Technologies: AI;IoT;Real-time analytics
Applications: AI for fuel efficiency recommendations;IoT for vehicle monitoring;Real-time analytics for driving behavior
Challenge: Nudging sustainable driving
Description: solutions to challenge people to use more sustainable driving options (real-time recommendation systems to save fuel, incentives to use shared rather than private cars, driving style, routes, etc.) and exert a driving behavior in order to reduce the produced emissions.


Technologies: AI;IoT;Blockchain;Robotics;AR/VR
Applications: AI for Predictive Maintenance;IoT Sensor Networks;Blockchain for Asset Tracking;Robotic Process Automation;AR/VR for Training and Safety Simulations
Challenge: MINING ACTIVITIES
Description: Construction, safety, efficiency and decarbonization.


Technologies: AI;Computer Vision;3D Modeling\
Applications: AI for Point Cloud Processing;Computer Vision for 3D Capture;3D Modeling for Construction and Civil Engineering
Challenge: DIGITAL MODELS FOR CONSTRUCTION
Description: point cloud post-processing to obtain models of pre-existing and built geographic elements.


Technologies: Sensors;AI;Computer Vision;Predictive Analytics;IoT
Applications: Sensors for Structural Health Monitoring;AI-based Predictive Maintenance;Computer Vision for Crack Detection;Predictive Analytics for Component Failure;IoT for Real-time Monitoring
Challenge: DETECTION OF STRESSES ON MATERIALS IN COMPLEX STRUCTURES
Description: detection of stresses on materials in complex structures


Technologies: AI;Computer Vision;IoT
Applications: AI and Computer Vision for Construction Monitoring;IoT for Resource and Machinery Tracking
Challenge: Construction Management Solutions
Description: We are looking for resource monitoring and analysis of productivity in big construction sites
We are looking for construction execution solutions and monitoring of large-scale construction projects through technologies like AI and Computer vision.


Technologies: Cloud; Virtual Power Plants; Smart Grid
Applications: Cloud technology for energy management; Virtual Power Plants for centralized control; Smart Grid integration for distributed energy resources
Challenge: HOW TO MANAGE DISTRIBUTED ENERGY RESOURCES AS A NETWORK
Description: how to manage distributed energy resources as a network


Technologies: AI;Robotics;Drones;Blockchain;Big Data;Analytics;3D Printing;Microsatellites;5G;AR;VR
Applications: Robotics for Energy Infrastructure Inspection;Drones for Energy Asset Monitoring;Blockchain for Energy Transition;AI for Energy Asset Health Monitoring;Big Data Analytics for Renewable Energy Operations;3D Printing for Energy Sector;Microsatellites for Energy Infrastructure;5G for Energy Management;AR/VR for Energy Training and Maintenance
Challenge: ADVANCED TECHNOLOGIES FOR THE OPERATION AND MAINTENANCE OF GENERATION ASSETS
Description: We are looking for start-ups to help us transform the process of operating, inspecting and monitoring of the health of generation assets, such as autonomous robotics solutions for the inspection of energy infrastructure.


Technologies: AI; IoT; Blockchain; Real-time analytics; Predictive analytics
Applications: AI for energy trading decisions; IoT for energy monitoring and management; Blockchain for secure energy transactions; Real-time analytics for market adjustments; Predictive analytics for scenario analysis and strategy development
Challenge: DIGITAL ENERGY TRADING: OPTIMISING ENGAGEMENT IN ENERGY MARKETS AND ADJUSTMENT S
Description: --


Technologies: AI;IoT;Blockchain;Logistics;Sustainability
Applications: AI for Delivery Route Optimization;IoT for Warehouse Management;Blockchain for Secure Transactions;Logistics for Urban Delivery Networks;Sustainable Delivery Practices
Challenge: DEVELOPMENT AND MANAGEMENT OF MOBILE MINI-HUBS FOR URBAN DELIVERIES
Description: development and management of mobile mini-hubs for urban deliveries


Technologies: AI;IoT;Blockchain;Energy Storage;Renewable Energy
Applications: AI for Smart Charging;IoT for Vehicle Monitoring;Blockchain for Energy Trading;Energy Storage for Grid Stability;Renewable Energy Integration
Challenge: INTELLIGENT, SUSTAINABLE CHARGING POINTS FOR ELECTRICAL VEHICLES
Description: intelligent, sustainable charging points for electrical vehicles


Technologies: AI;AR/VR;Computer Vision;Data Analytics
Applications: AI for Personalized Content Curation;AR/VR for Interactive Exhibits;Computer Vision for Visitor Behavior Analysis;Data Analytics for Audience Segmentation
Challenge: Personalised experiences in a cultural space
Description: Customization of customer experience, mappings, visualisation in Museums


Technologies: AI;IoT;Blockchain;Data Analytics;Cloud Computing
Applications: AI for Smart Traffic Management;IoT for Energy Monitoring;Blockchain for Secure Data Sharing;Data Analytics for Urban Planning;Cloud-based Smart City Platforms
Challenge: smartcity, smart mobility, energy+service, construction+service, smart infrastru
Description: --


Technologies: Drone Technology; Thermography; Computer Vision
Applications: Drone-based Thermography for Water Quality Monitoring; Computer Vision for Anomaly Detection; Aerial Surveillance for Water Management
Challenge: DRONES TO DETECT ANOMALIES WITH THERMOGRAPHY
Description: --


Technologies: Computer Vision;AI;GIS
Applications: Image Analysis for Construction Progress Monitoring;AI-powered Object Detection;GIS for Mapping and Visualization
Challenge: SATELLITE IMAGES TO OBTAIN PROGRESS OF WORK
Description: --


Technologies: Blockchain
Applications: Blockchain for Supply Chain Certification
Challenge: BLOCKCHAIN APPLIED TO WATER INDUSTRY - CERTIFICATION OF THE VALUE CHAIN
Description: --


Technologies: AI;IoT;Blockchain;Cloud Computing;Sustainable Energy Systems
Applications: AI-powered Incident Management;Smart Security Systems;IoT-based Facility Management;Blockchain for Data Security;Cloud-based Centralised Management;Energy Efficiency Monitoring
Challenge: NEXT GENERATION RESIDENCE HALLS
Description: next generation residence halls


Technologies: AI;IoT;Blockchain;Energy Storage;Battery Management Systems
Applications: AI-based battery health monitoring;IoT-enabled smart battery management;Blockchain for battery tracking and authentication;Energy storage systems for microgrids;Battery repurposing for stationary energy storage
Challenge: Second life to batteries (BATTERY TO X [B2X])
Description: Second life to battteries


Technologies: Blockchain
Applications: Blockchain for Water Resource Management
Challenge: Blockchain: analysis and control in the context ofÂ river basinÂ management / no
Description: --


Technologies: AI;IoT;Blockchain
Applications: AI for Chronic Disease Management;IoT for Health Monitoring;Blockchain for Secure Health Data Sharing
Challenge: Healthcare / wellness  / B2B2C model / Examples: chronic diseases trackers, smar
Description: --


Technologies: Robotics;Drones;Computer Vision;AI
Applications: Robotic pipeline inspection;Drone-based monitoring;AI-powered defect detection;Computer Vision for image analysis
Challenge: Robots / Drones (very small): automatic water pipelines inspecti
Description: --


Technologies: AI;IoT;Sensors;Data Analytics
Applications: AI-powered energy management systems;IoT devices for real-time monitoring;Sensors for temperature, humidity, and occupancy tracking;Data analytics for energy consumption patterns
Challenge: Energy saving / Smart home
Description: innovative solutions for the monitoring of energy consumption to improve savings and efficiency in the built environment.


Technologies: AI;IoT;Electric Vehicle (EV) Technology;Battery Management Systems;Telematics
Applications: AI-powered fleet management;IoT sensors for vehicle monitoring;EV charging infrastructure;Battery optimization for extended range;Telematics for real-time tracking and analytics
Challenge: E-mobility, car sharing...
Description: innovative solutions for urban e-mobility and electric fleets.


Technologies: Anaerobic Digestion;Biogas Production;Water Treatment
Applications: Biogas Production from Sewage Sludge;Anaerobic Digestion for Wastewater Treatment;Water Reuse and Resource Recovery
Challenge: Sewage sludge and production of biogas
Description: --


Technologies: AI;Blockchain
Applications: AI for Security Services;Blockchain for Data Security
Challenge: Security services for final consumer
Description: --


Technologies: AI;IoT;Robotics;Data Analytics
Applications: AI for predictive maintenance;IoT sensors for real-time monitoring;Robotic inspections for pipe integrity;Data analytics for water consumption patterns
Challenge: Water infrastructure management
Description: innovative solutions for the reduction of leakages in piping and infrastructure in the water industry. Solutions can include different possibilities that save wasted water consumption due to structural and process issues.


Technologies: AI;Blockchain;Mobile Payments
Applications: AI for Payment Processing;Blockchain for Secure Transactions;Mobile Wallets
Challenge: Micro-payments and micro-savings
Description: Acea is "selling energy" and therefore looking for solutions that could make payments easier and more efficient


Technologies: AI;IoT;Sensors;Machine Learning;Computer Vision
Applications: AI for Predictive Maintenance;IoT for Asset Monitoring;Sensors for Environmental Monitoring;Machine Learning for Fault Detection;Computer Vision for Grid Inspection
Challenge: Grid infrastructure and asset resilience
Description: innovative solutions for efficient monitoring of infrastructural grid assets, such as solutions for predictive maintenance, fault detection, demand analysis, and more.


Technologies: AI;Blockchain;Mobile Apps
Applications: AI for Payment Processing;Blockchain for Secure Transactions;Mobile Apps for Travel Booking and Payment
Challenge: Payment
Description: payment solutions to improve the travel experience.


Technologies: AI;Blockchain
Applications: AI for Compensation Management;Blockchain for Secure Transactions
Challenge: Payment - Compensation
Description: compensation tools to help their clients.


Technologies: AI;Blockchain
Applications: AI for Expense Management;Blockchain for Secure Transactions
Challenge: Payment - Travel Expenses
Description: travel expenses tools.


Technologies: AI;AR/VR;Blockchain
Applications: AI for Personalized Travel Recommendations;AR/VR for Immersive Travel Experiences;Blockchain for Secure Payment Systems
Challenge: Hospitality
Description: hospitality services to improve the travel experience.


Technologies: AI;IoT;Robotics
Applications: AI for Customer Service;IoT for Smart Building Management;Robotics for Cleaning and Maintenance
Challenge: Hospitality - Facility Management
Description: facility management services to improve their customer's operation.


Technologies: AI;AR/VR;Blockchain;Cloud Computing;Data Analytics
Applications: AI for Personalized Travel Recommendations;AR/VR for Immersive Travel Experiences;Blockchain for Secure Travel Data Management;Cloud-based Travel Booking Platforms;Data Analytics for Travel Pattern Insights
Challenge: Distribution Services.
Description: a solution that can improve the travel experience.


Technologies: AI;Data Analytics;Personalization
Applications: AI-powered lead scoring;Data-driven customer segmentation;Personalized marketing campaigns
Challenge: Improved conversion
Description: a solution that can help them improve the conversion rate of prospects.


Technologies: Blockchain
Applications: Blockchain for Travel Industry
Challenge: Blockchain for travel
Description: a blockchain for travel solution.


Technologies: AI;Blockchain;Data Analytics
Applications: AI for Travel Recommendations;Blockchain for Secure Transactions;Data Analytics for Travel Insights
Challenge: Operations and performance
Description: a solution that improves operations in the travel industry.


Technologies: AI;Blockchain;Data Analytics
Applications: AI for Travel Recommendations;Blockchain for Secure Transactions;Data Analytics for Travel Trends
Challenge: Operations and performance - Booking
Description: a solution that improves operations in the travel industry.


Technologies: AI;Data Analytics
Applications: AI for Flight Scheduling;Data Analytics for Travel Industry Operations
Challenge: Operations and performance - Flight operations
Description: a solution that can help Amadeus to improve operations in the travel industry.


Technologies: AI;IoT;Robotics
Applications: AI for Route Optimization;IoT for Connected Vehicles;Robotics for Autonomous Transportation
Challenge: Mobility
Description: a mobility solution.


Technologies: AI;Data Analytics;CRM
Applications: AI-powered recommendation systems;Data-driven customer segmentation;Personalized marketing campaigns
Challenge: Retail
Description: a solution that can help them improve the conversion rate of prospects.


Technologies: AI;Data Analytics;CRM
Applications: AI-powered Lead Scoring;Data-driven Customer Segmentation;Personalized Marketing Campaigns
Challenge: Marketing
Description: a solution that can help them improve the conversion rate of prospects.


Technologies: AI;Data Analytics
Applications: AI for Personalized Ad Targeting;Data Analytics for Customer Insights
Challenge: Advertising
Description: a solution that can help them improve the conversion rate of prospects.


Technologies: AI;Data Analytics;CRM
Applications: AI-powered recommendation systems;Data-driven customer segmentation;Personalized marketing campaigns
Challenge: Loyalty program
Description: a solution that can help them improve user/customer engagement.


Technologies: Robotic Process Automation (RPA); Artificial Intelligence (AI); Machine Learning; Process Mining
Applications: RPA for Data Entry and Processing; AI-powered Process Automation; Machine Learning for Predictive Maintenance; Process Mining for Process Optimization
Challenge: Automation
Description: a solution that can automate their operations.


Technologies: AI;Robotics;Drones
Applications: AI for Unmanned Systems;Robotics Process Automation;Drone-based Delivery Systems
Challenge: Unmanned
Description: --


Technologies: 3D Printing;Additive Manufacturing
Applications: Construction Industry;Building Prototyping;Rapid Construction
Challenge: 3d printing and additive manufacturing
Description: innovative solutions and technologies for 3d printing and additive manufacturing applied to the construction industry.


Technologies: AI;Robotics;Automation
Applications: AI-powered Construction Planning;Robotic Process Automation;Automated Construction Machinery
Challenge: automation and robotics
Description: innovative solutions and technologies for automation and robotics in the construction sector.


Technologies: AI;Robotics;Computer Vision;Machine Learning;Sensor Technology
Applications: Autonomous Construction Equipment;Self-Driving Construction Vehicles;Automated Site Monitoring;AI-powered Construction Planning;Robotic Process Automation in Construction
Challenge: Autonomous machinery and vehicles  (as far as relevant to the construction area)
Description: innovative solutions and technologies for autonomous machinery and vehicles applied to the construction industry.


Technologies: AI;AR/VR;BIM;Cloud Computing;Drones;Robotics
Applications: AI for Project Management and Scheduling;AR/VR for Training and Safety Simulations;BIM for Collaborative Design and Construction Planning;Cloud Computing for Data Storage and Access;Drones for Site Monitoring and Inspection;Robotics for Automated Construction Tasks
Challenge: construction planning (excluding infrastructure projects)
Description: innovative solutions and technologies that can improve the management of construction projects.


Technologies: AI;AR/VR;BIM;CAD;Cloud Computing;3D Printing
Applications: AI for Construction Planning;AR/VR for Virtual Design and Walkthroughs;BIM for Collaborative Design;CAD for 3D Modeling;Cloud-based Project Management Platforms;3D Printing for Rapid Prototyping
Challenge: design to fabrication / design to pre-construction / design to construction
Description: innovative design and software solutions to improve efficiency in the construction sector.


Technologies: AI;AR/VR;3D Printing;Robotics
Applications: AI for Construction Planning;AR/VR for Virtual Design and Training;3D Printing for Rapid Prototyping;Robotics for Automated Construction Tasks
Challenge: generative design
Description: innovative design and software solutions to improve efficiency in the construction sector.


Technologies: AI;AR/VR;3D Modeling
Applications: AI for Home Design Automation;AR/VR for Virtual Home Tours and Customization;3D Modeling for Interior Design and Space Planning
Challenge: Home design and materials
Description: innovative design and software solutions to improve the home design process.


Technologies: AI;AR/VR;BIM;Cloud Computing;Computer Vision;Digital Twins;IoT;Robotics
Applications: AI for Project Management and Resource Allocation;AR/VR for Training and Safety Simulations;BIM for Collaborative Design and Construction Planning;Cloud Computing for Data Storage and Accessibility;Computer Vision for Site Monitoring and Quality Control;Digital Twins for Virtual Prototyping and Testing;IoT for Equipment Tracking and Maintenance;Robotics for Automated Construction Tasks
Challenge: Simulation and analysis
Description: innovative design and software solutions to improve efficiency in the construction sector.


Technologies: BIM;Digital Twin
Applications: BIM for Construction Management;Digital Twin for Asset Management;BIM for Facility Management
Challenge: BIM / Digital twin
Description: innovative BIM and digital twin solutions.


Technologies: VR;MR;AR
Applications: VR for Construction Site Visualisation;MR for Industrial Training;AR for Remote Collaboration
Challenge: VR, MR, AR Visualisation
Description: innovative solutions and technologies for VR, MR, AR visualisation.


Technologies: AI;IoT;Predictive Analytics;Advanced Lighting Systems;Interactive Lighting;Visualization Tools
Applications: Predictive Maintenance for Street Lights;Advanced Luminaires for Historical Sites;Interactive Lighting Displays for Tourism;Visual Restoration of Historical Buildings;Simplified Rendering Tools for Urban Planning
Challenge: Smart Lighting for cities
Description: technologies/solutions that can grant an added value to current Europe;Israel;North America Public Lighting Offering. Main focus is on:
 1) public lighting: innovative solutions to improve the performance and /or simplify operation & maintenance (ex. predictive analysis)
 2) architectural lighting evolution: to enhance the visual impact of historical and valuable buildings (ex. advanced luminaires/projectors, interactive lighting solutions, lighting as a tool to show the previous state of historical buildings, visualization tool for simplified rendering, etc. )
 3) innovative services for citizens leveraging on PL infrastructures.


Technologies: AI; IoT; Computer Vision; Biometrics; Data Analytics
Applications: AI-powered Surveillance and Incident Detection; IoT Sensor Networks for Environmental Monitoring; Computer Vision for Traffic Management; Biometric Access Control for Public Spaces; Data-driven Crime Prediction and Prevention
Challenge: City Safety & Security
Description: solutions and technologies that can increase city safety and security - potentially eligible and sustainable also for small towns (not military approach required).


Technologies: Big Data; API; Sensors; Open Data
Applications: Data Stream Management; Energy Management; Smart City Analytics; Public Administration Services
Challenge: Big Data for Smart Cities Energy
Description: solutions related to big data, â€œEnergy for Citiesâ€� Algorithms and Platforms. This could include: 1) API based solutions, enabled by pre-existing self-consistent data streams 2) sensors 3) PA/Open Data and ad hoc algorithms. All of this with the objective of generating value for Public Administration customers.


Technologies: AI;IoT;Electric Vehicle (EV) Technology;Digital Signage
Applications: AI for Service Management and Efficiency;IoT for Charging Station Management;EV Infrastructure for Public Transportation;Digital Advertising on eBuses
Challenge: Electric Public Transportation
Description: solutions that can enrich current eBus proposition (eVehicles, charging stations) granting an added value to customers in terms of service management and efficiency as well as enabling the delivery of new synergic services (e.g. digital advertising)


Technologies: AI;IoT;Computer Vision;Data Analytics
Applications: AI for Targeted Advertising;IoT for Smart City Infrastructure;Computer Vision for Audience Analysis;Data Analytics for Advertising Effectiveness
Challenge: Urban & Digital Advertising
Description: solutions that can support Enel X offering in terms of Infrastructures for Urban & Digital Adv. The interest is both in mapping HW and SW solutions (e.g. smart totem with integration of value added services to increase adv effectiveness by targeting ads to the right audience, or delivering new services useful for PAs like security and environmental monitoring).


Technologies: AI;IoT;Data Analytics
Applications: AI for Predictive Maintenance;IoT for Smart Home Monitoring;Data Analytics for Appliance Diagnostics
Challenge: Smart diagnostics tech
Description: solutions for diagnostic of consumer technology/appliances. This includes devices able to collect info from different appliances (es. boilers, air conditioning, white gods, etc) and companies expert in analysing and running algorithms in order to predict malfunctioning of these appliances.


Technologies: AI;Community Management;Social Media;Customer Relationship Management (CRM)
Applications: AI for Customer Segmentation;Community Management for Customer Engagement;Social Media for Brand Awareness;CRM for Customer Data Management
Challenge: Customer communities
Description: solutions and innovative approaches to create a community of private (no B2B) customers and offer them access to different platforms and benefits.


Technologies: AI;Data Analytics;Blockchain
Applications: AI for Credit Risk Assessment;Data Analytics for Unstructured Data;Blockchain for Secure Transactions
Challenge: Credit fintech Developments
Description: solutions to give access to credit to unbanked markets. This could include risk analysis to approve credits with social network information (unstructured info) and new developments to offer credits online.


Technologies: AI;Data Analytics;Social Media Analysis
Applications: AI for Insurance;Data Analytics for Fintech;Social Media Mining for Micro-Insurance
Challenge: Insurance fintech
Description: solutions that could complement their offerings as a multi-utility (to their huge customer base), in the insurance or fintech industry.


Technologies: Sensors; Algorithms; IoT
Applications: Remote Monitoring; Fault Detection; Fault Classification; Fault Prediction; Data Collection for Analytics
Challenge: Fault Detection and Classification
Description: solutions that offer sensors and algorithms for remote monitoring fault analysis and optimization for main e-industries. The platform shall manage equipment monitoring and include fault detection, classification and prediction.


Technologies: Cloud Computing; AI; IoT
Applications: Cloud-based Monitoring and Control; AI-powered Alerts and Recommendations; IoT for Industrial Process Optimization
Challenge: Industrial process remote Monitoring&Control Platform
Description: cloud-based platform solutions that offer remote monitoring and control of main infrastructure systems of industrial process (e.g. including, PV source, CHP, air-compressor systems, chillers, cooling and heating systems, and vacuum-pumping systems,...) The platform monitors, alerts, controls, and recommends settings to streamline and secure the process.


Technologies: IoT;Data Analysis;Machine Learning
Applications: IoT for Industrial Automation;Data Analytics for Process Optimization;Machine Learning for Energy Efficiency
Challenge: Smart Planning
Description: solutions that offer sensors and algorithms to manage production in an industrial plant in a completely integrated way, using IoT and data analysis in order to get the process more efficient, linking together quantity in production, distribution and quantity in stock. The system shall learn the current machine status in real time and maximize energy efficiency (e.g. automatically changing the set-point)


Technologies: IoT;Data Analysis
Applications: IoT for Smart Commercial Infrastructure;Data Analysis for Energy Efficiency
Challenge: Smart commercial infrastructure
Description: solutions that offer devices to measure and remotely control commercial loads and auxiliaries (lightning, HVAC, other loads) in a completely integrated way. It could be using IoT and data analysis in order to identify potential energy efficiency savings, increase flexibility and be able to manage the systems to respond to market needs.


Technologies: AI; Big Data Analytics; Machine Learning
Applications: Market Analysis and Forecasting; Demand-Side Management; Flexibility Assessment
Challenge: Market analysis
Description: platforms/tools/big data applications able to support in objectively determining the electricity markets where there is highest potential value from the various forms of flexible demand (DR, storage...).


Technologies: IoT;EMS
Applications: IoT for energy communities; EMS for electrical load management
Challenge: Energy district
Description: solutions to create shared value from Commercial and Industrial energy communities (e.g. Industrial districts) through shared IoT and EMS. This could include strategies/devices aimed at managing electrical loads within a community avoiding peaks in power consumption through time shift of different loads.


Technologies: AI;Big Data Analytics;Machine Learning
Applications: Customer Profiling and Segmentation;Predictive Analytics for Marketing;Automated Targeted Offerings
Challenge: Customer profiler
Description: intelligent software solution leveraging big data (public or private datasets) to support and actively shape Commercial and Industrial customer targeted activities. This could mean automatically activating simple but effective offerings and/or marketing actions.


Technologies: AI;Knowledge Management Systems;Data Analytics
Applications: AI-powered Onboarding;Knowledge Sharing Platforms;Data-driven Customer Insights
Challenge: Onboarding platform
Description: solutions to share knowledge on existing accounts make the "Know Your Customer" process easier and frictionless.


Technologies: AI;Computer Vision;IoT;GIS
Applications: AI for Image Analysis;Computer Vision for Object Detection;IoT for Real-time Monitoring;GIS for Location-based Services
Challenge: Charger Accessibility monitoring
Description: solutions that allow for monitoring inaccessibility of a charging station for not strictly technical reasons. (e.g. reasons related to roadwork in progress other type of temporary impediments such as fallen trees, events, etc)


Technologies: AI;IoT;Blockchain;Cloud Computing;Data Analytics
Applications: AI for Cost Optimization;IoT for Device Management;Blockchain for Secure Transactions;Cloud-based Storage Solutions;Data-driven Decision Making for eMobility
Challenge: Cheap and reliable storage solution combined with chargers
Description: solutions that enable Opex and Capex costs reduction for FastCharge and HighPowerCharger and combine storage and chargers.


Technologies: AI;Computer Vision;IoT
Applications: AI for Parking Lot Management;Computer Vision for Vehicle Detection;IoT for Smart Parking
Challenge: Free occupied EV parking lots
Description: solutions aimed at solving the EV customerâ€™s issue when using Charging-Parking lots: 1) Lots occupied by the prior EV customer even if the charging session is ended or expired 2) Lots occupied by an Internal Combustion Engine vehicle.


Technologies: AI;IoT;Data Analytics;Computer Vision
Applications: AI for Environmental Monitoring;IoT for EV Charging;Data Analytics for Revenue Maximization;Computer Vision for Advertisement
Challenge: Alternative revenue from chargers
Description: ideas and solutions to increase revenue from EV chargers. e.g Monitoring extra data about the enviroment surroundings,  Maximise value of data acquired, Advertisement.


Technologies: BIM;AI
Applications: BIM for Electrical Design and Construction;AI for Generative Design
Challenge: BIM Tech for Electrical Utilities
Description: solutions to implement the use of BIM (Building Information Modeling) process and SW solutions for: A) Design and construction of electrical infrastructures. B)Generative Design for Network components


Technologies: GIS;Machine Learning;AI
Applications: GIS for Infrastructure Analysis;Machine Learning for Fraud Detection;AI for Data Analysis
Challenge: Frauds detection
Description: solutions to address the issue of Non-Tecnical-Losses


Technologies: OBD;IoT
Applications: OBD for Vehicle Monitoring;IoT for Mobility
Challenge: Cheap OBD
Description: get state of charge from the vehicle from OBD device


Technologies: AI;IoT;Blockchain;Data Analytics
Applications: AI for Behavior Analysis and Prediction; IoT for Smart Home Automation; Blockchain for Reward Systems; Data Analytics for Behavior Tracking
Challenge: Sustainability nudging
Description: digitally-enabled system to reward and incentivize less impactful behaviours in daily life. e.g. nudging a more responsible use of energy or environmentally sustainable behavior.


Technologies: AI;IoT;Blockchain
Applications: AI for Energy Management;IoT for Smart Buildings;Blockchain for Energy Trading
Challenge: Energy efficiency for buildings
Description: solutions that by making the building smart can prevent energy inefficiencies


Technologies: Computer Vision;UAVs;AI;IoT
Applications: Visual inspection of plants;NDT and maintenance of O&G infrastructure;Anomaly detection;Predictive maintenance
Challenge: Asset integrity/maintenance O&G
Description: innovative solutions that address specific maintenance-related challenges in Oil&Gas assets.
This might include:
- inspection of existing plants through computer vision, able to detect anomalies or imperfections (like in the surface of the plant machinery and equipment,  principles of corrosion,...)
- solutions in the field of UAVs specifically aimed at O&G infrastructure NDT, inspection and maintenance.
- solutions, hardware e software, able to leverage machinery data to monitors the performance and condition of the equipment during normal operation to reduce the likelihood of failures through anomaly detection and predictive maintenance).


Technologies: Computer Vision;AI
Applications: Computer Vision for Safety and Security;AI-powered Automation
Challenge: Computer vision applications
Description: applications and readily implementable solutions addressing topics of safety and security, that make use of computer vision to automate and improve the current processes.


Technologies: AI;IoT;Digital Solutions
Applications: AI for Production Efficiency;IoT for Environmental Monitoring;Digital Platforms for Oil&Gas Operations
Challenge: Field operation enhancement
Description: digital ground-breaking technologies or solutions which specifically address the Oil&Gas vertical and can improve the production efficiency, reduce cost and reduce environmental impact of operations.


Technologies: AI;IoT;Robotics;Computer Vision
Applications: AI for Predictive Maintenance;IoT Sensor Networks;Robotic Cleaning Systems;Computer Vision for Soiling Detection
Challenge: Asset integrity/maintenance for renewables (solar)
Description: digital solutions that address specific maintenance-related challenges in photovoltaic plants and solutions for PV panel dry cleaning/soiling.


Technologies: Drones;NDT (Non-Destructive Testing)
Applications: UAVs for O&G infrastructure inspection; Drones for maintenance tasks; NDT techniques for structural assessment
Challenge: Maintenance drones
Description: solutions in the field of UAVs specifically aimed at O&G infrastructure NDT, inspection and maintenance.


Technologies: Drone Technology; AI; Robotics; Computer Vision
Applications: Lightweight Drones for Delivery; AI-powered Navigation; Computer Vision for Object Detection; Automated Logistics Operations
Challenge: Light logistic drones
Description: hardware and software solutions in the field of lightweight drones, transportation or logistic purposes.


Technologies: AI;IoT;Sensors;Data Analytics
Applications: AI-powered gas detection systems;IoT sensors for real-time monitoring;Data-driven analytics for emission reduction;Smart sensors for leak detection
Challenge: Digital Fugitive Gas Monitoring
Description: digital solutions which can identify, monitor and substantially reduce methane fugitives and flares.


Technologies: Renewable Energy; Energy Efficiency; AI; IoT; Data Center Infrastructure
Applications: Renewable energy sources for power generation; Efficient cooling systems; AI-powered predictive maintenance; IoT sensors for real-time monitoring; Optimized server rack designs.
Challenge: Sustainable Data Centers
Description: solutions that can drastically reduce the carbon footprint of data centers, as according to a study they currently generate around 2 percent of the world's entire greenhouse gas emissions.


Technologies: AI;IoT;Data Analytics;Gamification
Applications: AI-powered travel planning;IoT sensors for traffic management;Data-driven incentives and rewards;Gamified user engagement platforms
Challenge: Sustainable mobility
Description: solutions that motivates and push people to prefer sustainable ways of transportations such as car sharing, public transport, bikes, or new mobility, instead of their personal car.


Technologies: AI;IoT;Data Analytics
Applications: AI-powered driver assistance systems;IoT sensors for vehicle monitoring;Data-driven driver feedback and coaching
Challenge: Driving habits tracking
Description: solutions to help nudging drivers (of road vehicles) to maintain a more sustainable behaviour when driving, and developing environmental friendly driving habits.


Technologies: AI;IoT;eLearning Platforms;Simulation Software
Applications: AI-powered Training Content Creation;IoT Sensors for Real-time Data Collection;eLearning Platforms for Remote Training;Simulation Software for Emergency Scenarios
Challenge: Technology-Enabled Training
Description: solutions that involve innovative and added value methods for training or knowledge transfer (excluding VR or AR).


Technologies: AI;IoT;Blockchain;Sustainable Energy
Applications: AI for Retail Analytics;IoT for Smart Fuel Management;Blockchain for Secure Payments;Sustainable Energy Solutions for Hydrogen/Biofuel Stations
Challenge: Future of gas stations
Description: ideas, services o solutions that can be applied in the short-term to generate new revenue streams in gas stations. This may include (but it is not limited to): Delivery solutions (click and collect), wellness solutions (wellness cabin to be installed inside the stores of gas stations), and any other new business model that can be integrated into the gas station space.


Technologies: Computer Vision;Emotion Recognition;Video Analytics
Applications: Emotion Analysis for Customer Feedback;Video-based Customer Satisfaction Monitoring;Emotion-aware Retail Analytics
Challenge: Emotions for Gas station
Description: digital solutions that through a video-feed are capable to understand and interpret the emotional state of people.


Technologies: AI; IoT; Automation
Applications: AI for Customer Experience; IoT for Smart Gas Tanks; Automation for Document and Operation Management
Challenge: New Gas Stations revenue stream
Description: ideas, services o solutions that can be applied on the short-term to generate new revenue streams in gas stations.


Technologies: Blockchain;IoT
Applications: Blockchain for Product Traceability;IoT for Retail
Challenge: Blockchain product traceability
Description: solutions that allow the tracking of productsâ€™ information over the entire value-chain, providing transparency and efficiency, for everyone to benefit.


Technologies: Blockchain; IoT
Applications: Blockchain for Asset Tracking; IoT for Asset Monitoring
Challenge: Blockchain assets traceability
Description: solutions that allow the tracking of assets such as containers, shipment and combine classical IoT with the advantages of blockchain solutions.


Technologies: AI;IoT;Robotics;AR/VR;Computer Vision
Applications: AI for Accident Prevention;IoT for Asset Monitoring;Robotics for Industrial Safety;AR/VR for Training and Simulation;Computer Vision for Object/Vehicle Detection
Challenge: Safety - Traditional Asset
Description: safety and security solutions applicable in industrial settings.
Use cases include:
People - Technologies to prevent people to fall or slip accidentally and being severely injured by objects or vehicles.
Assets - Solutions to ensure that the plant or any work site could mitigate the risk or prevent accidents caused by anomalies or malfunctioning of the assets.
Education - Interface for simulation, assistance and training to ensure that employees have easy and fast access to rules and standards, better if with previous experiences/use cases on O&G industry.
Communication - Tools to improve communications between levels of HSE in order to act fast and with no lack of information when dealing with safety events.
Emergency and Crisis Management - Innovative solutions that could help ENI to be prepared and deal with emergency situations


Technologies: Computer Vision; Robotics
Applications: Computer Vision for Material Recognition; Robotics for Waste Sorting
Challenge: Digital Waste material characterization
Description: solutions that can automatically understand which kind of material the waste is composed and robotics which can act on separation of waste.


Technologies: AI;Machine Learning;Robotics;Computer Vision
Applications: AI for waste sorting;Machine Learning for resource optimization;Robotics for waste collection;Computer Vision for waste identification
Challenge: Waste to energy solutions
Description: technical solutions which can improve the conversion of what is commonly considered waste into energy (or upcycle it to high-value assets).


Technologies: AI;Blockchain;Data Analytics
Applications: AI for Waste Characterization;Blockchain for Supply Chain Traceability;Data Analytics for Waste Management
Challenge: Digital waste traceability
Description: digital solutions which allow traceability of (industrial & residential) waste origin and characteristics, along the entire value chain.


Technologies: AI;Blockchain;IoT
Applications: AI for inventory management;Blockchain for secure transactions;IoT for tracking and monitoring
Challenge: Sharing platform of raw materials and objects
Description: solutions that can give a second life to, or can enable sharing-economy of industrial equipment, goods and materials.


Technologies: Telematics;Data Analytics;AI;IoT
Applications: Telematics for Vehicle Tracking;Data Analytics for Predictive Maintenance;AI for Driver Behavior Analysis;IoT for Connected Cars
Challenge: Telematics & Data utilization
Description: Successful use cases utilizing data coming from black boxes and cars.


Technologies: Domotics; IoT
Applications: Domotics for Energy Management; IoT for Smart Home Automation
Challenge: Energy saving
Description: The overall goal for this challenge is to help save energy in different capacities, leaving the solution possibility rather open-ended, for a product that can be bundled with insurance. A possible resolution for this challenge can include domotics and IoT solutions that can help end-users consume less energy in their buildings.


Technologies: Airbags;Sensors;Wearable Technology
Applications: Hip Protection;Fall Detection;Impact Mitigation
Challenge: Hip Protector
Description: This challenge is meant to help find solutions for clients that may have sensitivity to injury in order to prevent major damage. For many demographics, our client is looking to utilize technology that can save users from injury. Possible ideas include an airbag for hips in order to protect that part of the body before a fall/impact with ground occurs.


Technologies: AI;IoT;Sensors;Data Analytics;Blockchain
Applications: AI-powered water quality analysis;IoT sensors for real-time monitoring;Blockchain for secure data sharing and traceability;Data analytics for predictive maintenance and optimization
Challenge: Digital water management
Description: hardware/software systems and platforms to monitor parameters associated with water cycles to optimize the resource efficiency in the management (mainly for industrial sites). Looking also for solutions to monitor the quality (chemical) parameters of water.


Technologies: AI;Machine Learning;Data Analytics;Computer Vision
Applications: Waste Management Systems;Waste Sorting and Classification;Waste Generation Forecasting;Waste Composition Analysis
Challenge: Predictive waste analytics
Description: solutions and models which allow to predict quantities and quality of waste generated from different processes, areas, time, etc. (industrial, and on a second tier domestic)


Technologies: AI;Robotic Process Automation (RPA)
Applications: AI for Process Automation;RPA for Document Management
Challenge: Enhancing internal operations
Description: To make the work permit management and approval process more efficient.


Technologies: AI;AR;Computer Vision;IoT;Robotics
Applications: AI for Safety Monitoring;AR for Remote Assistance;Computer Vision for Equipment Inspection;IoT for Connected Workers;Robotics for Data Collection
Challenge: Enhanced Operator
Description: To report unsafe conditions and equipment anomalies
To consult checklists and plant documentation
To collect equipment data
To receive remote support during complex tasks


Technologies: AR;VR
Applications: AR for Training and Education; VR for Immersive Experiences and Simulations
Challenge: AR/VR
Description: AR/VR


Technologies: AI;IoT;Data Analytics;Blockchain;Cloud Computing
Applications: AI for Traffic Management;IoT for Smart Transportation;Data Analytics for Urban Planning;Blockchain for Secure Mobility Services;Cloud-based Mobility Platforms
Challenge: Urban mobiility solutions
Description: innovative solutions related to Mobility As A Service, urban mobility of people, management of infrastructure


Technologies: AI;Biometrics;Smart Signalling
Applications: AI for Traffic Management;Biometrics for Payment Systems;Smart Signalling for Toll Roads
Challenge: Smart Mobility and Logistics
Description: innovative solutions such as smart signalling in toll roads and highways, biometric payments, last mile delivery


Technologies: AI;Robotics;Automation
Applications: AI for Construction Planning;Robotics for Building Automation;Automation for Construction Site Management
Challenge: Robotics and automation
Description: innovative solutions and technologies for automation and robotics in the construction sector.


Technologies: BIM;Voice Recognition;Warehouse Management Software;Safety Management Systems;Task Management Tools
Applications: Building Information Modeling for Design and Construction;Voice-Enabled Site Management;Inventory and Logistics Optimization;Construction Site Safety Monitoring;Digital Task Allocation and Tracking
Challenge: Optimization of processes
Description: innovative design and software solutions to improve efficiency in the construction sector.


Technologies: AI;AR/VR;Computer Vision;IoT;Robotics
Applications: AI for Safety Training;AR/VR for Hazard Simulation;Computer Vision for Site Surveillance;IoT for Wearable Safety Devices;Robotics for Automated Inspections
Challenge: Safety at work
Description: safety solutions for the construction sector.


Technologies: AI;Robotics;3D Printing
Applications: AI for Material Selection and Design;Robotic Construction Assistants;3D Printing for Rapid Prototyping and Customization
Challenge: New materials
Description: new materials for the construction sector.


Technologies: Blockchain;Cryptography;Security
Applications: Blockchain for Cryptocurrency Storage;Cryptography for Digital Asset Security;Security Protocols for Cryptocurrency Custody
Challenge: Crypto-currency custody
Description: Innovative cryptocurrency custody solutions, third party providers of storage and security services for cryptocurrencies


Technologies: AI;IoT;Telematics
Applications: AI for fault prediction;IoT for real-time data analysis;Telematics for remote engine monitoring
Challenge: Engine Connectivity & Predictive Maintainance
Description: innovative solutions to leverage the data coming from the engine, such as telematics solutions and fault prediction through AI algorithms.


Technologies: AI;Blockchain;Carbon Capture;Life Cycle Analysis
Applications: AI for Carbon Footprint Analysis;Blockchain for Carbon Credits;Carbon Capture for Power Generation;LCA for Product Development
Challenge: CO2 tracking and re-utilization
Description: solutions for the calculation and tracking of CO2 emissions at product & component level, as well as CO2 conversion into new materials.


Technologies: AI;IoT;Blockchain;Energy Efficiency;Carbon Capture Utilization and Storage;Hybridization;Remediation Techniques;Alternative Energy Generation
Applications: AI for emissions monitoring and prediction;IoT for smart energy management;Blockchain for carbon credit trading;Energy Efficiency in industrial processes;Carbon Capture and Storage for industrial plants;Hybrid systems for renewable integration;Remediation of contaminated sites;Green energy generation from renewable sources
Challenge: Decarbonization
Description: solutions or technologies, (digital, hardware or process based) that can reduce the environmental impact of industry, with special focus on the Energy and Oil & Gas industries.


Technologies: Demotics; IoT; Sensor Technology
Applications: Smart Home Monitoring; Water Leakage Detection; Predictive Maintenance
Challenge: Water Leakage
Description: A few possible resolutions to this challenge can include options like demotics and IoT solutions that can help end-users or insurers to prevent or understand when water leakage is taking place, as well as sensor technology that can notify users of any possible issues both happening and predicted.


Technologies: AI; Wearable Technology; Mobile Apps
Applications: AI-powered Fall Detection Systems; Smart Wearables for Elderly Care; Mobile Apps for Chronic Disease Management
Challenge: Healthcare / wellness
Description: The purpose of this challenge is to find possible solutions that can detect elderly falls or habilitate telemedicine applications. This includes chronic disease trackers, smart wearables, behavior-changing apps.


Technologies: AI;IoT;Blockchain;Telemedicine;Telehealth
Applications: AI for Healthcare;IoT for Remote Patient Monitoring;Blockchain for Secure Medical Data Sharing;Telemedicine for Online Consultations;Telehealth for Virtual Rehabilitation
Challenge: Telemedicine and telehealthcare
Description: A solution to this challenge is open to broad interpretation. As long as it is a value added opportunity that has applications with demonstrated success in the telemedicine or telehealth space, it can be considered for partnership/investment.


Technologies: RFID;IoT;Blockchain
Applications: RFID for Inventory Management; IoT for Retail Security; Blockchain for Authentication
Challenge: Rain RFID to avoid theft in retail (IoT systems)
Description: Innovative IoT solutions that allow to inventory, locate, and engage items, enabling use cases like item authentication, loss prevention, frictionless point-of-sale, and shipment verification


Technologies: AI;IoT
Applications: AI for Smart Home Automation; IoT for Home Security and Monitoring
Challenge: Smart locks and smart thermostat to regulate heat and cold at home
Description: Smarthome and security devices that enable customers to adjust the temperature, monitor and control their home


Technologies: Cloud;Database;Platform
Applications: Backup and Restore;Data Management;Cloud Integration
Challenge: Multicloud for backup and restore
Description: "5. Requirements for MULTICLOUD:

 Find a solution that allows Enel to centrally create, deploy and monitor a backup and
restore policy for the following cloud providers: AWS, Azure, Google and VMware (on
AWS).

 Expose an easy to use interface and services to manage different type of backups (at least
like the ones listed before), regardless of where files, databases and machine are hosted

 Able to directly integrates with different cloud providers to execute all needed steps without
the need to know cloud platforms peculiarities like scripting languages and APIs

 Cost of the solution should not be higher than the cost of the currently in place technology

Supporting the backup and restore of the subsequent technologies:
o Cloud independent databases:
 MS SQLServer database
 Postgres SQL database
 Oracle
 MySql
 MongoDB
o Cloud dependent database:
 RDS (AWS)
 RedShift (AWS)
 DynamoDb (AWS)
 Managed SQLServer (Azure)
 Cosmos (Azure)
o Cloud independent platforms/technologies:
 SAP Hana
 SAP ECC (Oracle)
 …
o Cloud dependent platforms/technologies:
o EFS (AWS)
o S3 (AWS)
o Citrix XenDesktop and XenApp (VMware)
o ... others (AWS, Azure, Google, VMWare)"


Technologies: Web Development;Mobile Development;UI/UX Design;Integration APIs
Applications: Web Widgets for User Feedback;Mobile Apps for User Testing;Customizable UI Components;Integration with Bug Tracking Systems;User Role-based Access Control
Challenge: Widget for user testing and bug tracking
Description: "3. Requirements and constraints for WIDGET

 a widget to be added within web and mobile applications from where the end users should be able to
create a new feedback, providing a title, a description and – if required – one or more screenshots;

 the possibility to integrate with the most common bug/issue tracking systems (at least Atlassian Jira and
MS Azure DevOps) to directly create new tasks/issues from users’ feedbacks;

 the possibility to customize widget look and feel to seamlessly integrate in our applications, coherently
with application-specific identity and Enel branding guidelines.

 the possibility to customize widget features based on user role, define clusters (developer, tester, end user, etc…);

Additional valuable features are:
 the possibility to define time-boxed testing sessions for a specific application, and related users to be
involved. Users should be officially invited to take/attend the session (e.g. by setting an Outlook
appointment). Widget functionalities should temporarily (and automatically) adapt/extend for the whole
duration of the testing session, for the involved users;
 the possibility to define test plans to be linked to test sessions and to be integrated within the widget, to
offer to testers an integrated and consistent view."


Technologies: AI;Data Analytics;HR Software
Applications: AI-powered employee assessment;Data-driven resource allocation;HR analytics for workforce planning;Skills gap analysis;KPI tracking and monitoring
Challenge: HR Workforce Planning
Description: "HR Skills

a constant assessment of the internal workforce skills/motivations/potential;
 resource allocation suggestions based on employees’ skills/expertise/aspirations (in
addition to more traditional economic drivers);
 identification of the gaps between the internal workforce and the emerging professional
skills;
 advice on medium/long-term strategies to bridge the skills gap through reskilling and/or
hiring actions;
 KPI monitoring to measure the effectiveness of achieving company objectives through
workforce planning activities.
It must also contribute to the achievement of sustainability objectives related to gender equality, full
and productive employment and inequality reduction within and between countries."


Technologies: AI;Data Analytics;Machine Learning
Applications: AI for HR Automation;Data Analytics for Market Research;Machine Learning for Skills Assessment
Challenge: HR_WorkforceStrategicForesight
Description: "HR-roles

automate time-consuming manual research work;
 analyze market trends on new professions, roles, skills and technologies;
 identify and suggest business-relevant ones quickly and effectively;
 pro pose strategic key profiles for recruiting (providing useful indicators to assess the
possibilities of hiring, e.g. average age, geographical distribution, etc.);
 identify new emerging profiles in related markets that could be disruptive in the context in
which we operate;
 indicate possible impacts of new technologies on the current workforce (input to reduce the
need of certain professional profiles or to address reskilling/training activities);
 assess future needs in terms of knowledge, skills, competences, skills;
 prioritize areas of intervention based on company strategies and values."


Technologies: AI;Blockchain;Cybersecurity;IoT
Applications: AI for Trustworthiness Assessment;Blockchain for Secure Data Exchange;Cybersecurity for Network Protection;IoT for Device Security
Challenge: Cybersecurity: IoT devices
Description: innovative solutions for securing IoT devices, specifically regarding connectivity, interoperability, management, scalability, privacy and security challenges.


Technologies: AI;IoT;Blockchain;Data Analytics
Applications: AI for Production Scheduling;IoT for Plant Monitoring and Control;Blockchain for Asset Tracking;Data Analytics for Process Optimization
Challenge: Production optimization
Description: solutions that can support the management of an industrial plant in improving its results, safety, economy. E.g. smart scheduling of production stop, energy optimization at plant level, etc...


Technologies: AI;IoT;Robotics;Computer Vision
Applications: AI-based corrosion detection;IoT sensors for real-time monitoring;Robotic inspections;Computer Vision for image analysis
Challenge: Track and predict corrosion
Description: solutions specifically addressing the issue of corrosion in Oil&Gas equipment.


Technologies: AI;Digital Twins;Process Simulation
Applications: AI for Digital Twin Creation;Digital Twins for Oil & Gas Equipment Simulation;Process Simulation for Industrial Training
Challenge: Virtual operation
Description: solutions that allow process simulation of real industrial Oil & Gas equipment, machines and techniques, based on digital twins.


Technologies: AI;IoT;Robotics
Applications: AI for Battery Management Systems;IoT for Smart Charging Stations;Robotics for Automated Maintenance
Challenge: Batteries and charging methodologies
Description: innovative solutions related to EV batteries charging, to be applied in public charging stations.


Technologies: AI;Voice Recognition;Facial Recognition;Digital Payment
Applications: Voice-enabled payment systems;Facial recognition for secure payments;Digital wallets and contactless payments;AI-powered payment processing
Challenge: Flawless payments
Description: solutions that can be implemented in gas stations (and their stores) to skip or speed up the authorization from the user, making the payment experience of the customer immediate and flawless. Examples include, but are not exclusive to: digital payment, voice enabled technology, facial recognition, etc


Technologies: AI;IoT;Sensors;Data Analytics
Applications: AI for Employee Experience;IoT for Workplace Environment Monitoring;Sensors for Noise, Light, and Air Quality;Data Analytics for Employee Satisfaction
Challenge: Wellbeing at work
Description: solutions that can improve employees' well-being and satisfaction in the work environment. Could be related to buildings, efficiency, lights, water quality, etc


Technologies: Blockchain
Applications: Blockchain for Supply Chain Traceability; Blockchain for Material Tracking
Challenge: Blockchain for circular economy
Description: use cases that have already been applied to recycled plastics supply chains and/or traceability of conferred materials/post-use items, and use blockchain technology.


Technologies: AI;Blockchain;Digital Platforms
Applications: AI for Resource Exchange;Blockchain for Supply Chain Management;Digital Platforms for Circular Economy
Challenge: Circular Networks
Description: digital platforms/business models aimed to empower consumers and companies into becoming active parties in the transition to circular economy, for example by allowing the exchange/flows of resources and to extend their lifecycle.


Technologies: AI;Blockchain;Digital Platforms
Applications: AI for Citizen Engagement;Blockchain for Resource Management;Digital Platforms for Second-Hand Item Exchange
Challenge: Retail-related platforms
Description: digital platforms and business models aimed at involving citizens/final consumers onto collecting and delivering second-hand/post-usage items or resources, at points of sales.


Technologies: AI;Computer Vision;IoT;Sensors
Applications: AI-powered object detection;Computer Vision for security screening;IoT-based crowd monitoring;Sensor networks for threat detection
Challenge: Security: Guarantee the security of people in crowded places
Description: digital technology, mobile networks, and integrated solutions that could help to manage and guarantee public safety in crowded spaces (i.e. airports, train stations, shopping centers).


Technologies: AI;IoT;Blockchain
Applications: AI for Healthcare Monitoring;IoT for Personal Security;Blockchain for Data Security
Challenge: Alarms: Health & security of people at 360°
Description: Security anytime and anywhere for customers and their families (elderly, kids, etc...) with focus on healthcare


Technologies: AI; IoT; Advanced Filtration Systems; Membrane Technology; Biological Treatment Processes
Applications: AI-powered wastewater treatment optimization; IoT sensors for real-time water quality monitoring; Advanced filtration for industrial effluent treatment; Membrane-based desalination for pure water generation; Biological processes for nutrient removal.
Challenge: Water treatment
Description: technologies and solutions that allow for innovative ways of treating wastewater, coming both for industrial settings. The objective is reducing the environmental impact and/or the generation of pure water for domestic or industrial purposes.


Technologies: AI;ML;IoT
Applications: AI for setting limits and monitoring parameters;ML for predictive analytics and anomaly detection;IoT for smart sensors and real-time data collection
Challenge: Smart Methane transportation
Description: technical solutions that use AI, ML technologies to increase the smartness of LNG transportation infrastructure.


Technologies: AI;IoT;Blockchain;RFID
Applications: AI for Smart Access Control;IoT for Connected Cars;Blockchain for Secure Authentication;RFID for Keyless Entry
Challenge: Smart Keys
Description: This challenge is multi-faceted in that there are a couple of potential solutions given the array of applications. The smart-key challenge is looking for a resolution that can assist on an innovative level with not only cars, but also buildings, homes, and others such as applications, safes, common locks, and more.


Technologies: AI;IoT;Blockchain;Data Analytics
Applications: AI for Ride-Hailing and Carpooling; IoT for Micro-Mobility Devices; Blockchain for Secure Vehicle Sharing; Data Analytics for Mobility Patterns
Challenge: Sharing Mobility Platform (MaaS)
Description: Possible solutions to this challenge include but are not limited to different mobility-as-a-Service solutions. Some of these solutions include; sharing mobility, micro-mobility, ride-hailing, carpooling, vehicle sharing (P2P), and taxis.


Technologies: Computer Vision;AI;Data Analytics
Applications: Computer Vision for Driver Monitoring;AI for Object Detection;Data Analytics for In-vehicle Insights
Challenge: In-vehicle cameras
Description: successful use cases by utilizing in-vehicle cameras


Technologies: AI;Blockchain;Data Analytics
Applications: AI for ride-sharing optimization;Blockchain for secure payments and user verification;Data Analytics for route planning and demand prediction
Challenge: Business models that work with carpooling
Description: successful, new business models related to carpooling


Technologies: AI;Robotics;Software;Hardware
Applications: AI for Offshore Construction;Robotics for Underwater Inspection;Software for Asset Management;Hardware for Industrial Automation
Challenge: Digital Asset management
Description: industrial grade digital-based solutions, software and hardware aimed at improving the management of industrial assets.


Technologies: AI;Voice Recognition;Natural Language Processing
Applications: Voice-enabled Smart Home Assistants;Voice Control for Home Automation;Natural Language Understanding for Voice Commands
Challenge: Services offered by voice assistants
Description: This challenge can be resolved by innovation in the smart home industry. Our client is seeking a solution that is successful in use-cases that utilize voice-enabled smart assistants for homes and other locations.


Technologies: AI;Robotics;Computer Vision;Advanced Sensors
Applications: AI-powered Welding Process Optimization;Robotic Welding Assistants;Computer Vision for Defect Detection;Sensors for Real-time Monitoring
Challenge: Novel welding and NDT techs
Description: novel solutions in the field of welding and Non Destructive Testing


Technologies: AI;Cloud Computing;Project Management Software
Applications: AI for Construction Management;Cloud-based Collaboration Platforms;Project Management Tools for Task Allocation
Challenge: Build for construction
Description: software solutions to optimize and manage cost, schedules, quality, and safety on every contruction project.


Technologies: AI;Generative Design;Simulation;Analysis
Applications: AI for Construction Optimization;Generative Design for Architecture;Simulation for Structural Analysis;Data Analysis for Construction Planning
Challenge: Design for construction
Description: solutions dedicated to simulation and analysis, generative design or design to fabrication/pre-construction/construction.


Technologies: AI;IoT;Cloud Computing;AR/VR
Applications: AI for Risk Assessment;IoT for Construction Site Monitoring;Cloud-based Collaboration Platforms;AR/VR for Design Visualization
Challenge: Construction Planning
Description: solutions able to to mitigate project risks (operational, financial, etc.) upfront and protect profit margins with integrated and digitized workflows that efficiently move teams from design to construction.


Technologies: AI;IoT;Blockchain
Applications: AI for Property Management; IoT for Smart Home Automation; Blockchain for Secure Transactions
Challenge: Property Assistant Platform
Description: This challenge is seeking a solution that is an innovative property assistant platforms, capable of managing the different needs of the property's owner (e.g. bills and tax payments, expenditure tracking, energy consumption tracking, waste management, ex...).


Technologies: AI;Voice Recognition;Natural Language Processing;IoT
Applications: Smart Home Automation;Voice-Enabled Devices;Intelligent Assistants;Smart Metering
Challenge: Hybrid devices with built-in assistants
Description: This challenge is searching for innovative solutions surrounding the automated assistant industry that utilize hybrid devices with built-in smart voice assistants. The solution can be applicable across multiple industries and verticals.


Technologies: AI;IoT;Sensors
Applications: AI for Pet Behavior Analysis;IoT for Pet Tracking;Sensors for Health Monitoring
Challenge: Monitoring device for pet lifestyle
Description: This challenge is looking for an innovative solution that helps with monitoring pet lifestyle. It is looking for devices across multiple verticals that help with an array of pet related monitors, including but not limited to, GPS location, health tracking, food and water consumption, and more.


Technologies: Blue/Green Hydrogen; Energy Storage; Water Purification and Desalination; Biomass Valorization; Waste Valorization
Applications: Clean Energy Production; Natural Gas Efficiency; Transportation Energy Efficiency
Challenge: Cleantech
Description: technologies and processes related to clean energy, which are built in large scale infrastructure. For instance Blue/Green Hydrogen, energy storage, water purification and desalination, biomass and waste valorization.


Technologies: Sensors; IoT; AI
Applications: Sensors for health monitoring; IoT for remote assistance; AI for vital signs analysis
Challenge: Monitoring elderlies, vital signs, and assistance monitoring
Description: This challenge is searching for possible innovative solutions that can successfully monitor elderly consumers, their vital signs, and/or to offer remote assistance monitoring. There are many possible resolutions to the challenge, including but not limited to, sensors, IoT, as well as AI.


Technologies: Waste Treatment; Material Science; Energy Conversion
Applications: Waste-to-Energy Conversion; Sustainable Material Development; Waste Re-use and Recycling
Challenge: Waste treatment
Description: innovative solutions related to waste treatment and re-use. We are looking to implement processes that are more sustainable within their own large ecosystem.


Technologies: AI;RPA;Web Scraping
Applications: AI optimization;RPA analysis;Web data extraction
Challenge: RPA and AI optimization solutions
Description: innovative solutions related to optimization of processes and able to turn data into valuable business insights.


Technologies: AI;Computer Vision;Data Analysis
Applications: AI for Video Analysis;Computer Vision for Object Detection;Data Analysis for Geospatial Information
Challenge: Software analysis for geographical data
Description: innovative solutions that help the analysis of geographical data coming from multiple inputs. A resolution needs to be able to communicate with different inputs effectively in order to produce a back-end and front-end product for our client.


Technologies: Welding;Forming;Quality Control
Applications: Welding for Battery Pack Assembly;Forming Techniques for Battery Cells;Quality Control in Manufacturing Processes
Challenge: Battery pack
Description: new, unconventional manufacturing technologies or processes for (automotive) battery pack production.


Technologies: Green Energy; Hydrogen
Applications: Solar; Photovoltaics
Challenge: Cleantech
Description: innovative cleantech solutions with regards to usage of sustainable resources.


Technologies: Data Analytics; AI; Machine Learning; Data Visualization; Predictive Analytics
Applications: Data-driven Decision Making; Market Analysis; Trend Forecasting; Risk Assessment; Customer Insights
Challenge: Corporate: Leverage data for strategic decision making
Description: innovative solutions to leverage public and proprietary data, advanced technology and deep expertise to provide business intelligence insights able to support strategic decision making for the company within the security services world.


Technologies: AI;IoT;Automation
Applications: AI for customer support;IoT for smart home automation;Automation for security system configuration
Challenge: Alarms: Improve the customer experience
Description: innovative solutions to improve the overall customer experience during the entire customer journey.
Prosegur Alarms has a wide range of products that help to improve the security and tranquillity of families and businesses. The company range goes from alarm systems with video verification to automation of indoor and outdoor spaces. Now, Prosegur is looking for innovative technologies that allow its customers to buy, feel and manage all the products and services without human interaction.


Technologies: AI;IoT;Blockchain;Cloud Computing;Edge Computing
Applications: AI-powered predictive maintenance;IoT sensors for real-time asset monitoring;Blockchain for secure data sharing and asset tracking;Cloud-based data analytics platform;Edge devices for low-latency control systems
Challenge: Digital Assets Monitoring
Description: industrial grade digital-based solutions, software and hardware aimed at improving the monitoring and management of industrial assets, with a specific focus on electric power TSO use cases.


Technologies: AI;IoT;Automation
Applications: AI for user-friendly automation;IoT for remote control;Automation for energy management
Challenge: Flexibility Enabling Solutions for Commercial customers
Description: "The small and medium commercial market is an underdeveloped market segment.  A major barrier is the lack of customer-centric technologies that can enable flexibility in a low or medium touch way.. There is a need for low and medium touch solutions (e.g. user-installed, downloaded, etc.) for automation and ‘semi-automation’ (solutions that give customers the easy ability to facilitate automated responses with a touch of a smart phone).  Combined with flexibility market and operational expertise, such technologies would grow the market opportunity for explicit and implicit DR"


Technologies: AI;Blockchain;Robotics
Applications: AI for Cash Classification;Blockchain for Secure Access Control;Robotics for Cash Handling
Challenge: Cash: manage the cash collection more efficiently
Description: innovative solutions to manage the cash collection in a more efficient way.


Technologies: AI;Data Analytics;Cybersecurity;Cloud Computing
Applications: AI for Digital Twin Creation;Data Analytics for Threat Modeling;Cybersecurity for Risk Assessment;Cloud-based Infrastructure Monitoring
Challenge: Digital Twin and Continuous Automatic Risk Assessment Solution  for IACS environ
Description: In order to improve the security posture of Enel Industrial environment, a solution is required with the following characteristics:
-interact with many sources to collect and store information about the infrastructures;
-generate a digital twin of a specific industrial environment;
-conduct a continuous automatic risk assessment directly on the digital twin using an innovative methodology to model and simulate the threat attacks by iterating them many times, discovering all possible attack paths enabled by system vulnerabilities.


Technologies: Whitelisting Software; Cyber Security; Application Control; Integrity and Change Control; Memory Protection
Applications: Application Control for Program Execution; Integrity Monitoring for File System and User Accounts; Memory Protection against Malware and Buffer Overflow; Asset Inventory Management; Centralized Dashboard for Control and Monitoring
Challenge: Application, Integrity and Change Control solution  for Legacy IACS Systems
Description: The whitelisting Software shall impact as little as possible on the Client System resources (e.g. CPU, RAM, Disk space, I/O Access, etc.) and shall not have any interference with the industrial software (e.g. Incompatibility, software fault, and so on).

It shall implement the following cyber security protection features:
Application Control
it is based on a "White list", which only allows the execution of programs and processes registered and approved.

Integrity and Change Control
it monitors and prevents changes to the file system, registry, and user accounts in order to guarantee the integrity of them.

Memory Protection
it prevents or thwarts malware execution and unauthorized attempts to gain control of a system through buffer overflow. It can be very helpful to prevent zero-day attacks and protect integrity of the running process executables and DLLs.

The Client software shall be compatible with the following operating systems within Enel environment:
Any Microsoft Operating Systems (eg. Windows NT/2000, Windows XP/2003, Windows 7/2003, Windows 10, Windows 2008 till windows 2019, etc.)
Linux RHEL, Linux Debian, etc.
It shall be managed by a Central Dashboard, through L2 Dashboard direct connected to L1 Dashboard, but it can be also installed and managed locally, in a stand-alone version, for particular needs in networks that provide the maximum level of isolation.

The client software shall collect asset inventory information from the system and send it to the central console. An example of the collected information can be:
Hostname,
IP
Default GW
Netmask
Domain
Application inventory
CPU details
Memory details
Firmware details
Disk details


Technologies: AI;IoT;Cybersecurity
Applications: AI for Automation;IoT for Smart Homes and Voice Assistants;Cybersecurity for Device Security and Vulnerability Assessment
Challenge: Analysis for Hardware/Firmware IT/OT/IoT Devices
Description: Currently, in the IoT/OT/IT area, the security of several devices is to be checked; this activity is performed in the Cyber Lab with on-demand activities carried out with both internal and external resources.
Examples of the devices that are currently checked:
Internet of Things: e.g. devices for home automation and integration with Alexa or Google Home.
Information Technology: devices for internal use
Operations Technology: devices for Power Plant (e.g. Modem GPRS, Sensors Scadas etc...)

Scope of these activities:
Firmware vulnerabilities identification;
Use of vulnerable components
OWASP vulnerabilities
Check communication interfaces and buses;
Identify and use debug interfaces;
Interfacing and manipulating external memory chips.
Criticalities and inefficiency
The activity is on-demand and is necessary to manage with time; in the near future, mainly due to the increase in IoT devices, the activities in this field are expected to increase.

Requirements and constraints
Automated or semi-automated activity in order to reduce manual analysis and the use of a high level technical human resources.


Technologies: AI;Machine Learning;Sensors;Data Analytics
Applications: AI for Equipment Automation;Machine Learning for Pattern Recognition;Sensor Data Analysis for Real-time Adjustments;Data-driven Decision Making for Agricultural Processes
Challenge: Machine Learning
Description: innovative AI and Machine Learning solutions to identify patterns in data and consequently make better decisions and automatically improve machine settings.


Technologies: AI;ML
Applications: AI for smart anomaly detection;ML for predictive maintenance
Challenge: Smart and safe Methane storage
Description: technical solutions that use AI, ML technologies to increase the safety related smartness of LNG storage facilities.


Technologies: SOFC (Solid oxide fuel cell);Fuel cell
Applications: Power generation;Back-up power;Refuelling for trains, buses, and trucks
Challenge: Hydrogen for power generation and mobility
Description: hydrogen power generation solutions and refuelling Stations for mobility


Technologies: AI;Biometrics;Computer Vision;Sensors
Applications: AI for Driver Monitoring;Biometric Sensors for Health Tracking;Computer Vision for Driver Behavior Analysis;Sensors for Vehicle Safety
Challenge: Driver health monitoring
Description: technologies to measure and evaluate the wellbeing of a truck, van or bus driver and any potential safety hazard (sleepiness, lack of attention, stress/anger, etc.).


Technologies: AI;IoT;Robotics;Computer Vision;Data Analytics
Applications: AI-powered crop monitoring;IoT sensors for soil health;Robotic automation for harvesting;Computer Vision for crop disease detection;Data-driven decision making for resource optimization
Challenge: Sustainable Agtech
Description: innovative solutions to make agricultural processes more efficient and sustainable.


Technologies: AI;IoT;HVAC
Applications: AI for comfort management;IoT for smart building automation;HVAC automation and maintenance
Challenge: AI Algorythms for comfort management
Description: Smart building applications to be integrated in our Remote Control solution, such as: a) Automation of HVAC following electricity price costs; b) HVAC predictive maintenance functionalities; c) Management of HVAC through advanced thermal inertia knowledge; d) Predictive functionalities for  Facility Management (Access, Space utilization, Air Quality, Acoustic Quality)


Technologies: AI;IoT;Cloud Computing
Applications: AI for Energy Management;IoT for Remote Monitoring;Cloud-based Control Systems for C&I Applications
Challenge: Industrial process remote Monitoring & Control Platform
Description: Solutions that offer a remote monitoring & control cloud-based platform for main infrastructure systems of C&I (commercial&industrial) applications (e.g. including, PV, CHP, air-compressor systems, chillers, HVAC...) and low cost devices to measure loads and auxiliaries (i.e. plug and play or self installation devices to minimize installation costs)


Technologies: AI;Computer Vision;IoT;AR/VR
Applications: AI for Safety Checks;Computer Vision for Equipment Inspection;IoT for Real-time Monitoring;AR/VR for Safety Training
Challenge: Check safety rules before work at height
Description: To control automatically the steps needed before performing a work at height.

Must have:
Must be valid for all the type of installations.
The check must be done before and during work.
Must check the necessary equipment, the preparation of the area and the delimitation of the working place.

Nice to have:
-        Alarms if something is incorrect
•        To assure that the work at height is correctly performed.
•        Reduce the accidents.
•        Increase the control in works at height.
-        Number of accidents reduced
-        Number of recordings and communication performed


Technologies: AI;Computer Vision;Data Analytics
Applications: AI for Image Analysis;Computer Vision for Object Detection;Data Analytics for Quality Assurance
Challenge: Data analysis management system for APP5RO
Description: /*A description of the problem in detail, including what efforts to solve it have been taken in the past and why these efforts were unsuccessful*/
The APP5RO is a tool in which electricians register, through images, the safety measures for electrical work in de-energized networks (Switch off, Prevent, Check, Ground and Signal).
Currently, the auditing, analysis and inspection of images is done manually, which requires a great deal of time and human resources.
Thus, the challenge is to develop an intelligent tool for analyzing APP5RO data, evaluating images and information available in the system.

/*A list of requirements that the solution, which will be investigated by the Innovation process, should respect to solve the challenge (separate them into “must have” and “nice to have”)*/
Massive amount of data;
Image identification;
Data quality.

/*A list of benefits that the innovative solution described above would bring*/
Possibility of 100% identification of the database of non-conformities in the field, which occurred during the execution of the “five golden rules” by the teams;
Possibility of preventive and corrective analyzes, increasing the safety of the activities performed;
Cost reduction for analysis.

/*Which KPIs (or other objective type of index) should be considered while evaluating the solution’s effectiveness*/
Number of images evaluated and treated / Number of images received;
Amount of data evaluated and processed / Amount of data received;
Number of detected non-conformities / Number of existing non-conformities.


Technologies: AI;Communication Platforms;Data Analytics
Applications: AI-powered customer support;Automated communication systems;Data-driven consumer engagement platforms
Challenge: Energy theft billing process improvement
Description: Our challenge is represented by the problems that we encounter in back billing of energy identified in energy theft, in special in cases of non-clients.
At the moment, the rate of energy theft billing is low from different reasons:
-        Low capacity of consumers to understand the technical documentation;
-        Low capacity of consumers to understand the legal impact;
-        lack of direct communication between the company and consumers;
-        lack of communication of consumers regarding their arguments;
-        Local regulation during the penal faze.
The economic impact is around 1.5 mil EURO per year, that represent almost 0.1 % CPT.

In cases of non-clients the stop losses effect is inefficient. If we identify a theft of energy and eliminate it is very possible that the non-client to do an illegally reconnection in very short time and the problem will reappear.

Nowadays electricity is indispensable and our target must be that all its users have a supply contract and pay for it.

Must have:
-        direct communication with consumers
-        specialized personnel in all E-distributie areas

Nice to have:
-        Implication and collaboration with Region and Sustainability for having an optimized Stop Losses effect


Technologies: AI;Image Processing;Drone Technology;Automation
Applications: AI-powered image analysis for land surveys;Drone-based aerial mapping and surveying;Automated drawing generation;Image processing for planimetry;Automated supply project generation
Challenge: Simplify the engineering process
Description: /*A description of the problem in detail, including what efforts to solve it have been taken in the past and why these efforts were unsuccessful*/
The development of the detailed engineering that is done today is based on an existing planimetry and walking tour of the sector where you want to intervene. It is done by a network specialist and a terrenist and a cartoonist participate. It also requires surveying the terrain and transfer of information to the plan, drawing in AutoCad. On the other hand, the amount of plans to be carried out in this process is approximately 5000 per year, with an impact on the company's CAPEX. On the other hand, the SERVIU (Housing and Urbanization Services) requires that the plans submitted to request a break permit, consider three sheets: floor plan; profiles; signaling scheme. This information must be accompanied by the CIP documents (Certificate of previous reports) obtained in each municipality for each property that will be affected by the intervention, and surveying. The process takes a total of approx. 45 days from start to finish, which does not fit with the deadlines that have been requested in the Technical Standard for customer service, which is 15 days from start to finish. The efforts that have been carried out are oriented to optimize the process, or to minimize the requirements of the regulatory body, but not to seek technology implementation.

/*A list of requirements that the solution, which will be investigated by the Innovation process, should respect to solve the challenge (separate them into “must have” and “nice to have”)*/
The solution must have:
-Land survey using technology.
-Image processing solution.
-Been able to generate a ortogonal or cartographic drawing, using terrain information.
-Transformation of the plates (information obtained from the terrain) to the plates required by the authority.
-Automatic generation of supply project alternatives.

It would be nice to have:
-Streamline the process.
-Being able to generate a project in less than 15 days.
-Quality project to be presented to the authority.
-Deliver the tentative valuation of the proposed solution.

/*A list of benefits that the innovative solution described above would bring*/
-Minimize process time.
-Comply with the legislation.
-Reduce design process costs.
-Update of the cadastral information, feedback of the company's bases.

/*Which KPIs (or other objective type of index) should be considered while evaluating the solution’s effectiveness*/
-Project Generation Days
-Decrease lifting errors

/*A space for any additional information that didn’t fit the boxes above*/
Even though efforts have been carried to minimize the requirements of the regulatory body, there are not yet concrete results regarding the deadlines that have been requested in the Technical Standard for customer service.  The distribution companies should agree to submit an application to the CNE (National Comission of Energy), so that it gives a longer term for the deadline.

There is an emerging technology that consists of aerial surveying by drones. Although there are already companies that offer this service, they are not in Chile and in addition, this technology still needs to mature for greater accuracy.

/*Which the impact of this problem to I&N business*/
The biggest impact to the company would be in terms of savings in the working time used to carry out the corresponding engineering processes. This in turn would indirectly result in greater monetary benefits for the company since the workforce would be optimized and there would be less penalties from the regulatory body.


Technologies: Microtrenching; Horizontal Directional Drilling (HDD); Pipe Ramming; Microducts; Robotic Drilling
Applications: Microtrenching for urban areas; HDD for long-distance cable installation; Pipe Ramming for shallow cable placement; Microducts for cable protection and easy installation; Robotic Drilling for precise and efficient underground work.
Challenge: Innovative Optic Fiber Cable Placing
Description: novel methods and technologies for the placement of Optic Fiber Cables without trenching.


Technologies: Distributed Temperature Sensing (DTS); Distributed Acoustic Sensing (DAS); Fiber Optic Sensing
Applications: Temperature and Vibration Monitoring for Gas Leak Detection; Infrastructure Interference Detection; Continuous Pipeline Surveillance
Challenge: Optic Fiber Infrastructure Monitoring
Description: solutions that allow for the monitoring of buried infrastructure (e.g. pipelines) and inform about potential external hazards or gas leakage, through the use of coupled Optic Fiber cables.


Technologies: Gas Chromatography; Electrolyzers
Applications: Gas Chromatography for hydrogen detection; Electrolysis of seawater for Green hydrogen production
Challenge: Gas Chromatography for hydrogen
Description: technologies regarding gas chromatography for hydrogen detection.


Technologies: Direct Solar Water Splitting; Hydrogen production from bacteria
Applications: Solar energy conversion; Microbial fermentation; Photo-fermentation
Challenge: Renewable Hydrogen
Description: innovative Hydrogen Production Technologies.


Technologies: Electrochemical Compression;LOHC
Applications: Electrochemical Compression for Hydrogen Compression;LOHC for Liquid Hydrogen Transportation
Challenge: Hydrogen Transportation, Storage and Distribution
Description: innovative solutions for hydrogen storage, liquefaction and transportation.


Technologies: Drones;Autonomous Systems;Automation
Applications: Terrain Mapping;Construction Automation;Automated Testing
Challenge: Robots for construction
Description: solutions to automate and support human workers with robots and drones. This could involve drones to map terrain, autonomous welding, automated testing, etc.


Technologies: AI;Internet of Things (IoT);5G;Cloud Computing;Virtual Private Networks (VPN)
Applications: AI for remote team management and collaboration;IoT for remote site monitoring and automation;5G for high-speed connectivity;Cloud-based collaboration platforms;VPN for secure remote access
Challenge: Remote connections
Description: technologies that allow for local and global connectivity in remote working sites.


Technologies: AI;Blockchain;Renewable Energy Systems
Applications: AI for Energy Management;Blockchain for Energy Trading;Renewable Energy Integration
Challenge: Sustainable Energy - General
Description: innovative solutions to demonstrate the technical and economic viability of a new energy model guided by sustainability criteria.


Technologies: AI;IoT;Robotics;AR/VR;3D Printing
Applications: AI for Project Planning and Management;IoT for Site Monitoring and Safety;Robotics for Construction Automation;AR/VR for Remote Collaboration and Training;3D Printing for Rapid Prototyping and Customization
Challenge: Technical excellence in costruction -General
Description: innovative solutions in the construction industry, to help the company to meet the most technical challenges and the difficulty involved in the execution of major infrastructure projects around the world.


Technologies: AI;IoT;Data Analytics;Sensors
Applications: AI for process optimization; IoT-based water monitoring systems; Data-driven decision making for water management; Sensor technology for leak detection
Challenge: Water cycle - General
Description: innovative solutions, to help the company to improve the processes and contribute to sustainable development through the entire water cycle.


Technologies: AI;IoT;Robotics
Applications: AI for Energy Management;IoT for Smart Grids;Robotics for Construction Automation
Challenge: Industrial facilities - General
Description: innovative solutions to contribute to building the energy facilities of the future.
ACCIONA is a specialist in high-tech EPC/turnkey projects. It carries out its activities along five lines of business: thermal power generation, hydroelectric and photovoltaic power generation, Oil & Gas, transmission grids and substations, and facilities.


Technologies: AI;IoT;Blockchain;Data Analytics;Sustainability Technologies
Applications: AI-powered predictive maintenance;IoT sensor networks for infrastructure monitoring;Blockchain-based asset tracking;Data-driven decision making for resource optimization;Sustainable energy solutions for infrastructure management
Challenge: Service - General
Description: innovative solutions to build sustainable management models in the operation and maintenance of assets.
Acciona offers integral service solutions in the areas of infrastructure, the industrial sector and cities, reaping a return on the synergies that ensure a globally integrated management of all activities.


Technologies: AI;IoT;Sensors;Automation;Data Analytics
Applications: AI for employee experience;IoT for office automation;Sensors for environmental monitoring;Automation for process optimization;Data Analytics for facility management
Challenge: Smart building - General
Description: innovative solutions in the smart building / smart office field, able to increase efficiency, simplify processes and support the comfort and safety of staff.
Acciona is looking for innovations in building technologies to further improve the employee's experience in their offices.


Technologies: AI;IoT;Computer Vision;Facial Recognition
Applications: AI for Payment Processing;IoT for Contactless Payments;Computer Vision for Customer Identification;Facial Recognition for Secure Transactions
Challenge: Flawless payments
Description: solutions that can be implemented in gas stations (and their stores) to make the payment experience of the customer immediate and flawless.


Technologies: AI;IoT;Blockchain;AR/VR
Applications: AI for Payment Processing;IoT for Vehicle Diagnostics;Blockchain for Secure Transactions;AR/VR for Interactive Station Experiences
Challenge: Future Methane Gas Stations
Description: ambitious ideas, services or solutions that can be applied in the context of future natural-gas/hydrogen refuelling stations.


Technologies: AI;IoT;Data Analytics
Applications: AI for Real-time Recommendations;IoT for On-board Hardware;Data Analytics for Driving Behavior Insights
Challenge: Nudging sustainable driving
Description: solutions to challenge people to use more sustainable driving options (real-time recommendation systems to save fuel, incentives to use shared rather than private cars, driving style, routes, etc.) and exert a driving behavior in order to reduce the produced emissions.


Technologies: Adsorbed Natural Gas (ANG) technologies; Digitalization; Sensors
Applications: Natural gas storage; Tank storage; Safety monitoring
Challenge: Natural Gas (tank) Storage
Description: novel solutions using Adsorbed Natural Gas (ANG) technologies, for storage of natural gas, which maximize storable volume.


Technologies: AI;IoT;Blockchain
Applications: AI for Mobility Solutions;IoT for Connected Vehicles;Blockchain for Secure Transactions
Challenge: New Mobility Platforms & Models
Description: mobility platforms and solutions that offer novel models, alternative to ownership of vehicles (MaaS, pay-per-mile, renting, etc..) for white-labelling


Technologies: AI;IoT;Blockchain
Applications: AI for fleet management and route optimization; IoT for real-time vehicle tracking and diagnostics; Blockchain for secure data sharing and transaction management in the energy sector
Challenge: Services to Fleets (B2B) and Public transport
Description: mobility/refuelling related solutions tailored to local public transport providers and small fleets owners


Technologies: Learning Management Systems; Collaboration Platforms; Knowledge Sharing Platforms; Personal Growth Applications; Cross Reality Platforms; Virtual Reality; Mixed Reality
Applications: Digital Training Platforms; Employee Knowledge Management; Skill Development; Immersive Training Simulations; Emergency Training
Challenge: Technology-Enabled Training
Description: solutions that involve innovative and added value methods for training or knowledge transfer.


Technologies: AI;Data Analytics;Machine Learning
Applications: AI for Employee Profiling;Data Analytics for Competency Mapping;Machine Learning for Personalized Training
Challenge: Employees Digital Profiling
Description: software or platform that allow for gathering and mapping of employee profiles, knowledge and competences to improve engagement, training, knowledge sharing and internal mobility.


Technologies: AI;Computer Vision;NLP
Applications: AI for Data Analysis;Computer Vision for Document Processing;NLP for Text Categorization
Challenge: OCR + text categorization systems
Description: tools for automatic analysis and categorization of data, documents, digital content and manuscripts.


Technologies: AI;Data Analytics;Machine Learning
Applications: AI for Customer Intelligence;Data Analytics for Consumer Behavior;Machine Learning for Personalized Offers
Challenge: Fidelity Card & Gas Station Analytics
Description: solutions to collect/analyse intelligence on consumers of fuel stations, in order to improve the engagement level, on all the offered services.


Technologies: AI;IoT;Cloud Computing;Data Analytics
Applications: AI for Predictive Maintenance;IoT for Remote Sensing;Cloud-based Data Storage and Processing;Data Analytics for Performance Optimization
Challenge: Remote IoT (Cathodic Protection & General)
Description: solutions that allow remote monitoring of data that guarantees the effectiveness of cathodic protection in pipelines.


Technologies: Polymers;Carbon-fibres
Applications: New vehicle architectures;Lightweight vehicles;Modular manufacturing
Challenge: Innovative materials & manufacturing processes
Description: innovative solutions for new vehicle architectures, both in terms of materials (e.g. polymers, carbon-fibres) and manufacturing processes.


Technologies: Blockchain;Data Monetization;AI;IoT
Applications: Blockchain for Logistics and Circular Economy;Data Monetization for Mobility Services;AI for Fleet Management;IoT for Vehicle-to-Everything (V2X) Communication
Challenge: Innovative services
Description: innovative mobility-related solutions that could give rise to new business models in the areas of logistics, circular economy, blockchain and data monetization streams.


Technologies: Smart Sensors; Fuel Quality Sensors; NOx Sensors; Battery Management Systems
Applications: Methane and Bio-Methane Fuel Sensors; NOx Emission Monitoring; Battery Cell Balancing; Battery Life Expectancy Prediction
Challenge: Smart Sensors for PWT components
Description: innovative solutions that Improve the technological level of pwt sensors, enhancing components performances with a focus on fuel quality, aftertreatment and batteries.


Technologies: AI;Fleet Management Software;SaaS
Applications: AI for Logistics;Fleet Management Software for Vehicle Tracking and Optimization;SaaS for Last-Mile Delivery Integration
Challenge: Innovative last mile delivery services
Description: innovative solutions proposing Last Mile Delivery Services (logistics). The company's objective is to capitalize on linking up an extremely effective last mile delivery service (software) with Iveco Daily (hardware) in order to leverage product-service combination for market entry/penetration.


Technologies: AI;Machine Learning
Applications: AI for Autonomous Vehicles Path Planning; Machine Learning for Vehicle Monitoring and Control
Challenge: Autonomous Vehicles Management
Description: innovative solutions related to Autonomous Vehicles path planning, monitoring and control for single and multiple vehicles.


Technologies: AI;Computer Vision;Sensors
Applications: AI for Driver Monitoring;Computer Vision for Behavior Analysis;Sensors for In-Vehicle Data Collection
Challenge: In-vehicle monitoring system
Description: innovative solutions in order to monitor driver health and activities and help identify behaviors such as excessive speed, harsh braking, rapid acceleration or drowsy driving.


Technologies: AI;Big Data Analytics;Geospatial Analytics
Applications: AI for Customer Targeting;Big Data Analytics for Customer Segmentation;Geospatial Analytics for Location-based Marketing
Challenge: Customer profiling
Description: Enel is interested in an Intelligent software solution leveraging on big data/ analystics (public, internal, geo etc..) in order to support and actively shape our customer targeting activities while at the same time activating effective offerings and marketing actions. Algorithm to profile identification, assessment and engagement of customer “personas” (buyer, users, champion) would be a plus.