Technologies: Liquid Cooling; Power Management
Applications: Liquid Cooling for High-Performance Computing; Power Efficiency in Data Centers
Challenge: Liquid Cooling
Description: Liquid cooling solution to reduce data center energy consumption and drive power usage effectiveness Power Usage Effectiveness (PUE) down to near 1, for our High Power Computer.


Technologies: Quantum Computing; Space Technologies; RISC-V Architecture
Applications: Quantum-enhanced Computing; Space-based Computing; Low-power, High-performance Computing
Challenge: Cryogenic Computing
Description: Feasibility study of cryogenic computing exploiting a RISC-V (reduced instruction set computer) cryogenic chip, potentially combined with Quantum Computing  or Space technologies.


Technologies: Big Data;High-Density Storage;Scalable Storage
Applications: Data Storage for HPC;High-Performance Computing;Aerospace Data Management;Secure Data Storage
Challenge: Big Data Storage
Description: Big data storage solutions designed to handle data-intensive performance demands and accelerate time-to-insight using high-density, scalable storage solutions for High Power Computer (HPC).


Technologies: AI;Cybersecurity
Applications: AI for Vulnerability Assessment;Cybersecurity for Browser Protection
Challenge: Browser Security Improvement
Description: Solutions to improve vulnerability checking coverage for company-used browsers, reducing cyber risks, costs, and errors. The aim is to decrease time spent on the protection process on a daily basis, while also insourcing competencies and know-how to gradually reduce dependency on external personnel.


Technologies: Computer Vision;Machine Learning;Big Data Analytics
Applications: Computer Vision for Quality Control;Machine Learning for Automated Adjustments;Big Data Management for Production Lines
Challenge: Vision systems with self-learning technology
Description: We are looking for vision systems with self-learning technology to integrate with our cap production lines, to speed up and automate machine adjustments and automatically manage visual controls/end-of-line camera with machine learning of product quality. Preferably, the solution provider is also able to develop and supply the software to manage the related (big) data


Technologies: LED curing; air drying; water-based paints and inks; electron beam coating
Applications: Metal coating; automotive paints; ceramic decoration; furniture finishing
Challenge: Inks / Varnishes
Description: We are looking for new suppliers and technologies for:
1) LED curing inks and varnishes
2) air drying paints and inks (e.g. by lamps)
3) water-based paints and inks
4) Electron beam coating technology

Our application involves painting and applying inks on metals, such as tin plate, chrome plate and steel


Technologies: Blockchain;Web3;NFT
Applications: Blockchain for Social Impact;Web3 for Digital Art;NFT for Fundraising
Challenge: DigitalArt NFT e Social Responsibility
Description: The "DigitalArt NFT and Social Responsibility" solution represents an innovative and sustainable platform that allows charity to be made through the purchase and sale of digital tools in the form of NFTs.


Technologies: AI;Blockchain;Cloud Computing;Mobile App Development
Applications: AI for favor matching and recommendation;Blockchain for secure transactions and smart contracts;Cloud-based platform for scalability and accessibility;Mobile apps for user-friendly access and notifications
Challenge: FavorEx - Digital platform
Description: To create a digital platform that allows employees of a company to exchange favors and compensations easily and effectively, improving collaboration and solidarity within the company community.
The FavorEx platform will enable employees to offer and request a wide range of services and favors, such as carpooling, help with household chores, language lessons, and much more. Additionally, the platform will manage economic exchanges.


Technologies: AI;Data Analytics;Blockchain
Applications: AI for KPI Evaluation;Data Analytics for Healthcare Performance Assessment;Blockchain for Secure Data Sharing
Challenge: PerformanceContract - KPI
Description: To create a Key Performance Indicators (KPI) evaluation system that allows healthcare contracting authorities to objectively assess the effectiveness and efficiency of solutions offered by various companies, improving the quality of offerings and transparency in bidding processes.


Technologies: AI;IoT;Blockchain;Data Analytics
Applications: AI for Inventory Management;IoT for Real-time Tracking;Blockchain for Supply Chain Traceability;Data Analytics for Medical Device Usage
Challenge: Supply of disposable medical
Description: Efficient management of the supply of disposable materials, such as stents, surgical forceps, and other medical devices, reducing waste and errors in the management of disposable materials.
Ensuring a constant availability of high-quality disposable materials, reducing wait times for patients and improving the overall care experience.


Technologies: AR;Computer Vision;Real-Time Communication
Applications: AR for Remote Training;Computer Vision for Image Sharing;Real-Time Communication for Collaborative Surgery
Challenge: Remote guidance system HoloLens
Description: Develop a system that allows a surgeon or endoscopist to remotely guide another physician during an operation through a computer.
Allow for the real-time exchange of subjective endoscopic images and enable the trainer to indicate points on the trainee's screen for guidance, as well as insert images or slides.


Technologies: Metaverse;Blockchain;Cryptocurrency
Applications: Metaverse for Healthcare Data Transfer;Blockchain for Patient Data Protection;Cryptocurrency for Healthcare Transactions
Challenge: entering in the metaverse
Description: The need we need to address is to use innovative metaverse technologies to securely transport a patient's medical data (such as images from a CT scan or endoscopy) and transfer it to healthcare providers in order to improve the diagnostic process and enable access to second opinions.


Technologies: AI;Robotics;3D Printing
Applications: AI for Packaging Design;Robotics for Automated Packing;3D Printing for Customized Containers
Challenge: Sustainable packaging solutions
Description: Sustainable packaging solutions, for the packaging and transport of small metal products in large quantities (hundreds of thousands of units per package), in recycled plastic and/or returnable packaging that is stackable and resistant.


Technologies: AI;Big Data Analytics;Machine Learning;Data Mining;Natural Language Processing
Applications: Customer Data Analysis;Predictive Analytics;Personalization Engines;Customer Segmentation;Sentiment Analysis
Challenge: Data enrichment - Customer profiling.
Description: Solutions that enrich the data we already have on our clientele.
How do we get to know our customers more and better to serve them better ,be able to customize products, interaction with them,


Technologies: AI;Blockchain;Fintech;Digital Payment Systems
Applications: AI-powered debt collection;Blockchain for secure transactions;Fintech solutions for payment processing;Digital wallets and mobile payment gateways
Challenge: Flexible payment
Description: We are looking for solutions that will facilitate new payment and/or collection channels with the objective to minimize the Debt risk.
How are others offering flexibility to customers?
- How could we support customers in settling their outstanding debt during the whole dunning process (hopefully in a digital way)?
- What are the payment method by other companies in our Tier 1 geograp


Technologies: Simulation;Modeling;AI
Applications: Business Process Improvement;Product Parameter Calculation;Inter-group Collaboration
Challenge: Simulation systems
Description: Simulation models, used both to improve business processes (e.g. procurement of purchases) and to allow quick calculation of of the modification of the product parameters, influenced by the calculation models of other groups


Technologies: AI;Natural Language Processing
Applications: AI-powered customer service;NLP for documentation search
Challenge: AI Solutions for Customer Service
Description: i am looking for startups providing solutions for artificial intelligence with use cases in customer service to help phone operators in giving the best answers based on existing documentation


Technologies: Autonomous Vehicles;Remote Driving;IoT
Applications: Autonomous Driving for Shared Mobility;Remote Vehicle Control;IoT for Fleet Management
Challenge: Innovative vehicles for shared mobility
Description: Our Group is scouting for innovative partners that provide autonomous or remotely driven vehicles to design, test and develop new models for shared mobility services in Italy.


Technologies: AI;Blockchain;Smart Contracts
Applications: AI for Automation;Blockchain for Payment Processing;Smart Contracts for Travel Industry
Challenge: Smart Refunds
Description: Automation of refund management processes on cashless payments.
Implementation of Smart Contracts to facilitate the End to End management of validation, accounting and reporting processes of refund for travel tickets.


Technologies: AI;Blockchain;Web Development
Applications: AI for Consumer Interface;Blockchain for Supply Chain Management;Web Platform for Product Tracking
Challenge: Traceability platform for supply chain
Description: solutions that can allow me to track the supply chain of the products with a consumer interface, to increase transparency. I am open to blockchain solution or other types of certifications.


Technologies: AI;IoT;Precision Farming;Biotechnology;Circular Economy
Applications: AI for Precision Agriculture;IoT Sensors for Soil Monitoring;Biotech for Disease Resistance;Circular Economy for Waste Management
Challenge: Sustainable Sugarcane Solutions
Description: intelligent technology solutions to improve sugarcane production. The improvement could consider precision-farming, biotech, circular economy, and solutions able to make the process more effective with less chemical inputs (fertilisers, pesticides, etc.). The solution has to be sustainable and ready to plug-in, designed to meet the rigorous requirements of the sugar cane industry.


Technologies: AI;IoT;Wearable Technology;Data Analytics
Applications: AI-powered Employee Feedback Systems;IoT Sensors for Workplace Monitoring;Wearable Devices for Real-time Feedback;Data Analytics for Performance Insights
Challenge: Employee Satisfaction & Performance
Description: Tools to measure employee satisfaction and increase employee perfomance. Solutions for those working in industrial environment without having access to a personal computer or smartphone, only interacting with dedicated devices.


Technologies: Smart PPE;IoT;Software
Applications: Innovative clothing for worker safety;Man down devices for emergency response;Software for risk analysis and management;Driver monitoring system to prevent accidents
Challenge: Asset security and worker safety
Description: - Smart PPE
- Innovative clothing
- Man down devices (ATEX compliant)
- SW for analysis and management and monitoring of possible risks
- Tool for the correct driving of vehicles / avoiding falling asleep
- SW Tool to be integrated with our "Work on Site" application for the correct management of construction sites


Technologies: Microbial Fermentation; Bioscience
Applications: Sustainable Palm Oil Alternatives; Microbial Fermentation for Cosmetics
Challenge: Palm oil substitution for cosmetics
Description: I am looking for solutions to substitute palm oil in cosmetics formulation. The solution would have to be in prices reasonably higher than those of the current palm oil. The solution must be sustainable.


Technologies: Haptic Feedback; Virtual Reality (VR); Immersive Technology
Applications: Realistic training simulations; Safety training for electricity-related tasks; Skill enhancement for operators; Virtual object interaction; Immersive scenarios for training
Challenge: Haptic feedback devices
Description: We are seeking haptic devices that offer realistic feedback and the ability to perceive virtual objects in immersive scenarios. These devices should provide trainees with a realistic sense of interaction with objects by simulating their properties, such as resistance, heat, the force required for movement, and texture. For safety training purposes, we also require haptic devices capable of representing the presence of electricity.


Technologies: AI;NLP;OCR
Applications: AI for Data Entry Automation;NLP for Information Extraction;OCR for Document Processing
Challenge: Voice Automation for Data Entry
Description: We are seeking a process automation solution that can automate uploads by extracting information from PDF, email, or Excel files and transferring it to a target system such as Allegro, PPM, or an Excel file.


Technologies: GPS;GNSS;GLONASS;Galileo;BeiDou;RTK
Applications: High-precision positioning;Surveying;Atmospheric error correction;Millimeter-level positioning
Challenge: GPS GNSS position surveyor
Description: High-precision positioning is achieved by combining signals from satellite navigation systems (GNSS), GPS, GLONASS, Galileo and BeiDou, with RTK tech. RTK is a technique that allows you to limit the effects generated by the ionosphere and troposphere on the signal that passes through them. Such areas of the atmosphere generate systematic errors in the raw signal data. Carrier ambiguities can be resolved through RTK to provide millimeter position


Technologies: Computer Vision;AI;Video Analytics
Applications: Computer Vision for Object Recognition;AI for Smart City Infrastructure;Video Analytics for Mobility Solutions
Challenge: Recognition AID electric scooters
Description: We are looking for a start-up that has developed video analysis modules to be installed on board a camera capable of recognizing an electric scooter or a bicycle. Eventually the analysis module could also be installed on a central server


Technologies: Bio fuel;e-fuel;Liquid Organic Hydrogen Carrier (LOHC)
Applications: Feasibility study for maritime sector;Alternative fuel storage and handling;Sustainable fuel production from renewable energy and waste
Challenge: Alternative fuels: methanol and LOHC
Description: Feasibility study on the use of alternative sustainable fuels in the maritime sector (bio fuel, e-fuel) and on easier storage and handling compared to other alternative fuels (e.g. H2, NH3)

Type of solutions:
Bio fuel, e-fuel produced from renewable energy or vegetable waste.
Renewable Liquid Organic Hydrogen Carrier (LOHC) by enrichment of H2 produced from renewable sources.


Technologies: Internal Combustion Engines (ICE); Fuel Cells
Applications: Marine power generation; Waste heat recovery systems
Challenge: ICE, fuel cell feeded_with_methanol_or_hydrogen
Description: Development of internal combustion engines (ICE) and fuel cells powered by hydrogen or methanol, with possible waste heat recovery (if applicable).

Type of solutions:
Medium and large size marine products (5 MW for FC, 8-10 MW for ICE)


Technologies: IV generation nuclear generators
Applications: Nuclear power generation for maritime vessels; Advanced nuclear technology for cruise ships and military vessels
Challenge: Innovative nuclear technologies applied_to_the_maritime_sector
Description: To investigate the applicability on board ships (cruise, military, etc.) of fourth generation nuclear technologies in terms of weight, dimension and regulatory and safety requirements.
Cost-benefit analysis both in terms of CAPEX and OPEX.

Type of solutions:
IV generation nuclear generators suitable in the maritime sector


Technologies: CO2 absorption;CO2 separation
Applications: CO2 capture from ships;CO2 storage during maritime transport
Challenge: CO2 capture and maritime transport
Description: Capture and storage of CO2 produced by ships while sailing or stationary at port

Type of solutions:
Compact and marinized CO2 absorption and separation technologies


Technologies: AI;Data Analytics;Life Cycle Assessment Tools
Applications: AI-powered data analysis;Life Cycle Assessment software;Environmental Impact Modelling
Challenge: Life Cycle Assessment
Description: Analysis of the environmental footprint of cruise ship construction and operation  across the life span.
Identification of processes and methods for the recovery and reuse of end-of-life materials

Type of solutions:
Methods of analysis and calculation of the overall environmental impact.


Technologies: Energy Management Systems;Internal Combustion Engines;Fuel Cells;Batteries
Applications: Load Balancing for Hybrid Generation Systems;Energy Management for High-Power Systems;Energy Storage Solutions
Challenge: Power Management System (PMS) for_hybrid_generation_systems
Description: Development of an energy management system applicable to hybrid systems composed of internal combustion engines (ICE), fuel cells (PEM-FC or SOFC) and batteries (BAT).
Load balancing logics according to the various operating regimes

Type of solutions:
PMS applicable on complex systems (ICE+BAT+FC) and high powers (60 MW)


Technologies: AI;IoT;Data Analytics;Acoustic Modelling
Applications: AI-powered noise prediction models;IoT sensors for real-time monitoring;Data-driven environmental impact assessment;Acoustic simulation for ship design
Challenge: Radiated Noise in Water/Air
Description: To reduce noise and vibration emissions into the air and/or water during navigation (protection of local fauna) or stationary at port (reduction of environmental impact towards citizens)

Type of solutions:
Methodologies and forecasting calculation tools to be used in the design phase.
Monitoring methodologies and real-life measurements.


Technologies: Nanomaterials; Metamaterials
Applications: Structural materials for construction; Acoustic and thermal insulation for energy efficiency
Challenge: Meta/nano materials
Description: Research of meta/nano materials in the structural field and/or acoustic/thermal insulation field in order to improve performance and to reduce the weight installed on board ships

Type of solutions:
Nano/meta materials at low cost with the same performance or at high performance compared to the traditional solution


Technologies: AI;Data Analytics;IoT
Applications: AI for Data Integration;Data Analytics for Ship Systems;IoT for Field Data Collection
Challenge: Digital twin development
Description: Development of digital twins for ship-systems

Type of solutions:
- Software algorithms that integrate and merge data collected from the field


Technologies: AI;Machine Learning
Applications: AI-based value-added services;Data analysis from digital twins
Challenge: AI alghoritms & machine learning
Description: Development of value-added services based on artificial intelligence starting from data generated by digital twins

Type of solutions:
Software


Technologies: Software;AI;Machine Learning;Data Mining;Data Fusion
Applications: AI for Energy Management;Machine Learning for Data Analysis;Software for Digital Twin Creation
Challenge: Digital energy models
Description: Creation of energy management services on board and on land that exploit the energy digital twins of ship systems

Type of solutions:
- Software, AI, machine learning, data mining and data fusion
- Autonomous navigation, Life cycle management, Energy management


Technologies: Optical Communication;Acoustic Communication;Robotics
Applications: Underwater Data Transmission;Underwater Robotics;Underwater Sensor Networks
Challenge: Underwater communications
Description: To develop innovative solutions for  (optical and acoustic) underwater communications

Type of solutions:
Hardware


Technologies: AI;Machine Learning;Network Security;Data Analytics;Cloud Computing
Applications: AI-based Threat Detection;ML-powered Anomaly Detection;Network Traffic Analysis;Real-time Data Monitoring;Cloud-based Security Management
Challenge: Cybersecurity onboard
Description: To develop solutions for threat detection and management on board ships, including the relative communication with onshore station

Type of solutions:
Software e hardware


Technologies: AI;Data Mining;Digital Twins
Applications: Predictive Maintenance;Data Fusion for Ship Management
Challenge: Predictive maintenance
Description: Development of intelligent algorithms to manage predictive maintenance on board ships, based on digital twins, data mining and data fusion

Type of solutions:
Software


Technologies: Robotics;Automation;AI;Computer Vision
Applications: Robotic Arms for Welding and Assembly;AI-powered Safety Monitoring Systems;Computer Vision for Object Detection and Quality Control
Challenge: Robotic applications in_shipbuilding_contruction_process
Description: Development of ideas to automate and increase safety of the ship building process

Type of solutions:
Hardware e software


Technologies: AI;Blockchain;Fintech;Cybersecurity;Enterprise Software
Applications: AI for Financial Services;Blockchain for Secure Transactions;Fintech for Payment Solutions;Cybersecurity for Data Protection;Enterprise Software for Business Management
Challenge: Start Path Program
Description: Innovative Solutions | Proven commercial traction and product differentiation.
Passionate Team | Experienced, diverse founders with relevant expertise.
Strategic Fit | Strategic overlap with our innovation objectives.
Existing Funding | Investment raised (Seed, Series A or later) with at least 6-12 months' runway.


Technologies: AI;Blockchain;Fintech;Mobile
Applications: AI for Fintech;Blockchain for Financial Services;Fintech for Global Commerce;Mobile Payments
Challenge: Start Path In Solidarity Program
Description: Innovative solutions that power the world's commerce. Powering global commerce can been enabled in many ways through FinTech solutions such as improving the acceptance solutions, digital payments, access to capital for businesses and people in underserved and unbanked countries, and through ensuring that security and safety is at the core of these solutions.


Technologies: AI;IoT;Blockchain;Data Analytics
Applications: AI for waste management;IoT for resource tracking;Blockchain for secure data sharing;Data Analytics for process optimization
Challenge: PERUMIN Hub/Circularity in mining
Description: How to implement circular practices that allow for the valorization of resources and waste generated in the mineral production process to reduce environmental impact and maximize efficiency and profitability?

The description of the challenge and value elements are detailed at: https://perumin.com/hub/en.
You can present your proposal from May 11 to June 12, 2023. Apply in https://peruminhub.vform.


Technologies: Mineralization processes; Methanol/fuel production
Applications: Building materials; CO2 valorization
Challenge: CCUS (ORA)
Description: Within the CCUS domain, we are particularly interested in solutions for the usage and valorization of CO2 (e.g. building materials through mineralization processes or production of methanol/fuels).


Technologies: Robotics;Drones
Applications: Robotic solutions for construction; Drones for indoor construction monitoring
Challenge: Robotic solutions for construction industry
Description: In order to expand our existing portfolio and offer our customers innovative robotics solutions which will make their daily construction work more productive and efficient,
We are interested to explore existing construction dedicated robotic solutions, early stage startups within the chosen geography. Focusing on pre-construction and constructions phase. All indoor construction applications are relevant.


Technologies: Water Recycling;Efficient Water Management
Applications: Advanced Water Treatment Systems;Water Reuse in Industrial Processes;Smart Water Monitoring
Challenge: Reduction/Elimination of Water Consumption
Description: Innovative solutions in the industrial sector. The higher consumption of water there is in factory during the products production. A more efficient water recycling systems technologies that consume less water


Technologies: AI;Blockchain;Sustainable Materials
Applications: AI for Packaging Design;Blockchain for Supply Chain Management;Sustainable Materials for Food Packaging
Challenge: More Sustainable Packaging
Description: An innovatie solution to reduce the quantity and improve the quality of materials used in packaging aimed at increasing circularity and reducing seraa gas emissions from the production and transportation of used materials. New ways to reuse packs and labels.


Technologies: AI;IoT;Telecommunications;Sensors;Computer Vision
Applications: AI for Autonomous Driving;IoT for Roadside Equipment;Telecommunications for Vehicle-to-Infrastructure Communication;Sensors for Event Detection;Computer Vision for Object Recognition
Challenge: New Services&technologies enabling Autonomous Driving
Description: The solution can require the installation of IoT or telecommunication equipment along the road network to augment vehicle capabilities.
Integration with software able to detect and anticipate events wich may disengange the autonomous driving features.
Solution that improve safety and efficiency of the road network through the promotion of autonomous vehicles.


Technologies: AI;IoT;Blockchain;Computer Vision;Data Analytics
Applications: AI for Food Waste Prediction;IoT for Smart Inventory Management;Blockchain for Supply Chain Traceability;Computer Vision for Product Monitoring;Data Analytics for Retail Insights
Challenge: FoodWaste Reduction
Description: We are scouting for new technologies and new methods within the store (Improvement of the customer experience; Cross-selling procedures; exposure monitoring, in-store activations)


Technologies: AI;Blockchain;Robotics
Applications: AI for CO2 detection and monitoring;Blockchain for secure data sharing and infrastructure management;Robotics for automated pipeline inspection and maintenance
Challenge: CO2 Transport and Storage
Description: We are interested in solution that will enable the transportation and storage of CO2 in existing/new infrastructures (e.g. pipeline, deplated oil/gas fields, storafe facilities)


Technologies: Energy Harvesting;Renewable Energy;Sensors
Applications: Energy Harvesting for Remote Monitoring;Powering Sensors with Ambient Energy;Self-Sustaining Sensor Networks
Challenge: Energy Harvesting for remote sensors
Description: We are interesed in solutions for powering our remote located sensors (e.g. pression and temperature transmitter) through the harvest of energy coming from the surrounding environment


Technologies: AI;Cloud Computing;Database Management
Applications: AI for Asset Classification;Cloud-based Asset Management;Database for Digital Asset Storage
Challenge: Digital Asset Model
Description: We are looking for solution to manage and evolve the existing digital asset models. In particular, we are interested in digital solution that will enable the introduction of new assets in the already existing model and will ease the managing of the models


Technologies: AI;IoT;Robotics;Data Analytics
Applications: AI for process automation;IoT sensors for waste monitoring;Robotic process automation for farming;Data analytics for biomethane production efficiency
Challenge: Agritech and smartfarming
Description: We are looking for solution that will help digitalize the farming process and the collection of waste coming from stables with the final objective of tracing the entire process and make the production of biomethane more efficient


Technologies: Computer Vision;Holography;3D Rendering;Mixed Reality;Depth Sensing;Texture Mapping
Applications: Holographic Displays for Aerospace Training;Automotive Design with 3D Visualization;Secure Holographic Communication;Digital Media Production;Interactive Education with Mixed Reality;Enterprise Collaboration Tools;Fashion Design with 3D Modeling;Realistic Gaming Environments;Medical Training with Holographic Patients;Retail Product Visualization;Telepresence for Remote Collaboration;Immersive Teleconferencing;Biomedical Research with 3D Imaging;Mobile AR Navigation;Smart City Planning with Holographic Simulations;Holographic Home Decor;Travel Experiences with Mixed Reality;Robotic Maintenance with 3D Scene Understanding
Challenge: Realtime photorealistic holograms
Description: the sensing and signal processing techniques to create in real time a photorealistic hologram of a 3D scene and render it on a 2D or 3D display, or a mixed reality headset. The scene can be captured by one or multiple synchronized cameras combining both depth and texture sensing. The 3D video content can be processed and rendered as a point cloud, meshes or voxels, whichever is the most efficient technique to deliver quality for human vision.


Technologies: AR;VR;Sensors;Signal Processing;Ultrasound;RF;Computer Vision
Applications: AR/VR Hand Tracking;Motion Capture;Handwriting Recognition;Gaming Input Devices;3D Object Tracking;Outdoor AR/VR Experiences
Challenge: 6DoF AR/VR controller
Description: the sensing, signal processing, and connectivity solutions to track an object's pose and motion in 3D with fine precision and across a wide range of speeds supporting both handwriting and fats games. Assuming an inside-out approach, the controller's 6 degrees of freedom would be referenced to a fixed preferential, e.g. the head-mounted display, and be robust to ambient interferences both indoors and outdoors, e.g. ultrasounds, RF or ambient light


Technologies: AI;Computer Vision;Natural Language Processing;Social Media Analytics
Applications: AI for Content Creation;Computer Vision for Image Tagging;NLP for Text Analysis;Social Media Analytics for Engagement Tracking
Challenge: Corporate Communication
Description: We are looking for solutions that increase quality and productivity for the communication department. This includes applications such as smart tagging of images, newsletter management, automatic content production (i.e. images, deisgn, fonts, videos), and automatic social media posting and analysis


Technologies: RFNBO; Non-electrolytic H2 production
Applications: Production of renewable fuels; Cost-effective hydrogen production from biomass
Challenge: Hydrogen (ORA)
Description: Within the hydrogen domain, we are particularly interested in the production of Renewable Fuels of Non-Biological Origin (RFNBO) through novel and simple processes that enable production cost reductions, as well as in non-electrolytic H2 production from biomass directly at refuelling stations.


Technologies: AI;Blockchain;IoT
Applications: AI for CO2 utilization;Blockchain for Carbon Credits;IoT for Emission Monitoring
Challenge: CO2 utilization technology landscaping
Description: We are interested in evaluating and learning about routes for CO2 utilization - with particular interest in emerging technologies and promising solutions for the same. Applications could cover the energy, construction, material and any other application sector with key drivers being related to size of the market and levelized cost and life cycle assessment of the utilization solution/technology


Technologies: CO2 mineralization;Solvent-based solutions;Reactor design
Applications: Carbon Capture, Utilization and Storage (CCUS);Building material production;Abrasive solid handling
Challenge: Technology challenge CO2 mineralization
Description: CO2 to building material via mineralization is one of CCUS pathways that aims to store CO2 permanently in building material via accelerated mineralization. Most CO2 mineralization technologies are solvent based solution, and one key engineering challenge of solvent-based solution scale-up is the design of mineralization reactor to handle abrasive solid together with liquid.  What would be the next generation CO2 mineralization reactor?


Technologies: Drones;Robots;Spatial Data
Applications: Monitoring and Control of Agri-Voltaic Plants;Spatial Data Analysis for Renewables
Challenge: Advanced technologies for renewables
Description: New materials (to substitute silicon) in PV plants. New applications of  renewable technologies (e.g. agriPV, offshore wind, etc.). Solutions for monitoring and control agrivoltaic plant (for example through the use of drones, robots and/or spatial data)


Technologies: Digital Engagement Application; Innovative Payment System; Digital Wallet
Applications: Customer Engagement; Digital Payment Solutions; Mobile Wallet Integration
Challenge: Customer Journey Improvement
Description: Technologies that could help us to digitize and to improve  our customer journey process and experience: digital engagement application, innovative payments system, digital wallet,


Technologies: AI; IoT; Smart Sensors
Applications: Smart Lighting; Open Data Applications; Smart City Management
Challenge: Smart City
Description: Innovative services and devices in the domain of smart city : smart lighting, IoT and smart sensor for the city (embeddable and enabling open data application) . New business model for the smart city. Enabling technol


Technologies: AI;IoT;Robotics;Blockchain
Applications: AI for Waste Sorting and Classification;IoT for Environmental Monitoring;Robotics for Waste Collection and Processing;Blockchain for Sustainable Supply Chain Management
Challenge: Circularity for Industry and Government
Description: Solutions to help businesses and public administrations sustainably manage materials that are no longer usable: waste management and waste to energy; environmental remediation; water tratment


Technologies: AI;Robotics;Computer Vision;Drone Technology
Applications: AI-powered inspection drones;Robotic maintenance and repair systems;Computer vision for damage detection;Drone-based wind turbine monitoring
Challenge: Wind Turbin Asset Integrity
Description: Solutions to automate O&M operations for wind assets. Ideally to reduce human operations as well as grouping the inspection and repair activities in one single operational stop of the turbine.


Technologies: Blockchain;Peer-to-Peer (P2P) Networking;Energy Management Systems
Applications: Blockchain for Energy Trading;P2P Networking for Decentralized Energy Exchange;Energy Management Systems for Retail Customers
Challenge: Renewables traceability to retail clients
Description: green energy traceability solutions that allow P2P trading for prosumers as well as the aggregation of several different clients in renewable communities where they can exchange energy.


Technologies: AI;Machine Learning
Applications: AI for Predictive Maintenance;Machine Learning for Asset Management
Challenge: Predictive Maintenance of distributed assets
Description: - Solutions that are able to generate predictive maintenance forecast throght the use of AI or Machine Learning
- Solutions that will allow a broad range of inspection activities  on the field in a timely manner


Technologies: AI;Data Analytics;Machine Learning;Predictive Modeling
Applications: AI for Energy Forecasting;Data Analytics for Energy Management;Machine Learning for Demand Prediction;Predictive Modeling for Grid Optimization
Challenge: Prosumers Self-consumption Forecast
Description: Solutions to improve the forecast of our prosumers self-consumption in order to get more precise estimate of the energy injected in the grid and improve our energy management.


Technologies: Wind Energy; Marine Energy; Hybrid Systems; Micro Wind; Offshore Floating; Mechanical Storage; Renewables Integration
Applications: Offshore Wind Farms; Wave/Tidal Energy Generation; Hybrid Wind and Wave Power; Micro Wind Turbines; Offshore Energy Storage; Integrated Renewable Energy Systems; Land and Sea Energy Utilization
Challenge: Renewables (focus wind&marine) (ORa)
Description: We are interested in solutions that can help us to accelerate the energy transition with a particular focus on the production and storage of wind and wave/tidal energy, including site-specific solutions and integrated/hybrid solutions.


Technologies: Advanced Modelling; AI; IoT
Applications: Modelling for Infrastructure Efficiency; AI for Energy Management; IoT for Safety Monitoring
Challenge: Next gen upstream (ORa)
Description: We are interested in solutions that can help us accelerate the evolution of our more traditional assets and give them a second life in line with our decarbonization goals, taking the most out of potential synergies and new opportunities.Examples: products and services (including advanced modelling solutions) for enhanced efficiency and safety of infrastructures and operations, integrations with H2 and e-fuels new opportunities, waste valorization


Technologies: H2 carriers; low-pressure storage systems
Applications: Onboard H2 storage; compact and efficient storage solutions for vehicles; longer-range hydrogen storage
Challenge: H2 storage alternative strategies
Description: New alternative strategies to store H2 onboard using H2 carriers or innovative technologies diffrent from well know  350/700bar tanks.
(Low pressure storage technologies could be evaluated only if they could also lead to polymorph shapes, providing a better integration and use of the available room on the vehicle)


Technologies: Telematics;Sensors;IoT
Applications: Telematics for vehicle tracking;Sensors for fuel detection;IoT for data collection and analysis
Challenge: e-fuels detection
Description: We are looking for a wide range of solutions based both on telematics / shared platform with energy company or sensors able to certify that vehciles are fueled with e-fuels


Technologies: Hydrogen storage; Low-pressure storage systems; Polymorphic materials
Applications: Onboard hydrogen storage for vehicles; Compact and efficient storage solutions; Innovative hydrogen carriers
Challenge: H2 storage alternative strategies
Description: New alternative strategies to store H2 onboard using new carriers or innovative technologies different from well know 350/700bar tanks. (Low pressure storage technologies could be evaluated only if they could also lead to polymorph shapes, providing a better integration and use of the available room on the vehicle)


Technologies: Haptics;Immersive Technology;Augmented Reality
Applications: Haptic Feedback for Gaming;Immersive Advertising;Haptic Interfaces for Automotive Controls
Challenge: Immersive Haptification
Description: For our consumer electronic devices, we are seeking for innovations enabling / augmenting the immersive experience. If you are offering solutions enabling haptification (can be at different levels: touch, sound, vision,...), please contact us for collaborating on its integration into our products.


Technologies: AI;Blockchain;IoT;Computer Vision
Applications: AI for Image Recognition and Object Identification;Blockchain for Data Security and Ownership Verification;IoT for Real-time Data Collection;Computer Vision for Bicycle Detection and Tracking
Challenge: Bicycle digital twin
Description: Solutions to create a unique identification for bicycles that can enable owner and maintenance history tracking. Thus, possibly allowing the creation of a digital twin for bicycles. We are looking for an end-to-end solution offering an identification technology that is able to connect to data management platforms.


Technologies: Gamification; Virtual Reality (VR); Augmented Reality (AR); Chatbots; AI
Applications: Gamified employee training; VR/AR simulations for skill development; Chat-based learning platforms; AI-powered personalized learning recommendations; Interactive onboarding tutorials.
Challenge: EdTech innovation
Description: New features for a better employee learning / onboarding exp, e.g. gamification; VR/AR; chat based learning
Ideally the company has worked with / tested its solution in a corporate environment before.


Technologies: AI;Blockchain;IoT;Computer Vision
Applications: AI for Bicycle Identification;Blockchain for Data Management;IoT Sensors for Tracking;Computer Vision for Object Recognition
Challenge: Bicycle identification technology/digital twin
Description: Solutions to create a unique identification for bicycles that can enable owner and maintenance history tracking. Thus, possibly allowing the creation of a digital twin for bicycles. We are looking for an end-to-end solution offering an identification technology that is able to connect to data management platforms.


Technologies: Food Science;Nutrition;Sustainable Agriculture
Applications: Developing innovative food products;Creating sustainable and nutritious alternatives;Reducing environmental impact in the food industry
Challenge: Sea baking nutritional foods
Description: Produce a sliced bread with ingredients from the sea with good nutritional values that substitute wheat and other ingredients from the field that cause a negative environmental impact.


Technologies: Food Science;Upcycling;Nutrition
Applications: Developing sustainable food products;Creating marine-based ingredients;Enhancing nutritional value of baked goods
Challenge: Sea baking nutritional foods
Description: Produce a sliced bread with ingredients from the sea with good nutritional values that substitute wheat and other ingredients from the field that cause a negative environmental impact.

Ingredients to implement in our baking products that come from the marine sea and inputs protein. Upcycling is best


Technologies: Fermentation;Biomass Processing;Recycling
Applications: Fermentation for bio-based chemical production;Biomass conversion for renewable materials;Acrylic acid recycling for waste reduction
Challenge: biobased acrylic acid
Description: Biobased acrylic acid from fermentation of biomass. Also recycled acrylic acid is of interest. The main driver would be lowering our products carbon footprint. Next to acrylic acid also other acrylate functional monomers are of interest


Technologies: Biotechnology;Biomass Conversion;Carbon Capture
Applications: Biomass-derived Acrylic Acid;Carbon Footprint Reduction;Sustainable Feedstock for Polymers
Challenge: biobased acrylic acid
Description: Biobased or recycled acrylic acid. Our main interest is to find sources that have a significant lower carbon footprint than the currently fossil fuel based ones. Biobased options are preferably sourced from second or third generation biomass.


Technologies: Robotics;Automation;AI
Applications: Robotic Sheet Installation;AI-powered Obstacle Navigation;Automated Solar Plant Setup
Challenge: Automatic installation of mulch sheets
Description: An automated solution to lay white reflective mulch sheets and install pegs in solar plants to significantly reduce installation time without causing damage. The solution must accommodate various sizes up to 70kg, and navigate soil obstacles of different heights.


Technologies: Robotics;Mechanical Engineering;Ergonomics
Applications: Robotic Exoskeletons for Industrial Workers;Ergonomic Design for Workplace Safety;Mechanical Assistive Devices for Heavy Lifting
Challenge: Exoskeleton for field workers
Description: An innovative exoskeleton solution to assist workers in the construction of solar plants, reducing fatigue and muscle strain when lifting and carrying heavy weights. The solution should be durable, comfortable, lightweight, and easy to use while guaranteeing at least a full day of work with minimal maintenance.


Technologies: AI;Weather Forecasting;Hydroelectric Power
Applications: AI-powered weather prediction;Hydroelectric production forecasting;Optimized maintenance scheduling;Enhanced reservoir management
Challenge: Forecasts for hydroelectric production estimation
Description: The goal of this challenge is to identify and test a seasonal weather forecast service capable of estimating the production of the company's hydro fleet in Italy and Spain up to 12 months in advance. The service should meet the specified requirements, including the use of internally produced weather forecasts and a TRL of at least 7.


Technologies: AI;IoT;Blockchain;Electric Vehicles;Energy Storage
Applications: AI for Grid Management;IoT for Distributed Energy Resources;Blockchain for Energy Trading;Electric Vehicles as Mobile Energy Storage;Energy Storage for Grid Stabilization
Challenge: High-Voltage Grid Flexibility & Defense
Description: Tools that would enable the use of electric vehicles and other distributed generation and storage devices not only to provide further flexibility to the HV Electricity Grid, but also to enhance defense systems, intervening selectively during the first emergency thresholds and to avoid more extensive disconnection procedures


Technologies: AI;SCADA;IoT
Applications: AI for automation and control;SCADA for remote monitoring and control;IoT for connecting devices
Challenge: Intelligent automation tools for HV-substations
Description: Intelligent tools (SW and/or HW) for the protection, command, control and monitoring of high voltage substations. The tools which contain the "intelligent" protection and control devices should connect with the station SCADA (Supervisory Control and Data Acquisition), responsible for the functions of automation, control of field devices, monitoring of assets and environmental parameters and interface with the remote control centre.


Technologies: AI;Data Analytics;Simulation Software
Applications: AI for Grid Optimization;Data Analytics for Cost-Benefit Analysis;Simulation Software for Grid Planning
Challenge: Reconversion of electric lines HVAC-to-HVDC
Description: tools for the assessment of the conversion potential of existing HVAC lines into HVDC to support the planning of the HV grid development interventions and cost-benefit analysis.


Technologies: AI;Blockchain;IoT;Software
Applications: AI for dynamic stability assessment;Blockchain for secure data exchange;IoT for smart grid monitoring;Software for grid planning and simulation
Challenge: Critical/inter-area oscillations of inverter-based-HV-Grids
Description: tools for the evaluation of critical and inter-area oscillations on future inverter-based high-voltage grids in order to plan the future electricity grid considering any critical issues in terms of dynamic stability (Aptitude of the electrical system not to suffer persistent oscillations following a perturbation)


Technologies: Biometrics;Hardware Security
Applications: Biometric Authentication;Continuous User Verification
Challenge: Multifactor user authentication
Description: Multifactor user authentication, based on multifactor (biometric, token, etc.) inputs given through hardware (e.g. keyboard, mouse, etc.).
User authentication shall not be limited to the login phase, but  be a continuous process, enhancing security throughout the user session.


Technologies: AI;Blockchain;Data Analytics;Simulation Software
Applications: AI for Project Planning;Blockchain for Energy Trading;Data Analytics for Grid Optimization;Simulation Software for Dynamic Stability Analysis
Challenge: Cost-benefit analysis: HV-grid development projects
Description: tool that support a cost-benefit analysis of high-voltage, grid development projects aimed at improving dynamic stability (Aptitude of the electrical system not to suffer persistent oscillations following a perturbation)


Technologies: WiFi;Internet of Things (IoT);Network Infrastructure
Applications: WiFi for Multi-Dwelling Units (MDUs);IoT for Smart Buildings;Network Infrastructure for Real Estate
Challenge: WiFi for condominiums
Description: Internet connectivity solutions that offer tenants performance comparable to that of a dedicated connection. The solution can be either independent from the operator offering data transmission, thus purely technological, or "turn key," thus including the data transmission services.


Technologies: AI;IoT;Computer Vision
Applications: AI for Fall Detection;IoT for Elderly Care;Computer Vision for Activity Recognition
Challenge: Home monitoring for elderly care
Description: Remote monitoring solutions to keep an eye on elderly living alone. The features to have are fall prevention and other support necessities of the elderly living alone. The solution must have a low number of false positives.


Technologies: AI;IoT;Wearable Technology;Medical Devices
Applications: AI for Health Monitoring;IoT for Patient Care;Wearable Devices for Diabetes Management;Insulin Pump Automation
Challenge: Diabetes management
Description: Totally non-invasive measurement that the patient does not have to remember to perform. The solution has to offer monitoring with the help of watch or apps. Possibly solutions that can also close the loop with insulin pumps.


Technologies: AI;Blockchain;Mobile Apps
Applications: AI for Payment Processing;Blockchain for Secure Transactions;Mobile Apps for Parking Management
Challenge: Public parking payments
Description: solutions that offer public parking payment management possibilities that are strategic for our company. The solution preferably has to have white label custumization possibilities.


Technologies: AI;Computer Vision;Image Processing
Applications: AI for Damage Assessment;Computer Vision for Object Detection;Image Processing for Automotive Industry
Challenge: Car damage assessment
Description: solution that digitize and automate car inspection via photo or video that identifies and gives instant damage listing. This solution will need to identify the damaged parts with extreme accuracy and estimate repair and/or replacement costs in real-time (IA), reducing the timeframe of the management, operational costs while improving the customer experience.


Technologies: AI;Digital Twins;Avatar Technology;Integration APIs
Applications: AI-powered Patient Engagement;Digital Twin for Healthcare Monitoring;Avatar-based Patient Onboarding;Platform Integration for Healthcare Services
Challenge: patient engagement digital twin
Description: solutions that offer tools to attract new patients and allows them to be monitored along their patient journey. The solutions can be digital twins or created avatrs that engage with new patients and follow up with the existing ones.


Technologies: AI;IoT;Blockchain;Cloud Computing;Data Analytics
Applications: AI-powered diagnostics;IoT-enabled medical devices;Blockchain for secure data sharing;Cloud-based health records;Data-driven personalized health recommendations
Challenge: Medical Home Tests
Description: Solutions that offer do-it-yourself tests and check-ups in our digital platform that focus initially on generalists, eventually will be more vertically oriented. Afterwards solutions are supposed to generate referrals to specialized healtcare professionals.


Technologies: AI;Blockchain;Data Analytics
Applications: AI-based Nutritional Counseling;Blockchain for Secure Health Data Sharing;Data Analytics for Personalized Health Insights
Challenge: remote nutritional programs
Description: nutritional counseling and monitoring solutions that will be based on the characteristics and strictly individual parameters, such as height, weight, physical structure, health status (blood sugar, cholesterol, triglycerides), any diseases, intolerances and allergies, and lifestyle habits. Subsequently, the solutions should generate referrals to specialized healthcare professionals.


Technologies: AI;Data Analytics;Mobile Apps
Applications: AI-based nutrition counseling;Data-driven health monitoring;Mobile app for personalized health tracking
Challenge: remote nutrition programs
Description: nutrition counseling and monitoring solutions that will be based on the characteristics and strictly individual parameters, such as height, weight, physical structure, health status (blood sugar, cholesterol, triglycerides), any diseases, intolerances and allergies, and lifestyle habits. Subsequently the solutions should generate referrals to specialized healthcare professionals


Technologies: AI;Speech Recognition;Natural Language Processing;Text Analytics
Applications: AI for Customer Service;Speech Analytics;Sentiment Analysis;Emotion Detection;Dialogue Analysis;Hate Speech Identification;Transcript Search;Call Categorization
Challenge: Voice Speech Analytics
Description: Solutions that offer voice speech analytics for customer service. AI assisted sofware should provide sentiment (positive, negative, neutral) analysis and emotion analysis during the call. The tool should provide a degree of dialogue effectiveness on the part of the operator and have the abilities to identify hate-speech. Software should permit search engine to perform queries on transcript data.


Technologies: No-Code Development; Blockchain
Applications: No-Code Blockchain App Development; Blockchain for Track and Trace
Challenge: Blockchain no code app tool
Description: We're looking for no code tools for the development and deployment of blockchain based applications. Both general purpose and specific purpose apps for track&trace etc etc


Technologies: Advanced Materials; Conductive Materials; Transmission Optimization Technologies
Applications: High-Efficiency Power Cables; Smart Grid Management; Sustainable Energy Transmission Systems
Challenge: Technologies/Materials for Energy Transmission Grid
Description: We are interested in solutions that can improve the efficiency and sustainability of power transmission, including new materials with enhanced conductivity and innovative technologies that can optimize transmission.


Technologies: AI;EdTech
Applications: AI for Training and Education;EdTech for Contact Center Training
Challenge: Discovery
Description: Herramientas de IA para la reducción de tiempo de capacitación , mejorando materiales, flujos en el proceso de formación para un contact center. Encontrar diversas tecnologias que faciliten este camino


Technologies: Environmentally-friendly materials; Energy-efficient processes
Applications: Sustainable PCB production; Green electronics design
Challenge: Sustainable Electronics: Green PCB
Description: For our consumer electronic devices, Printed Circuit Boards are one of the major contributor to product footprint. We are seeking for Environmentally-friendly materials and energy-efficient processes in the design/production of rigid or flexible circuit boards. We want to identify technology or solutions partners to collaborate with, either in applied research projects (technology validation) or product projects (technology transfer).


Technologies: Energy Storage;Advanced Monitoring and Control Systems;Renewable Energy Forecasting;Grid Integration
Applications: Energy Storage for High Voltage Transmission;Advanced Monitoring for Grid Stability;Forecasting for Renewable Energy Management;Grid Integration of Distributed Energy Resources
Challenge: High-Voltage Dispatchment of Renewable-Energy
Description: We are looking for solutions/technologies to improve the efficiency and reliability of renewable energy dispatchment in High voltage transmission. For example, but not limited to: energy storage, advanced monitoring and control systems, renewable energy forecasting, grid integration of distributed energy resources, ...


Technologies: AI;Machine Learning;Natural Language Processing
Applications: AI for Legal Analysis;Machine Learning for Risk Assessment;NLP for Text Analysis
Challenge: Intellectual Property Management
Description: An AI-based FTO (freedom to operate) analysis tool that automates the process of identifying potential IP infringement risks, providing accurate results at a lower cost and faster turnaround time. By leveraging AI, the company can increase the level of attention toward IP rights protection and reduce the risk of potential litigation.


Technologies: AI;Fintech;Enterprise Software;Ecommerce;Blockchain
Applications: AI for Credit Scoring and Underwriting;Fintech for Small Business Lending;Enterprise Software for Risk Management;Ecommerce for Small Business Digital Enablement;Blockchain for Secure Transactions
Challenge: Start Path Small Business Program
Description: - Offer solutions that enhance and increase Small Businesses access to capital. This for example will be solutions such as lending, credit underwriting and scoring, as well as risk models.

- Small Business Fintech Enablers, allowing for the technology enablement in the small business industry.

- Solutions that address Small Business Tools. This will cover areas such as customer onboarding, KYC, digital enablement.


Technologies: Blockchain;Web3;Decentralized Finance
Applications: Blockchain for Tokenization;Web3 for Financial Products;Blockchain for Trade Finance;Blockchain Tooling
Challenge: Blockchain for Business
Description: Solutions that tokenize real-world assets, like; Invoices, Mortgages, Securities, Trade Finance, Healthcare Assets,

Solutions that use blockchain to drive efficiencies across businesses.


Technologies: Carbon Capture; CO2 Emission Reduction
Applications: Carbon Capture for Cement Factories; Carbon Capture for Steel Mills; Emission Reduction in Industrial Processes
Challenge: Carbon Capture on hard-to-abate processes
Description: Solutions for carbon capturing on existing factories with hard CO2 emissions to atmosphere (mainly cement and steel mills), which are the accredited basis for such carbon capture technologies, which is the status of development, if testing of those technologies already in place or planned


Technologies: Solvolysis; Pyrolisis; Thermolysis; Acidolysis
Applications: Chemical recycling; Thermochemical recycling; Material recovery
Challenge: Solution for wind blade recycling
Description: Solutions allowing a material loop by solvolysis, pyrolisis, thermolysis, acidolysis (Chemical or thermochemical process)
Fiberglass, carbon fiber, resins are the materiel have been to be recycle


Technologies: AI;Blockchain;Battery Technology
Applications: AI for Supply Chain Management;Blockchain for Secure Transactions;Battery Tech for Electric Vehicles
Challenge: Production of EV Battery Banks
Description: how to gain entry into the electric vehicle battery supply chain, whether by acquiring or manufacturing batteries for electric vehicles. The intention is to formulate a commercial proposition that can be promoted via a wide network of gas stations.


Technologies: AI;Blockchain;IoT
Applications: AI for battery performance analysis;Blockchain for secure battery leasing transactions;IoT for battery monitoring and management
Challenge: Distribution of EV Battery Banks
Description: how to gain entry into the electric vehicle battery supply chain, particularly through establishing a distribution network that enables leasing of electric vehicle batteries with an innovative business model. This service portfolio could include EV battery servicing, battery swapping, and EV battery recycling. The ultimate aim is to formulate an innovative commercial proposition that can be promoted via a wide network of gas stations.


Technologies: AI;Machine Learning;GIS (Geographic Information System)
Applications: AI for Route Optimization;Machine Learning for Predictive Analytics;GIS for Mapping and Navigation
Challenge: Electric Mobility Routing
Description: an AI-driven tool to design travel plans for electric vehicle owners, with an emphasis on easing 'charging anxiety'. This tool will leverage a wide network of gas stations and adapt to a range of transport methods and charging options.


Technologies: API;Platform Integration;Data Consolidation
Applications: API Integration for Mobility Services;Platform Consolidation for Urban Travel;Data Management for Shared Mobility
Challenge: All-in One Urban Mobility
Description: innovative companies able to develop a platform that consolidates and utilizes mobility services provided by all local stakeholders to encourage travel within a shared mobility structure. Our initial priority is to incorporate a bike-sharing feature into our existing car-sharing service, with eventual aspirations to assimilate public transportation too.


Technologies: AI;IoT;Robotics;Telematics;Geospatial Analysis
Applications: AI for Vehicle Repositioning;IoT Sensor Networks for Fleet Management;Robotic Process Automation for Remote Driving;Telematics for Vehicle Tracking;Geospatial Analytics for Demand Prediction
Challenge: Remote Fleet Repositioning
Description: innovative solutions for remote driving system that can be implemented in the existing car-sharing fleet, designed to lessen the distance between the vehicle and the user by strategically moving the car-sharing vehicle from areas of low demand to high demand zones, thus enabling car valet services. We're also interested in software that can pinpoint the most effective locations for vehicle repositioning.


Technologies: Induction charging; Wireless charging
Applications: Induction charging for parking spots; Wireless charging for electric vehicles; In-road charging systems
Challenge: Autonomous Charging of Electric Vehicles
Description: innovative solutions enabling the wireless recharging of vehicle batteries. Such solutions could encompass technologies like induction charging, which could be integrated into parking spot infrastructure or through charging groundpads and inbuilt chargers within the roadway.


Technologies: AI;Autonomous Driving;Teleoperation
Applications: AI for Remote Vehicle Control;Autonomous Driving Systems;Teleoperation for Car-Sharing
Challenge: Remote & Autonomous Driving
Description: innovative solutions that will allow to expand the current car-sharing fleet with vehicles equipped with remote driving (and eventually, autonomous driving) systems to enhance the mobility experience and penetrate the e-hailing market.


Technologies: AI;Autonomous Navigation;Robotics
Applications: AI for Drone Navigation;Autonomous Drones for Delivery;Robotics for Last-Mile Logistics
Challenge: Last Mile Delivery
Description: innovative companies that develop and distribute self-navigating ground drones able to provide last-mile logistics services like food delivery. The goal is to utilize the wide urban territorial coverage provided by the gas stations network to boost the effectiveness and scope of last-mile and delivery services.


Technologies: AI;Blockchain;Cloud Computing;Cybersecurity;Data Analytics;IoT
Applications: AI for Data Analysis;Blockchain for Secure Transactions;Cloud Computing for Data Storage;Cybersecurity for Network Protection;Data Analytics for Threat Detection;IoT for Connected Devices
Challenge: PERUMIN Hub/Cybersecurity in mining
Description: How to incorporate technologies that guarantee cybersecurity in mining companies in the face of the use of 4.0 technologies?
The description of the challenge and value elements are detailed at: https://perumin.com/hub/en. You can present your proposal from May 11 to June 12, 2023. Apply in https://peruminhub.vform.


Technologies: AI;IoT;Blockchain;Renewable Energy;Energy Storage
Applications: AI for Carbon Footprint Analysis;IoT for Energy Management;Blockchain for Carbon Credits;Renewable Energy Integration;Energy Storage Systems for Mining Operations
Challenge: Perumin Hub/Decarbonization in Mining
Description: How to implement technologies in operations and in the supply chain that allow for carbon-neutral activity?
The description of the challenge and value elements are detailed at: https://perumin.com/hub/en.
You can present your proposal from May 11 to June 12, 2023. Apply in https://peruminhub.vform


Technologies: AI;IoT;Data Analytics;Automation
Applications: AI-powered water treatment systems;IoT sensors for real-time water monitoring;Data-driven predictive maintenance for water infrastructure;Automated water recycling processes
Challenge: PERUMINHub/ Water resources in mining
Description: How to facilitate the optimization of water use and reuse in mining operations?
The description of the challenge and value elements are detailed at: https://perumin.com/hub/en. You can present your proposal from May 11 to June 12, 2023. Apply in https://peruminhub.vform


Technologies: AI;Data Analytics;Data Visualization;Blockchain
Applications: Data-driven decision making;AI-powered analytics;Blockchain for secure data sharing;Data visualization tools for stakeholders
Challenge: PERUMIN Hub/Data and evidence
Description: How to generate value sharing through the use of data and evidence between mining companies and stakeholders?
The description of the challenge and value elements are detailed at: https://perumin.com/hub/en. You can present your proposal from May 11 to June 12, 2023. Apply in https://peruminhub.vform


Technologies: AI;Blockchain
Applications: AI for Stakeholder Engagement; Blockchain for Collaborative Decision-Making
Challenge: PERUMIN Hub/Territorial Development
Description: How to generate shared value through active stakeholder participation in territorial development?
The description of the challenge and value elements are detailed at: https://perumin.com/hub/en. You can present your proposal from May 11 to June 12, 2023. Apply in https://peruminhub.vform.


Technologies: AI;Blockchain
Applications: AI for Shared Value Generation; Blockchain for Sustainable Mining
Challenge: PERUMIN Hub/ Mine Closure
Description: How to incorporate models that generate shared value in mine closure?
The description of the challenge and value elements are detailed at: https://perumin.com/hub/en. You can present your proposal from May 11 to June 12, 2023. Apply in https://peruminhub.vform.


Technologies: AI;IoT;Blockchain;Cloud Computing;Robotics
Applications: AI for Process Optimization;IoT for Equipment Monitoring;Blockchain for Secure Data Sharing;Cloud-based Data Analytics;Robotic Process Automation in Mining Operations
Challenge: PERUMIN Hub/Productivity in Mining
Description: How to improve productivity and efficiency in operations by taking advantage of 4.0 technologies and facilitating their adoption?
The description of the challenge and value elements are detailed at: https://perumin.com/hub/en. You can present your proposal from May 11 to June 12, 2023. Apply in https://peruminhub.vform.


Technologies: AI;IoT;Robotics
Applications: AI for Worker Safety;IoT for Real-time Monitoring;Robotics for Hazardous Tasks
Challenge: PERUMINHub / OH&S in mining
Description: How to improve the safety and health of workers through automation and digitalization?
The description of the challenge and value elements are detailed at: https://perumin.com/hub/en. You can present your proposal from May 11 to June 12, 2023. Apply in https://peruminhub.vform.


Technologies: AI;IoT;Robotics;AR/VR;Drones
Applications: AI for Process Optimization;IoT for Real-time Data Collection;Robotics for Automated Drilling;AR/VR for Training and Simulation;Drones for Aerial Surveying
Challenge: PERUMIN Hub/Exploration in mining
Description: How to incorporate technological innovations to optimize processes and reduce personnel risks during the exploration stage?
The description of the challenge and value elements are detailed at: https://perumin.com/hub/en. You can present your proposal from May 11 to June 12, 2023. Apply in https://peruminhub.vform.


Technologies: AI;Natural Language Processing;Machine Learning
Applications: AI for Symptom Analysis;NLP for User Interaction;ML for Health Assessment
Challenge: Condition / Health Checker
Description: solutions that use artificial inteligence to assist users to understand the sympthoms or general health condition.  The system should enage in a user-friendly exchange based on which assumptions are given.


Technologies: AI;IoT;Data Analytics
Applications: AI for Vehicle Data Analysis;IoT Sensor Networks for Data Collection;Data Analytics for Business Model Innovation
Challenge: Vehicle Data Monetization Business Models
Description: We are looking for scaleups that are trading with data coming out from the vehicles ecosystem. New services, business models and revenue streams based on data gathered by vehicles or related digital platforms will be of interest.


Technologies: AI;Chatbots;Machine Learning
Applications: AI for Supplier Selection;Chatbots for Procurement;Machine Learning for Purchase Decisions
Challenge: Automatic Tender for "standard purchases"
Description: - BSL automation for delegated purchasing, leading to potential savings through increased supplier involvement and more bids.
-  Improved supplier comparison and better offers, resulting in time and financial savings.
- Enhanced procurement and BSL advantage through increased supplier audience for delegated purchasing.


Technologies: Adhesive films; Solar panel modification
Applications: Visual enhancement of solar panels; Removable advertising solutions; Energy production control; Compatibility with cleaning robots
Challenge: Adhesive films
Description: That can modify the visual appearance of solar panels using adhesive films. The solution should have minimal impact on production performance and durability, applicable to existing modules or during the manufacturing process.


Technologies: Photovoltaic;Sensors;Data Logging
Applications: Energy monitoring;Performance evaluation;Solar energy data collection
Challenge: Measuring single PV Modules performances
Description: Devices for measuring the IV curve of PV modules (with automatic disconnection and reconnection) and sensors to collect temperature and irradiation variables for power conversion to STC. Objective: monitor PV module performance over time.


Technologies: AI;Blockchain;Robotics;Automation;Data Analytics
Applications: AI for waste management and resource recovery;Blockchain for secure data sharing and traceability;Robotics and automation for efficient tailings processing;Data analytics for circular economy insights
Challenge: VetaPoderosa | Tailings - Circularity
Description: How might we generate sustainable and inclusive business models using tailings within a circularity framework?

Description: https://poderosa.com.pe/Content/innovacion_abierta/descargas/relaves/relaves-eng.pdf
More information: https://poderosa.com.pe/innovacion-abierta#fecha3


Technologies: AI;Blockchain;Robotics;IoT
Applications: AI for waste sorting and classification;Blockchain for supply chain traceability;Robotics for automated tire recycling;IoT for smart waste management systems
Challenge: VetaPoderosa | Tire waste-Circularity
Description: How could we generate sustainable and inclusive business models
using tire waste with a circular economy approach?

Description: https://poderosa.com.pe/Content/innovacion_abierta/descargas/neumaticos/neumaticos-eng.pdf
More information: https://poderosa.com.pe/innovacion-abierta#fecha1


Technologies: Membrane filtration;Reverse osmosis;Advanced oxidation processes;Nanofiltration
Applications: Membrane filtration for effluent treatment;Reverse osmosis for water desalination;Advanced oxidation to remove organic contaminants;Nanofiltration for ion separation
Challenge: VetaPoderosa | Water - Pithead
Description: How might we generate water for human consumption in the influence area of Poderosa using the effluent from the Estrella pithead?
Description: https://poderosa.com.pe/Content/innovacion_abierta/descargas/efluentes/efluentes-eng.pdf
More information: https://poderosa.com.pe/innovacion-abierta#fecha4


Technologies: AI; IoT; Environmental Engineering
Applications: AI for Ecosystem Monitoring; IoT for Environmental Sensing; Engineering Solutions for Soil Restoration
Challenge: Tundra Restorations Projects
Description: Oil + connected infrastructure that is affecting the Tundra Soil and environment.
Remediation will not be consider part of the scope of the scouting.
Scope of work should focus on restoring the Tundra, while keeping some roads for local community and generate additional value.


Technologies: Real-time Position Monitoring; Geofencing; Video Analytics; Wearable Technology
Applications: Real-time tracking of workers; Dynamic red zone monitoring; Automated alarm systems; Visual and wearable alarms; Video surveillance with analytics
Challenge: Red Zone Safety  WellOps
Description: Effective monitoring of rig floor activities can be achieved through real-time position monitoring (e.g., geofencing) and camera systems with video analytics. Dynamic red zones require technology to identify conditional areas. Automatic alarms alert operators and security personnel, enabling timely actions. Customizable alarms can be visual or wearable for targeted individuals in active red zones.


Technologies: Electrochemical Synthesis
Applications: Electrochemical Synthesis for Green Ammonia Production
Challenge: Electrochemical Synthesis of Ammonia
Description: We are scouting for companies that offer innovative processes based on electrochemical synthesis to produce Ammonia to widen its business opportunities related to Green Hydrogen production.


Technologies: AI;Data Analytics;Automation
Applications: AI-powered recommendation systems;Data-driven customer segmentation;Automated financial planning tools
Challenge: Automation for Financial advisors
Description: Poste Italiane is looking for solutions that help financial advisors to offer customized commercial products to clients. Companies that offer automation and data enrichment in financial services for commercial offers, wealth management, and investments.


Technologies: AI;IoT;Robotics;Drones;Autonomous Vehicles
Applications: AI for Route Optimization;IoT for Package Tracking;Robotics for Warehouse Automation;Drone Delivery Systems;Autonomous Vehicles for Last-Mile Delivery
Challenge: Courier and logistics
Description: Poste Italiane is looking for disruptive solutions offering innovative approaches in logistics. Specifically, in package delivery, and courier services. Companies that have proven use cases in delivery services are preferred.


Technologies: AI;Robotics;Computer Vision;Machine Learning
Applications: AI-powered waste sorting systems;Robotic arms for material handling;Computer vision for waste identification;Machine learning algorithms for optimizing recycling processes
Challenge: Recycling Solutions Industrial Waste
Description: Solutions for recycling waste from production plants such as concrete, metal debris, fabrics, paint and others.
Solutions for recycling paper & plastics more efficiently.


Technologies: AI;IoT;Sensors;Machine Learning
Applications: AI-powered leak detection systems;IoT sensors for real-time monitoring;Machine learning algorithms for data analysis and pattern recognition;Smart water management systems
Challenge: Detection of Water Leakages
Description: Solutions for water leak detection in underground pipes. These solutions should help us to reduce the workforce involved in the process, should also improve the accuracy of the detection and they should finally reduce the overall cost.


Technologies: AI;HR Software;Employee Engagement Platforms
Applications: AI-powered employee onboarding;HR automation;Personalized employee engagement programs
Challenge: Employee Belonging, Retention and Onboarding
Description: Solutions for flexible onboarding of new hires, new tools for employee experience, increasing sens of belonging with cultural transformation initiatives . We have a group of 3k + employees with various expertise and areas of work, it is difficult to find the common approach that fits all


Technologies: AI;Computer Vision;QR Codes;Barcode Technology
Applications: AI for Code Generation;Computer Vision for Optical Scanning;QR Codes for Component Identification;Barcode Scanning for Inventory Management
Challenge: Aftermarket parts tracking
Description: We are currently seeking hardware or software solutions that enable FPT to prevent forgeries by generating unique physical or virtual codes for each component managed by the aftermarket division.


Technologies: DeFi;DLT;Digital Asset;Web3;DAOs;Deep Learning;Machine Learning;VR;Metaverse
Applications: Decentralized Finance;Digital Ledger Technology;Web3 SaaS;Blockchain-based Applications;DAO Governance;Deep Learning for VR;Machine Learning for Metaverse;Virtual Reality Experiences
Challenge: Metaverse 4 Finance
Description: Solutions related to:
● Property Rights in Metaverse
● Financing in the Metaverse
● Interoperability of NFTs and DeFi
● Liquidity Providers and Automated Market Making
● Real World Asset Market
● Payment in the Metaverse
● Decentralized Services
● NFTs and Digital-Native Assets as Collateral
● Providing Common, Consistent, and Resilient Wallet Infrastructure

Targeted technologies: Defi, DLT & Digital Asset, Web3, DAOs, Deep & ML, VR & Meta


Technologies: Lab Testing;Materials Science;Chemical Engineering
Applications: Grey Iron Materials Development;Particle Size and Amount Measurement;Chemical Composition Design
Challenge: Wear-resistant lamellar gray iron
Description: Proven expertise in developing grey iron materials and experience in conducting or interpreting test lab results.
Understanding related with WLTP bench tests measuring amount and size of particles.


Technologies: Computer Vision;Robotics;Automation
Applications: Computer Vision for Mark Recognition;Robotic Arm Integration;Automated Marking System
Challenge: Individual marking of sand molds
Description: Proven experience in the design & manufacturing of devices capable of operating in harsh and 24/7 environments.
Commercial spare parts for maintenance.
Ability to integrate with the molding machine's software.


Technologies: Compression;Gas Handling;High Pressure Systems
Applications: Hydrogen Compression for Aerospace Applications;Energy Storage Solutions;Industrial Gas Compression;Mobility and Transportation Fuel Systems
Challenge: Hydrogen compression to 30 bar
Description: Proven solutions to boost atmospheric hydrogen to low pressures, in order to feed our high pressure compressors with acceptable flow rates, size envelopes and gas purity.


Technologies: Bionics;Cobotics;Human-Robot Interaction
Applications: Bionic Cobots for Industrial Automation;Cobots for Quality Control;Human-Cobot Collaboration in Pharmaceutical Manufacturing
Challenge: Bionic cobot_pharma industrial pant
Description: bionic cobots able to interact with humans working in the quality department of an industrial plant of a drug production company. These cobots also need to be able to take care of the documentation part of the industrial process.


Technologies: AI;Enterprise Software
Applications: AI for Project Management;Enterprise Resource Planning (ERP) Software
Challenge: AI for company-wide project management
Description: An enterprise software that is able to manage the resource allocation on various projects, and to reallocate such resources in real time based on various internal or external stress factors.


Technologies: Coating Technology; Material Science
Applications: Protective Coatings for Metal Surfaces; Food-Safe Coatings; Corrosion Prevention
Challenge: Coatings for Metal Caps&Closures
Description: Coatings (inks & varnishes) that prevent the metal (aluminum and steel) exterior side of bottle caps and closures getting scratched, and for the internal side coatings preventing surface corrosion/oxidation, food-safe and LDPE adhesion promoters.


Technologies: Coatings;Corrosion Prevention;Adhesion Technology
Applications: Coatings for Metal Protection;Corrosion Prevention for Food Packaging;Adhesion Solutions for Metal-Plastic Bonding
Challenge: Inks and Varnishes INTERNAL
Description: Coatings (Lacquers & Varnishes) that prevent corrosion of the metal (aluminum and steel) interior side of our caps and closures, the side that is in contact with the beverage content. Coating should also promote LDPE adhesion with the metal surface.


Technologies: AI;ML;Cloud Computing
Applications: AI for Inventory Management;ML for Stock Optimization;Cloud-based Data Unification
Challenge: AI for Enhanced Inventory Efficiency
Description: Extensive expertise in developing machine learning algorithms with a primary focus on minimizing inventory levels. This includes a distinct innovative approach, resulting in a model that holds the potential for seamless scalability throughout the entire Iveco business.


Technologies: Blockchain;AI;Cryptocurrency
Applications: Blockchain for NFT-based loans;AI for Virtual Banks;Cryptocurrency for Decentralized Finance
Challenge: Financing in the Metaverse
Description: Solutions that provide a more secure and transparent way to manage financial transactions, making the metaverse a more accessible and secure place for users to conduct financial transactions. Related areas of interest are (not limited to):
● NFT-based loans
● Decentralized finance (DeFi)
● Virtual banks
● Virtual insurance


Technologies: AI;Machine Learning;Advanced Analytics
Applications: AI for Demand Forecasting;Machine Learning for Forecasting Accuracy;Advanced Analytics for Data-driven Decisions
Challenge: Improving demand forecasting with AI.
Description: An AI system that can adapt to changing market conditions, making real-time adjustments to the demand forecast, taking into account the dynamic nature of the market and the impact of external events.

It can generate more accurate forecasts, optimize inventory levels, and supply chain operations, leading to better resource allocation, reduced costs, and improved customer satisfaction due to enhanced product availability and timely deliveries.


Technologies: AI;Digital Platforms
Applications: AI for Raw Materials Identification;Digital Platforms for Supply Chain Management
Challenge: Raw materials identification digital devices
Description: A digital passport for our digital devices (e.g. laptops and monitors) in terms of raw materials by using AI or dedicated digital platforms. This is necessary for complying with the company’s commitment to raw materials monitoring and for engaging our suppliers on the topic.


Technologies: AI;Data Analytics;GIS
Applications: AI for Transport Demand Prediction;Data Analytics for Mobility Patterns;GIS for Infrastructure Planning
Challenge: Integrated Inclusive mobility Platform
Description: A platform would make it possible to reduce mobility poverty given by the scarcity of transport infrastructures present in an area and in certain time slots by the poor quality of service.


Technologies: Drones;Satellite Imaging;Image Processing
Applications: Autonomous Drones for Site Monitoring;Satellite Imaging for Construction Progress Tracking;Image Processing for Incident Detection
Challenge: Remote supervision of construction
Description: technological solutions that enable the supervision of construction works remotely, enabling teams in different locations, far from the construction site, to check progress and potential incidents in real time.


Technologies: AI;Electric Vehicles;Autonomous Driving;Logistics Optimization
Applications: AI for Route Optimization;Electric Vans for Urban Delivery;Autonomous Drones for Heavy Loads;Logistics Software for Efficient Last-Mile Operations
Challenge: Last mile efficient and sustainable
Description: An efficient, sustainable, and profitable last-mile solution that addresses the challenges of urban centers, the autonomy of electric vehicles, and the ability to carry large, heavy, and bulky loads.


Technologies: AI;Data Analytics;GIS
Applications: AI for Consumer Vulnerability Assessment;Data Analytics for Consumer Insights;GIS for Mapping and Visualisation
Challenge: Clients Digital Vulnerability Map
Description: Facilitate the digital mapping of information relating to consumer vulnerabilities, supporting the company in identifying vulnerable consumers, increasing the customer base, and identifying the areas most populated by vulnerable consumers and the types of vulnerabilities most present.


Technologies: Cloud Computing;Data Analytics;Sustainability Software
Applications: Cloud-based emissions tracking;Data-driven sustainability analytics;Supplier collaboration platform
Challenge: Scope 3 Platform
Description: Develop a shared platform with suppliers to track, account, and monitor in order to reduce Scope 3 emissions along the cloud services, application support, and IT and telecommunications services value chain. The platform will make it possible to calculate the emissions saved and avoided through the performance of suppliers' products.


Technologies: Hydrogen;CCSU;Long duration energy storage
Applications: Hydrogen blending;Measurement;Leakage detection;Carbon utilization for synthetic fuels;Carbon mineralization;High temperature thermal storage
Challenge: Decarbonization: Innovative Solutions for Sustainability
Description: solutions in the decarbonization space ranging from hydrogen, CCSU and Long duration energy storage.
Main interests for each topic comprise deep-tech solutions for:
- hydrogen blending, measurement and leakage detection;
- carbon utilization (i.e., synthetic fuels and mineralization);
- and high temperature thermal storage.


Technologies: AI;IoT;Robotics;AR/VR;Computer Vision
Applications: AI for Process Automation;IoT for Asset Tracking;Robotics for Assembly Line Optimization;AR/VR for Training and Remote Assistance;Computer Vision for Quality Control
Challenge: Improve the Workflow of Car Manufacturing Plants
Description: We are looking for startups capable of innovating new products for optimizing workflows in car manufacturing plants. A streamlined workflow here is paramount for achieving peak efficiency and productivity. We consider different technologies that enable us to bolster operational efficiency in these plants.


Technologies: Robotics; Automation; Micro-Robotics
Applications: O&M operations in confined spaces; Remote execution of maintenance tasks; Safety-critical operations; Aerospace robotics; Agritech automation; Autonomous vehicle maintenance
Challenge: Robotics O&M operations confined/restricted areas
Description: We are scouting for companies that offer technological solutions in the field of robotics and automation that enable field workers to perform specific O&M operations, without compromosing their own safety and/or that allow the remote execution of activities.


Technologies: Robotics;Automation;Remote Control Systems
Applications: Autonomous inspection robots;Remote-controlled drones for extreme weather conditions;Automated safety protocols for hazardous environments
Challenge: Autonomous inspections in inaccessible locations
Description: We are scouting for companies that offer technological solutions in the field of robotics and automation for inspections. Said solutions should enable field workers to perform specific inspection operations (also during extreme events - e.g. fires next to HV lines, heavy rain/snow/wind) without compromising their own safety and that allow the remote execution of activities.


Technologies: Collaborative Robotics; Advanced Sensors; Intelligent Algorithms
Applications: Cobotics for O&M Activities; Human-Robot Collaboration; Safety in Industrial Automation
Challenge: Collaborative Robotics for O&M Activities
Description: We are scouting for companies that offer technological solutions in the field of CoBotics/Collaborative Robotics our field O&M activities as a TSO, These robots should be equipped with advanced sensors and intelligent algorithms that enable them to perceive their surroundings and respond to human presence, allowing them to work side by side with humans without causing harm, enhancing productivity and efficiency while ensuring safety.


Technologies: Sensors; Filtration Systems; Electrodialysis; Reverse Osmosis
Applications: Boron Detection Sensors; Metal Removal Filtration; Electrodialysis for Water Purification; Reverse Osmosis for Boron Separation
Challenge: Boron Removal in Treat Water
Description: Technology applications for detecting and remove low concentrations of Boron (metallics in general) in treated water. The technology must combine the necessity to stay within law-boundaries with the cost-efficiency needs of the company.


Technologies: Filtration;Water Treatment
Applications: MTBE removal from water;Water purification
Challenge: Methyl Tertiary Butyl Ether Treatment
Description: Methyl Tertiary Butyl Ether (MTBE) is a flammable liquid that has been used as an additive for unleaded gasoline, and is found in high concentrations in water using in the refining process. We are looking for a technology that can treat this water and remove this chemical.


Technologies: Electrolysis;Water Purification
Applications: Electrolysis for Hydrogen Production;Water Purification for Industrial Processes
Challenge: Impure Water Electrolysis Hydrogen Production
Description: Electrolysis is a means of hydrogen production for clean energy use, where one uses electricity to split water into hydrogen and oxygen. This reaction takes place in a unit called an electrolyzer, and requires highly purified water to work. We are looking for a technology that can use less pure water for the Electrolysis process, reducing the costs involved of using more pure water.


Technologies: IoT; Space Techs (Imagery and Geolocation)
Applications: Smart Farming; Biogas Industry Optimization
Challenge: Smart Farming in Biogas Industry
Description: cutting-edge solutions applied to the biogas industry and more specifically in the Smart Farming area, including through IoT and space techs - imagery and geolocation).


Technologies: Generative AI; Digital Twin; Remote Monitoring (Satellites & Drones); IoT; 5G; ESG Monitoring; Robotics; Asset Management; Human Augmentation
Applications: AI for supply chain optimization; Digital Twin for real-time monitoring of biogas plants; Satellite and drone-based remote sensing for crop health analysis; IoT sensors for tracking biomass transportation; 5G connectivity for fast data transfer; ESG monitoring for sustainability reporting; Robotics for automated biomass processing; Asset management for efficient plant maintenance; Human augmentation for enhanced worker safety.
Challenge: Biomass Supply chain monitoring&tracking
Description: cutting-edge solutions in the biogas industry and more specifically to track and monitor the Biomass supply chain.
With a focus on digital technologies like generative AI, digital twin, remote monitoring (satellites & drones), IoT & 5G, ESG monitoring, robotics automation, asset management, and human augmentation, to develop a more efficient and sustainable Biogas value chain.


Technologies: Generative AI;Digital twin technology;IoT;5G;Robotics;Remote monitoring
Applications: AI for security and surveillance;Digital twin for asset management;IoT for remote monitoring;5G for connectivity;Robotics for automation;Satellite and drone monitoring
Challenge: Security&surveillance for agricultural
Description: Security, surveillance & anti-intrusion systems for agricultural fields and assets. The end goal is to develop a more efficient and sustainable Biogas value chain.
Keywords : Security and Surveillance systems , Anti-intrusion, Generative AI, Digital twin technology, Remote monitoring (satellites & drones), IoT applications in agriculture, 5G technology, Robotics automation, Asset management solution, and Human augmentation.


Technologies: AI;IoT;Blockchain;Sensors;Data Analytics
Applications: AI for Process Optimization;IoT for Real-time Monitoring;Blockchain for Traceability;Sensors for Biomass Quality Control;Data Analytics for Performance Tracking
Challenge: ESG Monitoring in Biogas Industry
Description: We are looking for  ESG monitoring that can be applied in the biogas industry ranging from plant construction to biomass production, biogas & biomethane production, Agri-field management, and plant maintenance.


Technologies: AI;IoT;Data Analytics
Applications: AI for predictive maintenance;IoT for remote monitoring;Data Analytics for process optimization
Challenge: Plant EPC for Biogas
Description: Industry 4.0 solutions that can apply to the Biogas industry. It includes plant EPC, predictive & proactive maintenance, plant configuration optimization, and digital twin solutions.


Technologies: Rheology; Polymer Science; Material Science
Applications: Rheology for Cable Manufacturing; Polymer Treatment Optimization; Material Characterization for Industrial Applications
Challenge: Startups in rheology for manufacturing
Description: startups that can support and make more efficient and accurate rheology studies. These studies are important for us for the production of cables. The startup needs to be able to help us understand the optimal conditions at which we need to to treat polymers in order to manufacture cables with the desired characteristics.


Technologies: Robotics; Software; Artificial Intelligence
Applications: Robotics for Automation; Software for Process Control; AI for Task Management
Challenge: Robotics for plant efficiency
Description: Startups in the field of robotics that could help a plant be more efficient and make the workers save time. The robotics component can help in the control chain, or in carrying out repetitive tasks. This component needs to be related to software, through which management can control the status of all the operations.


Technologies: Digital Twin; AI; Simulation; Modeling; Visualization
Applications: Digital Twin for manufacturing plant simulations; AI-powered production system optimization; Simulation for process analysis; Modeling for material flow management; Visualization for plant operations
Challenge: Digital twin for industry 4.0
Description: Startups offering digital twin solutions that can help a manufacturing company in doing plant simulations and modeling (for pilots, machine use, analyzing, visualizing, and optimizing production systems and processes, the flow of materials, and logistic operation).


Technologies: 5G; Broadcasting; Telecommunications
Applications: 5G Broadcasting for Live Events; 5G Network Slicing for Media Delivery; 5G-enabled Interactive TV Services
Challenge: 5G Broadcasting Technology
Description: Innovative solutions and technologies in the 5G broadcasting sector. The solution should facilitate telco operator to perform 5G broadcast in an efficient and cost-effective way.


Technologies: AirJet;Air-jet actuators
Applications: Automotive electronics cooling;Aerospace cooling systems
Challenge: Efficient compact active electronics cooling
Description: Small electronics associated to interior auto parts are increasingly more common.
In some cases, these electronics are energy intensive devices (wireless connectivity, projectors, holographics, ...,) demanding extra cooling capacity, and in turn without much available room for achieving efficent passive cooling.


Technologies: Computer Vision;Machine Learning;Image Processing
Applications: Computer Vision for Barcode Scanning;Machine Learning for Quality Control;Image Processing for Print Verification
Challenge: RFD and bar code verification
Description: solutions that can help us verify that bar codes that go into pallets that are shipped from our plant are actually readable and well-printed. This should prevent receiving calls from clients that lament that a pallet is lost or not retrievable or have problems of sorts with the barcode.
The solution should be easy to use and integrate into the plant's workflow


Technologies: AI;Natural Language Processing
Applications: AI for Customer Support;NLP for Text Simplification
Challenge: GenerativeAI for Plain language
Description: Generative AI solution for customer support agents to automatically simplify written communication to plain language standards. Use cases include explaining billing information. The desired outcome is to close tickets faster and improve customer satisfaction.


Technologies: AI;IoT;Sensors;Satellite Imaging;Spectroscopy
Applications: AI for Data Analysis and Pattern Recognition;IoT for Real-time Monitoring;Sensors for Gas Detection;Satellite Imaging for Remote Sensing;Spectroscopy for Methane Identification
Challenge: Fugitive methane emission detection
Description: technologies that can precisely detect and quantify methane fugitive emissions on a “bottom up” and continuous basis for upstream, midstream and downstream assets. This comes from the need of measuring emissions empirically, rather than estimated from standard emission factors, the methodology traditionally used so far.


Technologies: AI;Robotics/Cobots;Artificial Vision
Applications: AI for wire harness routing;Robotics/Cobots for assembly automation;Artificial Vision for object recognition and navigation
Challenge: Automatic process for wire-harness routing
Description: Design an automatic process for wire harness routing for the assembly of outside view mirrors. The project must include technologies such as AI, robotics/cobots, and artificial vision. The objective is to enable the routing of a wire harness within the compact structure of a rearview mirror, efficiently navigating through small and intricate passages. The ultimate goal of the project is to automatize this manual process.


Technologies: AI;Robotics;Process Automation
Applications: AI-powered quality control;Robotic process automation for manufacturing;Automated process optimization
Challenge: CURING PROCESS OF PLASTIC WELDED
Description: Identify an innovative technological approach to enhance the conventional method of aging plastic parts through either US or vibration welding. Currently, the industry standard involves subjecting welded parts to heat over a specific duration to prevent product damage. This project aims to introduce an alternative process that minimizes the cycle time impact of aging, thereby optimizing production efficiency.


Technologies: Machine Learning;Robotics
Applications: ML for Automated Calibration;Robotics for Manufacturing Process Optimization
Challenge: End-of-Line Testing MACHINE LEARNING
Description: Machine Learning for EOLT: In our current process, the products undergo a 100% pass-through in an End of Line testing machine with fixed parameters. This setup has remained constant over time, with no adjustments made to accommodate the product's lifecycle changes. The objective is to implement a ML-driven solution that enables the automatic calibration of the EOLT process. This entails a redefinition of the process and associated parameters.


Technologies: AI;Blockchain;Cloud Computing;Data Analytics;IoT
Applications: AI for Supply Chain Optimization;Blockchain for Secure Data Sharing;Cloud-based Collaboration Platforms;Data Analytics for Forecasting;IoT for Real-time Tracking
Challenge: Logistics digitalisation
Description: To articulate a specific software solution aimed at digitizing supply chain activities, encompassing processes from initial customer requirements through daily meeting updates, forecasting market trends, and tracking real-time evolution. The objective is to enhance the planning process by offering a more refined approach.


Technologies: Advanced materials; Electrolytes; Solid-state chemistry; Innovative electrodes
Applications: High-performance batteries; Energy-dense storage solutions; Improved manufacturing processes for energy storage
Challenge: Advanced materials for batteries
Description: breakthrough technologies that could improve significantly the energy density (Wh/kg or Wh/l), the Power factor (C-rate) and the manufacturing cost of the utility grade energy storages.


Technologies: Heat Pumps
Applications: Industrial Heat Recovery; Waste Heat Utilization
Challenge: Industrial heat utilization
Description: innovative technologies that can significantly reduce the carbon footprint of heat production, with a focus on industrial heat pumps. We are looking for technologies able to produce enthalpy levels from 150°C and above.