.com
52.154.74.90 | Culturally | Bringing tourism and education right to your home. This application uses the powers of Augmented Reality to deliver an educational touristic experience for people from the comfort of their homes | ['Mohamed AbouGhazala', 'Sherif Elattar'] | [] | ['amazon-web-services', 'ar', 'azure', 'django', 'python', 'unity'] | 96 |
10,201 | https://devpost.com/software/scoach | Proposed Timeline
Design sketches
Login Page
Student Sign Up Page
Coach Sign Up Page
Figma Project Overview
Inspiration
As sports enthusiasts, we have always wanted to be better at the sport quickly to be able to join the university team. However, during our time at UCSD, we realized that finding a badminton coach for a one-hour private lesson is $60 while a group lesson costs you $40 for two hours if you can find 5 students to undergo the lesson, and that is after we were able to find a suitable coach for us. It took us two months to be able to find and gather people to take the lessons together. That's when we came up with the idea of scoach to help students sign up for sports lessons more easily.
What it does
scoach is an online database of coaches and a matchmaking platform, inspired by how Airbnb manages their listing. scoach is designed to help us find the perfect coach while also providing other members with the same sports interests to take sports lessons together. scoach will reduce the amount of time for you to find the perfect mentor and give you reduced cost if you opted for the group lessons. scoach will also increase our coaches' visibility and revenue through the platform as we will continue adding more coaches in various different sports as our partners.
How we built it
We used Figma as our main prototyping tool. Our design is heavily inspired by how Airbnb manages their listings and how carpooling apps such as Uber, Lyft, and Waze do their matchmaking.
Challenges we ran into
We needed more time to polish our user interface, design and user experience but we managed to do our best given our limited resources and time.
We also ditched our efforts to finish up completing our prototype in React and hosting it through Digital Ocean due to our lack of experience with creating a fully fledged web application.
Accomplishments that we're proud of
We accomplished our draft on our first prototype using Figma.
During our experimentation stage, we managed to setup a Digital Ocean Droplet which was planned to be our hosting site for our application.
We managed to create a lean business plan as we plan on pitching this to VCs, hoping that we can partner up and make this project as a viable start-up, helping small businesses and coaches alike throughout our platform.
What we learned
We tried setting up a web hosting server via Digital Ocean, picked up React as fast as we could and we did a brief research and planning on how we would launch our platform further.
What's next for scoach
The next step for scoach is to do a proof of concept, creating a more in-depth web application prototype with low-cost matchmaking system and getting some coaches and students to sign-up for testing.
After gaining traction with our initial testing, we would start doing partnerships with different gyms and sports courts to help promote their business. This will give us more opportunities for us to get more coaches who do not have a place to teach the students or give existing coaches who are currently working on location to get more advertisement in their field.
Built With
animaker
figma
Try it out
www.figma.com | Scoach | A web application designed to simplify reservations in sports classes, offering group matchmaking to offer our users lower cost of the lessons while also promoting our coaches. | ['Benedictus Putra', 'Sebastian Podiono', 'Manuel Stefan Christopher', 'Steven Natalius'] | [] | ['animaker', 'figma'] | 97 |
10,201 | https://devpost.com/software/virtualab | Logo
Inspiration
The awakening of the recent COVID-19 pandemic has crippled multiple sectors that are essential parts of living. One of such sectors is the Science, Technology, Engineering and Mathematics (STEM) education industry. In light of this event, students, teachers and researchers alike have been denied access to their so-called
‘Garden of Eden’
that is crucial to them, their laboratories. The term ‘Work from home’ has now taken precedence and although this has made living and working somewhat manageable for some, we could not say the same for others, especially those in STEM.
Being tethered to the internet and online resources alone is not meeting all the requirements of the members of STEM, such as the need for a full-blown laboratory.
We noticed that this issue was evident in our alma mater, Monash University and decided to investigate further by conducting questionnaires in the form of a survey. In respect to Garuda Hacks, we narrowed our demographic to Indonesians pursuing tertiary education locally and abroad. Some of the key problems faced by our demographic:
Conducting laboratory experiments may require
costly equipment and apparatuses
(e.g. platinum electrodes in electrolysis).
Certain laboratory experiments
may be dangerous
, especially those involving materials that are corrosive, explosive, radioactive etc.
Radioactive materials are also expensive and may need to be replaced from time to time (depending on the half-life of the materials concerned – some such as iodine-131 has a half-life of a few minutes, meaning that they have to be replaced often).
Storing hazardous materials may be costly.
Not all schools/educational institutions have access to laboratories or laboratory equipment
, especially in rural areas given the high cost of setting up and maintaining a laboratory. These include licensing issues as well.
Certain schools may not store or use laboratory equipment properly and may lead to some form of damage (e.g. contaminated chemicals, zero-errors on measuring equipment etc.).
Laboratory equipment may be outdated. Although in certain places school curricula may also be similarly outdated, this can potentially cause problems if the curricula is updated.
Although not fundamental to the experiments itself, some students may find it uncomfortable to work in the laboratory due to malfunctioning air conditioning or projectors.
What it does
VirtuaLab stays true to its name in that it puts a completely immersive Laboratory Environment in Virtual Reality right to your fingertips. Although it was engineered for the members of STEM education for the sake of Garuda Hacks, it is truly an innovation by us to everyone keen in STEM and wish to conduct experiments & more with our multifaceted laboratory modules.
VirtuaLab consists of multiple subjects with multiple labs in respect to the subjects. It is tailored for STEM students to perform experiment virtually by just using virtual reality powered Amazon Sumerian.
Key Features:
A fully interactable lab environment for you to do your experiments.
A screen to play videos about how to conduct the experiment. Teachers and other members of the teaching staff may upload their own videos as well.
Videos may include other technical details about the experiments when conducted in the real world (e.g. hazards that one must consider). This helps students to transfer their skills from this online laboratory to the real world.
Seamless integration between platforms.
How we built it
Our implementation consists of the web pages for users to understand our solution and the labs.
The web pages consist of landing page, subject page and lab pages.
Our web page can be seen here:
https://feliren88.github.io/VirtuaLab/
In this minimum viable product, we have 2 labs. The chemistry lab is responsible to set up an environment for qualitative testing while the biology lab is used for flower dissection.
In the qualitative testing lab, we currently simulate the test for cations, specifically for the reaction on NaOH+Zn
2+
. To interact with the lab, click the sign on the whiteboard. The interactivity was done by using state machine, the visual programming platform within Amazon Sumerian.
We used Blender to create the 3D assets for test tube and the container for NaOH. These assets are used for Qualitative testing lab.
Challenges we ran into
Being first timers at working with Virtual Reality based solution for the Hackathon, we had to take some time familiarizing ourselves with different software (we found Amazon Sumerian to best suit our need).
It was especially difficult to not prepare anything beforehand except for brainstorming our ideas as per the Hackathon guidelines.
Being perfectionists, we had to re-complete science course lessons and study laboratory environments to fully understand the lab modules we were building to ensure our laboratories had a more accurate representation of the actual physical laboratories.
Social distancing and border lockdowns due to the pandemic has restricted us to keep track of work and communicate freely, so we had to get creative by making schedules and using Agile Scrum methodologies to keep each other in check and conduct meetings online.
Poor internet connection and stability increases the difficulty of communication as well.
With no expertise in 3D modelling, we picked up Blender to quickly learn to build our assets within Amazon Sumerian. Online 3D models required payments, so once again we had to get creative.
The lack of tutorials for Amazon Sumerian from other developers (unlike Unity). The tutorials were mainly published by AWS documentations, so it was a challenge for us to fully utilize the tool itself.
Due to the time constraint, we didn’t manage to have all the modules fully functional within Amazon Sumerian, but we managed to still produce a great minimum viable product (MVP).
Accomplishments that we're proud of
Producing a fully functional Laboratory Environment in Virtual Reality seemed impossible but having accomplished it, we knew we had to give credit where credit is due.
After planning to provide only 1 completed laboratory module for the MVP, we are proud to have successfully implemented 2 laboratory very technical laboratory modules as prototypes.
It was very important to us to be honourable and stay true to the guidelines of the Hackathon by only working during the allocated time, which initially worried us that the lack of time may affect our productivity but being a strong team of close friends, we managed to successfully implement most of our ideas.
The Chemistry laboratory module for qualitative testing is fully functional as per our expectations and the Biology laboratory module served as a bonus and a surprise added module much to our surprise.
Given the constraints we are also proud that on top of the core product, we managed to build a full-blown website with landing pages, laboratory modules and multiple features and functions to assist our users to seamlessly navigate through VirtuaLab.
All that being said, we are extremely satisfied and proud with our final minimum viable product (MVP).
What we learned
Being newbies at Virtual Reality and still being able to produce an amazing MVP taught us that no matter how intimidating a new venture might seem, we should be sure to give it our best.
It was an exhilarating experience to have been given the opportunity to work with our closest friends in producing a product that could change the lives of our users.
Being Computer Science students and graduates, we learnt the importance of additional aspects such as design implementation and usability needed to be paid attention to for a successful product implementation. We also turned to the problems faced by society to produce a solution that caters them the best.
We adapt ourselves to effectively collaborate remotely in the given time by conducting online meetings, research and constantly keeping each other informed.
We learnt how to utilise Bootstrap templates and HTML and CSS for fine tuning, which helped us with quick prototyping for our MVP.
We picked up Blender in a short period of time to help us with 3D modelling given that most 3D modelling tools require payment.
A successful Venture Capitalist once personally told us that having a great team is as important if not more important than having a great idea and in this Hackathon we learned that to be true because without any one of us, we would not have been able to accomplish what we have today.
What's next for VirtuaLab
Our vision for VirtuaLab is to provide a sustainable solution that alters the lives of users who experience it. Although VirtuaLab was conceived due to the needs posed by the current pandemic, it solves problems that date back decades and still continue being a pain point for laboratory users. We also implemented additional features that provide users Which is why the brilliant solution we have proposed is not just a fluke, but an idea that comes by once in a lifetime (and yes, we’re looking for investors).
We can scale it into more lab modules from a variety of subjects. Developers would be able to create their own lab modules. All modules created will also be checked for scientific correctness to prevent people from uploading experiments that show scientifically incorrect results.
We may
support multiple languages
for the end product (Bahasa Indonesia, English, etc) due to the importance of
localization
.
We can have a virtual avatar as a guide in Bahasa or English how to demonstrate step-by-step the lab module for education purposes. This is for attractiveness and usability. Multiple users will be able to use the same virtual environment. Each user will have their own interact-able virtual avatar as well. This enables lab activities that require group work. To do this, we can increase the size of labs to accommodate a minimum of 20 to 30 students in the same environment (so that it looks similar to a high school/university laboratory environment). Option for third-person view when personal virtual avatars are available. Some people may find it more comfortable to use a third-person view of their avatar when communicating with their peers.
We can integrate the system into some universities for research purposes (Ex: Electrical Engineering research that may require an oscillator, etc).
We can extend this to multiple platforms other than PCs, especially mobile and VR devices.
The scalability of the system would be quite large, where there are thousands of modules per subject. A search feature would be useful in this case. Each module will have a unique module ID. Module developers may choose to include tags for modules so that one can search for tags instead (e.g. for experiments of rates of enzyme reaction, one can search for “[chicken liver] [catalase] [hydrogen peroxide]”.)
Built With
amazon-sumerian
amazon-web-services
blender
bootstrap
css
html
javascript
Try it out
github.com
feliren88.github.io
us-east-1.sumerian.aws
32671430ff71454dbf39a299a34213bb.us-east-1.sumerian.aws | VirtuaLab | Cutting-edge multifaceted immersive virtual science lab right at your fingertips. | ['Vicky Feliren', 'William Susanto', 'Sharsindra Pratheen', 'winson121 Wijaya'] | [] | ['amazon-sumerian', 'amazon-web-services', 'blender', 'bootstrap', 'css', 'html', 'javascript'] | 98 |
10,201 | https://devpost.com/software/system-covid-19-detector-based-internet-of-things-xco-19 | Inspiration
The world is being hit by covid-19, therefore we are inspired to create a covid-19 detector solution with the collaboration of internet of things technology to check the health condition of a person whether infected with covid-19 or not infected with covid-19.
What it does
XCO-19 will perform a health monitoring process including heart rate readings, body temperature, location and analysis of cough sounds. Then the health data can be accessed on the XCO-19 application and the results of a person's health condition (infected with covid-19 or not infected with covid-19) will be displayed on the XCO-19 application page.
How I built it The
First is to create a device module through the Arduino software using NodeMCU as a microcontroller, pulse sensor, mlx90614 and voice recognition sensors until integrated with the internet of things.
Second is to test the device module that have been made previously.
Third makes a broker (XCO-19 android application) through the Android Studio software to display data on someone's health check (infected with covid-19 or not infected with covid-19).
Challenges I ran into
Difficulty making device modules.
Error while testing the device module.
Difficulties in making the XCO-19 android application.
Accomplishments that I'm proud of
1st winner of the Jakbee hackathon in the waste & environment category on 2019.
What I learned
Teamworks.
Knowledge about technology seminars held by Garuda hacks.
Business plan for develop XCO-19 as a solution covid-19 detector.
What's next for System covid-19 detector based internet of things (XCO-19)
Developed as a covid-19 detector solution to assist the public in monitoring health conditions (infected with covid-19 or not infected with covid-19).
The future plan is that XCO-19 can become a healthcare solution (not only as a covid-19 detector) in supporting smart city policies.
Built With
arduino
bigbox
c++
express.js
firebase
heroku
kotlin
node.js | System covid-19 detector based internet of things (XCO-19) | Reducing spread rate of covid-19 | ['Stheven Erlangga', 'Rifki Akmal Alauddin', 'Dwi Ilham Maulana'] | [] | ['arduino', 'bigbox', 'c++', 'express.js', 'firebase', 'heroku', 'kotlin', 'node.js'] | 99 |
10,201 | https://devpost.com/software/thriftymedicai | Start Page of Thrifty Software
ThriftyMedicAI
During our research about healthcare system in Indonesia we came to know about many challenges and issues that the country is facing right now in healthcare industry. The dense population and the unpredictable weather makes the health care facilities hard to avail on time. The lack of transportation as well as small chain of qualified hospitals make it very difficult for people to afford them. Their is a need of a direct communication channel, between the patient and the doctor that should be established over the barriers of bad weather, long distance, no transportation etc. The challenges in the healthcare sector inspired us to solve this issue.
Being this our 1st hackathon we got to learn more about Indonesia, the challenges they face and how bravely they are solving those challenges. While programming solution as well we came across many handy tools and APIs suggested by our mentors which made our work easy and reduced the time consumption.
We built a virtual human app for connecting people directly to a virtual doctor and help them solve their issues real quick. We aim to preserve healthcare staff for the most important healthcare needs and use Digital Healthcare Assistant to do the rest. So our app used java as the GUI software programming language. Our website is created using CSS, HTML and JavaScript. Now using APIs we connected website and app to python-NLU where we have brain of our AI with response intents written in Json file. We used Blender and MakeHuman Blender API for making 3D rigged model and then using blender-python API connected them with the brain. Netbeans IDE with python plugin was used to connect blender-python API with our GUI and that's how we build our Thrifty AI Med virtual human.
We faced challenges finding write APIs, establishing connections between various environments, importing proper modules and building rigged model in short time.
Built With
blender
java
javascript
jquery
makehuman
natural-language-processing
python
tts-api.com
Try it out
github.com | ThriftyMedicAI | Preserve healthcare staff for the most important healthcare needs and use Digital Healthcare Assistant do the rest work. | ['Harsh Jha', 'Tanishi Mookerjee', 'yashash gupta', 'Adarsh Pandita'] | [] | ['blender', 'java', 'javascript', 'jquery', 'makehuman', 'natural-language-processing', 'python', 'tts-api.com'] | 100 |
10,201 | https://devpost.com/software/learncode-readcode | Inspiration
Built With
javascript
python
react | Test1 | test | [] | [] | ['javascript', 'python', 'react'] | 101 |
10,201 | https://devpost.com/software/videomakerai | Video type selection page
Video Library Listing
Home Page
Stock photos upload page
Inspiration:
We love creating fun movies out of the images we photograph, usually during our travel adventures. But, it is always a hassle to come back to import the videos into one of the video editing software, and create the transitions as required, which usually end up becoming highly time-consuming, hence, I am unable to share a short animation on the fly.
So, we came up with the idea to provide a simple AI solution to the user, such that they can create a great simple video with interesting transitions for their images, ready to share instantly.
What It Does:
The application takes in the images through which you want to create a video, and combines them in the best possible ways to get a randomized video created from the combination of the images that you uploaded.
How We Built It:
We used reactjs for the frontend and Django for the backend. The whole part of stitching the parts of image together with the required transitions are done using opencv.
Challenges We Ran Into:
The major challenge we ran into was the whole process of stitching the parts of the image together to get the final video. Our first approach was to use
ffmpeg
, but there were multiple problems we faced due to the library essentially calling in shell level functions. Therefore, we eventually shifted our focus to using opencv for video processing. We dived deep into the whole process of creating different transitions using images and applying them with best optimizations.
Accompollishments, I am proud of:
This is what we wanted to build for a long time, to use in case of faster video creation times for my travels.
What's next for VideoMakerAI:
We will be working to add more transitions, and create more personalized videos for the different topics that the user can decide while creating the video
Built With:
Reactjs
,
Django
, *
Opencv
Built With
css
dockerfile
html
javascript
python
Try it out
github.com | VideoMakerAI | Automatically create the best animation video from your collection of stock images | ['mpras97 Prasoon', 'Shivin Agarwal'] | [] | ['css', 'dockerfile', 'html', 'javascript', 'python'] | 102 |
10,201 | https://devpost.com/software/knowklass | Teachers view and students view in real time
Inspiration
With COVID bringing classrooms online, I have seen the teachers struggle through to get the student to speak up by unmuting the mic or teach to the screen without even being sure about if the student on the other is paying attention. We have also seen scenarios where the students were taking over the control of the classroom and making fun of teachers. I wanted to give back the control of the teacher's back to them.
What it does
The online classroom was aimed to be built up from ground zero keeping teachers and students in mind, unlike other applications being used these days, that was initially built for office meeting use cases with grown-ups. The teacher is always able to view all the student's camera feed and see if the student is paying attention. Also, the teacher is in control of the student's microphone, hence no more jokes on teachers and see what is going on with the student.
How I built it
I wanted the application to be a simple web application that could be used by any student without going through the hassle of installing an app on the device. I used Angular to start with and used Agora group video call API for implementing the video call feature.
Challenges I ran into
I faced serious issues with finding out a solution for group video calls. It took me over 14 hours to figure out and settle on a solution. I did research a lot about webRTC and other layers on top of it.
Accomplishments that I'm proud of
Joined my first hackathon. This being my first hackathon am very much proud of myself. more hackathons to go.
Also got a hang of how to think about product solution implementation when you are participating in a hackathon with limited time available in hands.
What I learned
I was able to learn about the underlying technology behind video and audio calls through the internet. There is a lot left to learn. The technology is very interesting and beautifully complicated.
What's next for knowklass
As said the vision is to give back controls to teachers. Every feature in the app will be added with that thought in mind. Teachers classroom view and students' class view is to be implemented along with real-time chat features. The whole flow of the app will be made simpler to make the teachers only focus on teaching and students only focusing on learning.
Build the first version of the product and release as open source for schools to do their own self-hosting and have more control over what's happening, and the ability to add more custom features.
Built With
agora
angular.js
Try it out
knowklass.vercel.app
github.com | knowklass | The project aims to bring in an online classroom solution, that gives back control of the classroom to the teachers. Also making the student experience simpler by removing the need of installation. | ['Vishnu Dileesh'] | [] | ['agora', 'angular.js'] | 103 |
10,201 | https://devpost.com/software/wavelength-make-any-light-switch-hands-free | Logo
Hmm... how do I wrap this up?
Okay, I'm figuring it out.
Squeeze those wires in there!
Nothing like a cool bubble tea
Lookin fresh doe
Inspiration
You know why health officials tell you to wash your hands and avoid touching your face? Every day, you touch things without realizing it; doorknobs, handlebars, and light switches. By touching these items, you are picking up whatever may be contaminating them, and also leaving behind whatever may be on your hand.
Preventing surface transmission is as simple as reducing the
touching
aspect of our everyday lives, and due to the exponential growth patterns displayed by quickly spreading illnesses like COVID-19, eliminating surface transmission of viruses can play a huge role in reducing the total number of cases, and rate of spreading.
What it does
Wavelength is a hardware attachment that you can slap onto a light switch, which will allow anyone to use the light switch without touching it. You just need to hover your hand in front of it, and Wavelength will flip the switch for you, no touching required. In the process, Wavelength saves you from potentially picking up and leaving pathogens on the light switch.
How I built it
Wavelength is a simple piece of hardware created with an Arduino Uno. It's connected to an ultrasonic sensor that notices an object when it's closer than 10cm. In that case, it will communicate with a servo motor, telling it to flick the light switch behind it.
I then put the contraption inside of a cardboard casing. I could have made it smaller for the demo because there's extra space inside for batteries. Putting it in a decent casing probably took as long as creating the hardware component itself.
Challenges I ran into
The largest challenge I ran into was the fact that my batteries were unable to provide enough current for the servo motor to flick the light switch with the necessary force. I realized this after a couple of hours trying different battery combinations, but I didn't have anything on hand that would work. So I decided to temporarily have my computer supplying the power just for the presentation.
While trying to get the motor to flick the switch properly, I also had to engineer a paperclip onto the end so that the motor would have more leverage on the light switch by pushing the switch farther from the center.
Even getting the thing to stick on the wall properly with the least amount of duct tape was challenging. Wavelength needed to be attached to the wall very solidly so that the motor wouldn't push the whole machine off of the wall while pushing the light switch.
Accomplishments that I'm proud of
This is my first hardware hack, and I'm proud of the fact that I got two nights of proper sleep. I found working with the Arduino to be quite intuitive, and I feel like I've learned a lot of hardware and manufacturing skills that will come in handy for future hackathons. I've been thinking about this idea for a while and I'm glad I managed to create it for a hackathon, turning it into reality very rapidly.
What I learned
I learned a lot about applying my knowledge of physics and circuits, even though this was such a simple hardware hack. It's almost as if I could've calculated everything before I created it. For example, I probably should have done so when I was installing the batteries, because I didn't realize that I needed more current for a couple of hours.
As usual, I learned to debug applications. But this time, it was very different because it's not just a software thing to consider any more. It was fun to explore the connection between software and the real world through a hardware hack.
What's next for Wavelength: Make any light switch hands-free
Wavelength is currently an attachment for light switches, but with the power of simple hardware, any commonly touched area can be made hands-free with a similar implementation. Again, think about how much we touch things like doorknobs and sink handles, when we can easily eliminate the touching process from them.
I was also thinking about adding the ability to control Wavelength through a mobile app by connecting both an Arduino and mobile phone to one server, so that users can control the lights in their local area network. It's kind of like controlling things with Google Home, but more affordable!
Built With
arduino
servo
ultrasonic-sensor
Try it out
github.com | Wavelength: Make any light switch hands-free | Attach Wavelength to any light switch, and then use it hands-free. It's intended to reduce cases of infections that arise from contaminated surfaces. | ['Borna Sadeghi'] | [] | ['arduino', 'servo', 'ultrasonic-sensor'] | 104 |
10,201 | https://devpost.com/software/jemarietnik-id-market-place-for-cultural-product-and-service | LOGO Jemarietnik.id
HOME
CULTURAL PRODUCT LIST
CULTURAL SERVICE LIST
Inspiration
In the past we realize that it is difficult to build a brand for our cultural products and services, except if you have a channel for BIG company or the government support you. Bali as one that have Cultural tourism have many group of society who are work in this specific line of work. Many of them are small groups, and for now they just work for the bigger company who are sell their cultural product and service, or if they have some budget they will open their own workshop. This Web, we hope it could be the start for those small group for sell their own work, and connecting with another and spread their network, developing the "low end" community.
What it does
It is a market place that has specific product (painting, statue, etc) and service (dance, traditional music team, etc), In this specific marketplace we hope it can be special branding. In the online process, the web do the management, in the offline process we have the database and start to develop the community.
How we built it
We decide the project by 4 people, 1 person do the market research and validation, 1 person making the front end, 1 person making the back, and the last one make the design and other UI material.
Challenges we ran into
Doing simple market validation, somehow we need to make a good and valid question on google form
interview with our uncle and aunt who are running the related business
The technical problem, we are not that Pro yet! :)
Hosting using the most cheapest VPS
Accomplishments that we're proud of
We make it Done ! Although it look simple, at least form the ideation process, define the business model until the simple product finished it take much energy and mind power, but it really fun!
What we learned
We really do some text book process, ideation, simple market validation, prototyping, until building the Version 0.1 progressive web apps.
What's next for Jemarietnik.id Market Place for Cultural Product and Service
We hope it can be implemented in the real market, but we realize that it still need to do some market validation and survey, acquisition process plan , and off course some technical difficulty
Built With
adobe-xd
coreldraw
css
firebase
html
ionic
javascript
lean-canvas
photoshop
php
Try it out
jemarietnik.id | Jemarietnik.id Market Place for Cultural Product and Service | We believe market place still have important roles for supporting small to middle business, especially for local cultural product and services. Community based market place on Jemarietnik.id | ['yayuk puspita', 'I Gede Bintang Arya Budaya'] | [] | ['adobe-xd', 'coreldraw', 'css', 'firebase', 'html', 'ionic', 'javascript', 'lean-canvas', 'photoshop', 'php'] | 105 |
10,201 | https://devpost.com/software/pwing | Welcome to Pwing, where we give you an edge on feedback and outreach.
Sign-up page for businesses.
Interactive map which makes business profiles visible to users to make businesses easier to find.
Business dashboard that has survey tools and functionalities.
Bookmarked Businesses page, which stores the user's saved businesses for easy access.
The many data types we created to store information.
Inspiration
We're familiar with the troubles small businesses have when connecting with potential customers to receive feedback. Even with recent advancements in technology and social media, it can be challenging to holistically answer inquiries about the demands of the free market. Additionally, Indonesian small businesses are vulnerable to economic loss and consumer disengagement during COVID-19. Small and medium-sized enterprises are encountering a reduction in demand and consumers are experiencing heightened uncertainty and disconnection with the community. Since SMEs essential to overall economic success, we wanted to give smaller businesses an edge in customer outreach and simultaneously allowing consumers to provide effective feedback to businesses. Our accessible, safe, and digital tool aims to strengthen resilience as well as social dialogue and cohesion.
What it does
Pwing allows businesses to promote their services by interacting with the local community directly. The main function of Pwing is to allow business profiles to pose questions and personalized surveys to their consumer base, allowing any and all participants to post, approve of, and share opinions. Businesses and users are able to search up companies, and their location will display on the map. Businesses and users are also able to save companies, which are then easily accessible in their bookmarks. They can navigate to a business from the search bar or their bookmarks page and view their profile (name, email, phone, location, and description) as well as the questions that entity has created. They can then respond to question(s) and upvote other answers. Pwing allows users to sign in, log in, log out, view their bookmarks any time, and edit their profile as well.
How we built it
Utilizing bubble.io to execute our web application, we stored users, companies, and their attributes in databases and data types. Using this directory, our application works with the data and displays them in various elements. We structured workflows to trigger webpage actions. We integrated Google API to create an interactive map that displays the location marker of a searched company.
Challenges we ran into
Because of our project’s technical complexity and as first-time users of Bubble, we sifted through manuals and documentation to extensively learn about workflows, conditionality management, data structures, dynamic expressions, plugins, and more. We encountered challenges in passing relevant data between different users but were ultimately able to overcome them using our knowledge about Bubble and programming.
Accomplishments that we're proud of
Completing our goals within the 36 hours of the hackathon and being able to present a usable, polished product has been incredibly rewarding. We felt that we have developed a tool that could empower Indonesian small businesses and contribute to aiding the economy during this crucial time.
What we learned
We learned about the architecture of the bubble engine, discovering all of the features it has to provide. We learned about using Google APIs and geolocation tools. Our technical skills in API design and data management were also deepened.
What's next for Pwing
We are planning to add functionalities to the interactive map, providing users with more information and ways to contribute to local businesses. We also would like to integrate more data analysis tools and survey types for companies. Finally, we plan to add a directory that allows users to find businesses without directly searching for them.
Built With
bubble
bubble.io
google
google-maps
Try it out
pwing.bubbleapps.io | Pwing | A platform to support small/medium businesses through digital surveying, geolocation tools, and real community connection and engagement. | ['Christina Zhang', 'Ethan Chaney', 'Elias Hudson'] | [] | ['bubble', 'bubble.io', 'google', 'google-maps'] | 106 |
10,201 | https://devpost.com/software/desktop | Display of incomplete tasks; type in the empty bar and hit Enter to write down a task
Homepage of Desk-Top
Display of completed tasks; simply click on entries to cross them out
Inspiration
We wanted to build a website that makes it easier for students learning online to manage everything. We incorporated a to do list, a pomodoro timer, and allow students to see their Google Classroom courses and tasks in one site. Our inspirations are Pomofocus.io, an app that has a timer and to-do list. We want to tackle the issue of decreased productivity and procrastination in doing day-to-day tasks during this pandemic, and we are proposing this under the Education stream.
What it does
The timer function keeps track of student's studying time, using the pomodoro method which has been proven to make people very productive. The to-do list keeps track of students' tasks. So far, we have only come up with the tasks function.
How I built it
We used React to build the to do list. We tried using the Google Classroom API, but couldn't get it working.
Challenges I ran into
Initially we wanted to add Google Classroom courses and tasks using the API, but we didn't know how to let users sign in and how exactly to use gapi. We also had difficulty merging different teammates' work, as well as time constraints and difficulties to collaborate given that we are full-time high school students off from summer break.
Accomplishments that I'm proud of
Michelle learnt how to use Google Classroom API. Sam and Will got their first taste of creating a React website, and given our lack of background in joining hackathons, we're excited to have joined our first and immerse ourselves in the hacking/ app development community
What I learned
We learned to use git with teammates: how to add to a new branch, push to a remote repo, and share your repo with others. We also learned the importance of time management and knowledge of various programming languages in hackathons, as we faced some setbacks that are directly linked to these issues.
What's next for DeskTop
Figure out a way to make the Classroom API work and add compatibility with similar apps such as Edmodo. We would also expect that this app would be useful for the founders and their direct circle of friends and teachers, but we do hope that many people will find this web app beneficial to cut back on procrastination using our no-fuss, no hassle solution.
Built With
css3
html5
javascript
react
Try it out
github.com | DeskTop | A website that manages a to-do list and a timer all in one. | ['Michelle Tan', 'Sam Effendy', 'William Adhiarta Budi'] | [] | ['css3', 'html5', 'javascript', 'react'] | 107 |
10,201 | https://devpost.com/software/skiplane | Inspiration
code
What it does
How I built it
Challenges I ran into
Accomplishments that I'm proud of
What I learned
What's next for eyeon
Built With
code | eyeon | xyz | [] | [] | ['code'] | 108 |
10,201 | https://devpost.com/software/nutrical | Height selection
Weight selection
BMI page
Dashboard 1
Dashboard 2
Dashboard 3
Meal Plan
Meal Selection
Inspiration
In today's world of meetings and deadlines, we often forget to take care of ourselves. We let our minds and bodies be squeezed, crushed and pushed to the breaking point to get our jobs done. And while doing this we dump ourselves with unhealthy food and in turn, it affects our health. We often dump ourselves with unhealthy food habits and in turn, it affects our health. People don’t have enough knowledge and awareness about food calories and nutrients. Also, they lack engagement in such programs for health awareness. I and my team had personal experience using multiple apps so we decided to make
What it does
=>Nutrical is an app that helps you log all your food calories intake and helps you manage your diet using our prediction models.
=>It helps in creating your own customizable diet plan according to our recommended calorie intake.
=>Our model consists of 5 different sections:
• Dashboard
• Calorie tracker (for intake tracking)
• Water Intake (recommend and notify you about your water intake)
• Meal planner (for customizable meal plans)
• Fitness tracker (for steps, calories, sleep tracker):-
• Workout sections (a simple guide to what the workout is for and how to do).
• Sleep Tracker (for measuring and recommending your sleep track)
In short, our main solution - the calorie intake tracker is a 3-process model which consist of different modules. Also, if not possible to click a snap their user inputs are always available.
How I built it
Front-end:
Flutter
(dart)
Backend:
AWS
APIs:
Edaman
(food selection)
Tensorflow
API
(food detection)
Challenges I ran into
=> It was difficult to build a serverless application.
=> It was challenging to shift to TensorFlow 2.x with Object Detection API with many bugs around and conversion to tflite.
Accomplishments that I'm proud of
=> Besides all the problems we faced throughout we successfully created the app, we wished for.
=> We as a team came up with a very unique and simplified solution.
=> Managed time and remote working efficiently.
What I learned
=> I learned how to manage Remote working, time, pressure handling, teamwork.
What's next for NutriCal
=> Depth-Sensing Food and their volume prediction.
=> Workout instructions through GIFs or Online instructors.
=> Workout equipment rental service.
=> Customised feed for daily activities for engaging in activities with friends.
=> Continuous Streaks and rewards for active users according to their performance for more engagements.
=> Rewards, fitness games, quizzes Section for increasing engagement of users.
=> Sleep tracker.
Built With
amazon-web-services
dart
flutter
google-fit
machine-learning
python
tensorflow
Try it out
github.com | NutriCal | One touch Solution for Health and Fitness personnel that can track your calorie intake and provide you with customizable diet plans to improve your health! | ['Nikhil laddha', 'JASKIRAT SINGH', 'Keshav Agarwal', 'Amandeep Saxena'] | [] | ['amazon-web-services', 'dart', 'flutter', 'google-fit', 'machine-learning', 'python', 'tensorflow'] | 109 |
10,201 | https://devpost.com/software/student-trust | Program preview
Inspiration
We are students who, in school, has been asked to do many research. It is disheartening to see that when we found good information it is unfortunately from a untrustworthy website
What it does
The program cross checks through website to give a feedback whether it is trustworthy or not
How I built it
It is a simple code using python
Challenges I ran into
Coming up with a complex program so it is more diverse
Accomplishments that I'm proud of
Making a program for the first time
What I learned
How to code basic programs
What's next for Student Trust
We hope the idea could be taken further
Built With
python
Try it out
github.com | Student Trust | A program to identify trust able website for students | ['Kazio Setiabudi', 'Maxine Nawra', 'Blackmonkey', 'Joshua Phoeng'] | [] | ['python'] | 110 |
10,201 | https://devpost.com/software/dokuin | Student Dashboard
School Dashboard
Company Dashboard
Information Architecture
System Architecture
Overview
Dokuin is an android application for storing student's personal documents in pdf, also linking students personal documents to upper level of education or companies. Dokuin is equipped with ed25519 encryption and blockchain so you can rely on its security without any doubt. Dokuin is the solution for students documents management and solution for preventing documents forgery.
Team Member
Muhammad Adi Febri Setiawan (Project Manager) was responsible for control team coordination. He contributed to build the business model and decided the system architecture of our product
Ahsan Firdaus (UI/UX Designer) built a ui design for prototyping from user flow that we've researched, He made all of 3 roles design include student, school, and company/institution.
Danang Wijaya (Software Developer) developed the android application of our product. He also built a backend helper for controlling the blockchain flow to our product and maintaning the git repository.
Danang Dwiyoga (Software Enginneer) helped in built Firestore model and deployed the backend to the server. He also helped for build the android frontend.
Customer segment, problem, and solution
Observational Research
We researched the documents related to school, especially for students
Interviews
We interviewed some school and their student to understand their document management. We are also did company/institution interview and ask some question about accessing applicant document (applicants we mean are students who have graduated)
System models
We helped student and school to manage their education document e.g. student report, student achievement, and some related document. We guarantee the safety and integrity of all documents that have been validated by the school
Opportunities
Most schools in Indonesia have implemented digitalization of student documents. However, there is no system that can validate these student documents, so we believe Dokuin can be a solution to the many weaknesses of digital documents such as difficulty in accessing documents and falsifying documents.
Benefit of Dokuin
Student, School, Company/Institution
Team Build of Dokuin
Research & Brainstorming sessions
1.identified weaknesses of student and school management document that are currently encountered
2.Created the user personas based on the interviews and other research
Prototyping
Built the UI Design from the user persona and became a
Development
Build the application from scratch
Key Metrics
Revenue Growth
With the calculated regional expansion strategy, Dokuin could obtain a profit of 1.17M$ at the end of 3 years
Speed Up the Document Validation
Student can access their document easily. Company can show the student document for recruitment.
Future Development
Completing the blockchain implementation for verify document
Build web app version
Admin page for administrator
Email and Phone verification
Push notification for android and web application
Revenue Model
Please follow the attached link for the detailed
link
Built With
aes
android
blockchain
cryptograph
ed25519
firebase
kotlin
Try it out
bit.ly
github.com
github.com
drive.google.com | Dokuin | an blockhain based document management platform for student and school | ['Danang Wijaya', 'muhadif', 'Air Mineral', 'ahsanf'] | [] | ['aes', 'android', 'blockchain', 'cryptograph', 'ed25519', 'firebase', 'kotlin'] | 111 |
10,201 | https://devpost.com/software/mymath | MyMath homepage
An example of a problem page (geometry)
Another example of a problem page (algebra)
Getting an answer correct
Another example of a problem page (geometry)
Another example of a problem page (addition)
Inspiration
Our inspiration for this project was to create a tool for students to get educational help, regardless of any barriers that would traditionally keep them from getting help. We think that access to quality educational tools should be standard for all students, and with MyMath, we created a web app that allows any student to practice and improve their math skills.
What it does
MyMath generates an endless amount of math questions for certain topics in mathematics that a student may need help with. These include addition, subtraction, multiplication, division, algebra and geometry questions. All the student needs to do is select a category, and they can do as many practice problems as they like. For each answer they submit, they get feedback and know if it is correct or incorrect, such that they can improve on their mistakes.
How I built it
We built this using Flask, which is a Python framework that allowed us to use Python in the back-end of the project, and use HTML and CSS in the front end of the project. We used Bootstrap to help style our website, and built the rest of the functionality from the ground up using Python to handle all of the generating questions and checking answers, and HTML/CSS to show the questions and make the website look clean.
Challenges I ran into
This was our first time using Flask, so it was initially a bit challenging to get started with the whole project. We were not too sure where to start or how to approach building the project, but after we discussed a potential workflow and began to chip away at some of the core elements of the project, we began to overcome this challenge.
Accomplishments that I'm proud of
My team and I are very proud of completing this project. Due to our initial challenges understanding Flask, we were unsure of how the project would turn out, but after working through the problems, we are very happy with how the project ended up and really proud that we were able to finish.
What I learned
We learned a lot about how Flask works, from starting a project, how to make the front-end and back-end work together, how to deploy a project and much more. Additionally, we learned that there is a lot of ground to cover when it comes to helping all students have access to quality learning tools.
What's next for MyMath
Our future plans are to continue to build on our foundation and offer even more categories and questions for students to practice. We focused mainly on elementary to medium difficulty math for our project, but we hope to expand into categories such as calculus, linear algebra and statistics in the future.
Built With
bootstrap
css
flask
html
python
Try it out
mymath.pythonanywhere.com | MyMath | MyMath is a website designed to help students get better at math by providing them with endless practice questions. Our goal is to improve access to educational resources for students who need them. | ['Jennifer Nguyen', 'Matthew Grosman', 'Steven Juana'] | [] | ['bootstrap', 'css', 'flask', 'html', 'python'] | 112 |
10,201 | https://devpost.com/software/meetxercise | Preview App
Demo
Link Youtube :
https://youtu.be/wf_AZKN8BY0
Google Drive Link (if the video got taken down by youtube) :
https://drive.google.com/file/d/1nKwpkjud6s5p_LsZW-g0lj3b2dXyBqXy/
Inspiration
Dealing with the Covid-19 virus, schools must carry out their teaching and learning activities from home. We've discovered that some of the subjects are difficult to do with the limitations of learning from home, and one of them is a sports subject. We wanted to solve this issue with a video conference exercise that can help sports teachers to monitor their students with the support of the auto-detection of the student movement.
What is does
meetXercise is a video conference application where users have to follow instructor pose until they are similar. Users need to follow the instructor pose within the time set by the instructor. The instructor will be notified if one of the users still have a different pose.
Our Technology
We use React to handle flow data in client side , in server side we use framework called
rtcmulticonnection
to handle comunication between client using socket programming , and for model we use
PoseNet
model in tensorflow to help us give pose prediction
Accomplishments that we're proud of
It's fun to build an application that can help other people. We're excited that apart from solving the problem, this application also fun.
Challenges we ran into
Before this project, none of us had any experience with WebSockets, and it was difficult to set up since we all had to adjust to a different communication protocol. We had to use some hacks to get it hosted correctly
What we learned
We have learned how to build a video conference application using React as Front-End, RTCMultiConnection library for peer-to-peer video conferencing, and also how to use
PoseNet
to acquire the information about pose from the video.
What's next for Our Project
We will add more features! Such as providing pose templates so that users can use the application without an instructor and implement gamification so the application becomes more fun.
prerequisite
Node Js >= 12.18.3
NPM (yarn) >= 6.14.6
Installation
git clone <this repo url>
cd <this repo>
npm install
npm start
Built With
css
html
javascript
posenet
react
rtc
Try it out
github.com | MeetXercise | it is a video conference application where users have to follow instructor pose until they are similar. | ['Jonatan Laksamana', 'Laras Octa', 'Vincent Valentine Jansen', 'Edbert Edbert'] | [] | ['css', 'html', 'javascript', 'posenet', 'react', 'rtc'] | 113 |
10,201 | https://devpost.com/software/gurukul | Timetable
Homeworks
Discussion Forum
Dashboard
Academic Planner
Back-end Architecture
Inspiration
In recent times during this pandemic situation where our classes are being held online, there is no single platform for us to stay connected with teachers and classmates where we can ask doubts and share our resources.
Managing multiple
WhatsApp groups
for different classes and joining video calls on
google meeting, Zoom, and Skype
is quite troublesome to keep track of.
What it does
One-stop solution for your school and students to stay connected and enjoy learning through interactive video conferencing, doubt forums, add timetable, academic planner, and upcoming updates.
It has two sections where you log in as Admin or teacher and as a student.
As an
Admin
, you log in through your school email Id, where you set up your school channel and add subjects. You add can host video lectures and create a timetable, academic planner as well as to conduct a test and give assignments.
For a
Student User
, you can log in through Facebook or google where you join the school channel through a unique Id generated by your school teacher or admin. You can check your subject's timetable, submit assignments, and join in your online lectures.
How we built it
We build it using multiple software tools starting with UI design's in
Figma
and then coding in
Flutter
and
Dart
. We have hosted it on serverless architecture on
Amazon Web Services
and
Firebase
for authentication. For video calling feature we have used
Agora.io
free API and for chatting we have hosted it on
jetstream
.
Challenges we ran into
Bringing together multiple pieces of code while being together at multiple locations around India. But
Sixfeet
helped us to solve this problem.
The next challenge was completing work on time for which we divided our tasks into smaller milestones which we achieved right around the planned time.
Accomplishments that we're proud of
Completion of basic features that we planned for the beta.
2.Team Management and working efficiently during a crunch of time
What we learned
We learned to divide work and conquer it in pieces along with supporting each other with complementary skills in coding, designing, researching, and development.
What's next for Gurukul
Planning to create a
3D virtual classroom
in order to provide a unique solution also by including
Augmented Reality
to learn and make it fun.
Make UI/UX better in terms of user experience
Built With
agora
amazon-web-services
dart
figma
firebase
flutter
Try it out
github.com
xd.adobe.com | Gurukul - Achieving excellence together | One stop solution for your school and students to stay connected and enjoy learning through interactive video conferencing, doubt forums, add timetable, academic planner and upcoming updates. | ['UTKARSH SHUKLA', 'Mukul Khadke', 'Anish Dutta', 'Hardik Srivastava'] | [] | ['agora', 'amazon-web-services', 'dart', 'figma', 'firebase', 'flutter'] | 114 |
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