Technologies: AI;IoT;Sensors;Precision Agriculture;Biochar
Applications: AI-powered crop monitoring;IoT sensors for soil analysis;Precision farming techniques for optimized resource allocation;Biochar production for enhanced oil extraction
Challenge: Crop optimization
Description: innovative technologies to: Improve crop yields; Reduce the needs for fertilizers / water input / mechanization; Improve oil extraction or valorization through processes such as biochar.


Technologies: Ultrasound; Underground Detection; Integrity Status; Satellite Imaging
Applications: Ultrasound for Leak Detection; Underground Mapping for Pipeline Inspection; Integrity Monitoring for Asset Management; Satellite Imaging for Remote Sensing
Challenge: Leak detection Innovative Technologies
Description: We are currently scouting for innovative technologies that are industry ready only, we expect to test the technology on field after pre validation phase from the technical BU


Technologies: Continuous Monitoring; On-spot Inspections; Robotics & Drones
Applications: Off-shore platform assessment; Crane inspection; Pressure vessel monitoring
Challenge: Structure Integrity Assessment (Off-shore Platforms)
Description: can perform assessment on off-shore platforms, cranes, pressure vessels and other oil and gas assets type. Continuous monitoring and on-spot inspections are technologies that we are interested in.


Technologies: IoT;LoRa;LTE
Applications: IoT for Grid Monitoring;Real-time Asset Monitoring
Challenge: Iot for TSO/DSO infrastructure
Description: we actively seek cutting-edge IoT solutions empowering real-time monitoring of our grid assets. The solutions must: use LORA or LTE, not be a blackbox solution, have experience with other TSO/DSOs


Technologies: Machine Learning; Data Analytics
Applications: Predictive Analytics for Chemical Processes; Machine Learning for Process Optimization
Challenge: Variables' impact on chemical reactions
Description: machine learning solutions, or other solutions, capable of understanding how different variables impact the variations in a reactor's efficiency, and to what extent, collectively and individually. The company needs to have a background in the chemical or manufacturing industry.


Technologies: AI;Robotics;Nanotechnology
Applications: AI-powered predictive maintenance;Robotic process automation for catalyst handling;Nanomaterial coatings for catalyst protection
Challenge: Efficiency for platinum catalyzer
Description: solutions that can bring more efficiency to a platinum catalyzer used for chemical reactions within an industrial plant. The solution needs to either increase the lifespan of the catalyzer (and the platinum it is made of), or help to reactive it instead of substituting it.


Technologies: AI;Lidar
Applications: AI for Vegetation Management;Lidar Data Acquisition
Challenge: AI for TSO/DSO Vegetation Management
Description: We are scouting for solutions that use AI for the vegetation management (acquisition of lidar and other data from utility, suggest and plan cutting, keep records of cutting and expenses, provide analytics and predictions of future activities)


Technologies: Hydrogen Technologies; Deep-Tech; CCSU; Long Duration Energy Storage
Applications: Hydrogen Storage; Blending; Leak Detection; Measurement
Challenge: Hydrogen Blending, Measurement & Storage
Description: solutions in the decarbonization space with a focus on general hydrogen technologies (including deep-tech), CCSU, and long duration energy storage, as well as hydrogen storage, blending, leak detection, and measurement.


Technologies: Batteries; Synthetic Molecules; Thermal Energy Storage
Applications: Energy Storage; Decarbonization; Power-to-X
Challenge: Long Duration Energy Storage
Description: Solutions for long duration energy storage (LDES) in anticipation for potential future threats to to current NG solutions that could be threatened by LDES. While NG provides the largest portion of the energy storage today, this is changing as the world focuses more on decarbonization, and energy storage in moving towards batteries, synthetic molecules (power-to-X), and thermal energy storage.


Technologies: Cloud Computing;AI;Automation;Collaboration Tools;Project Management Software
Applications: Cloud-based ERP systems;AI-powered task management;Automated workflow systems;Collaborative project platforms;Project management suites for enterprises
Challenge: Run all business operations online
Description: We are looking for software and application in order to manage all aspects of work in one complete solution, allowing teams to focus on executing tasks, projects, and processes efficiently and achieve shared goals at scale. From establishing goals to navigating through projects, processes, and daily tasks, this system should facilitate organized and collaborative work management, ensuring that work proceeds seamlessly and effectively.


Technologies: AI;NLP;Data Extraction
Applications: AI for Document Analysis;NLP for Text Processing;Automated Data Extraction from Semi-structured Files
Challenge: AI based document data extraction
Description: Artificial intelligence tools for automatized data extraction and normalization, from semi-structured file repositories, for example, patents or invoices, for further global analysis, status assessment, coherence missing detection, etc.


Technologies: Sensors; Real-time monitoring
Applications: H2O2 detection in air purifiers; Automotive air quality control
Challenge: Low in-air H2O2 peroxide sensor
Description: Some air purifiers are based on the use of an in-air dispersion of small amounts of H2O2, either as a biocide, and as a biochemical degradation agent.
Real-time monitoring of H2O2 levels in the processed air is key for proper control of the performance of this kind of air purifiers.
A key point here is achieving H2O2 in-air detection when under 0.07PPM levels.


Technologies: Chemical Sensors; Real-time Monitoring; IoT
Applications: Chemical Detection in Vehicle Cabin; Automotive Air Quality Control; Real-time Gas Monitoring
Challenge: Air chemical quality compact monitoring
Description: Air quality management is becoming a must-be in the vehicle cabin, further than just temperature and moisture management.
Among others, this means real-time detection and monitoring of undesired chemicals like VOCs, exhaust gases, COx, O2, etc., commonly accessing the cabin, being cause of discomfort, even potentially hazardous to passengers.


Technologies: Projection;Display;Backlit Icons;Touch Screens
Applications: In-vehicle Entertainment;Automotive User Interface;Immersive Automotive Experience;Interactive Displays
Challenge: Interior vehicle cabin projection
Description: As an alternative to expensive and difficult-to-integrate standard displays or built-in backlit icons, projecting either some control info, deco images, or even full video streaming, on different interior surfaces in the cabin, even on the interior side of vehicle glass closures (window panes, windshield,...)
Projection devices must be hideable (i.e. easy to integrate in existing interior parts), compact, and provide net and vivid images.


Technologies: Holography;Augmented Reality;Virtual Reality
Applications: Holographic Displays for Aerospace;AR for Automotive;VR for Training and Simulation
Challenge: Holographic dynamic image displaying
Description: Similarly to projectors, holographic devices, for virtual floating transparent displays, augmented reality driving info, are seen as interesting and potentially more and versatile alternatives to traditional cockpits and displays.


Technologies: Air Venting; Air Cooling
Applications: Vehicle Cabin Cooling; Energy-efficient Air Conditioning
Challenge: Compact vehicle interior air conditioning
Description: Devices for air vehicle cabin cooling, not involving any compressor, Peltier effect electronics, or fan.
It could be of interest devices intended either, just for air venting, just for air cooling, or both functionalities at the same time.


Technologies: Air Venting; Air Cooling
Applications: Vehicle Cabin Cooling; Automotive Energy Efficiency
Challenge: Compact vehicle interior air conditioning
Description: Devices for air vehicle cabin cooling, not involving any compressor, Peltier effect electronics, liquid, or fan.
It could be of interest devices intended either, just for air venting, just for air cooling, or both functionalities simultaneously.


Technologies: Air Venting; Air Cooling
Applications: Vehicle Cabin Cooling; Energy-Efficient Air Conditioning
Challenge: Compact vehicle interior air conditioning
Description: Devices for air vehicle cabin cooling, not involving any compressor, Peltier effect electronics, or fan.
It could be of interest devices intended either, just for air venting, just for air cooling, or both functionalities at the same time.


Technologies: NLP;AI
Applications: NLP for Patent Analysis;AI for Document Understanding
Challenge: Standardized NLP patent scope description
Description: In addition to this, in the case of patents, a step forward would be extracting key data -mainly from the main claims- for identifying the technical scope of such a patent, normalizing the way such scope is worded, allowing further comparison, either with other patents, or with a technical solutions (for instance for assessing patent infringement)


Technologies: Direct Air Capture; Point Source Capture; Chemical Processes
Applications: Carbon dioxide removal; Greenhouse gas mitigation; Industrial emissions reduction
Challenge: DAC Overview
Description: Direct Air Capture and Point Source Capture are both methods for filtering CO2 from the atmosphere or directly from their sources, respectively. Companies developing such solutions use different chemical processes and also differ in energy requirements or the specific business case. I would like to get an overview with pros/cons in some scenarios.


Technologies: Holographic Interfaces; Augmented Reality; Virtual Reality; Web Technologies; Mobile Technologies
Applications: Holographic UI for Field Operators; AR/VR for User Engagement; Web-based Pre-sales Tools; Mobile Apps for Energy Management
Challenge: Innovative User Interfaces
Description: The digital landscape is constantly evolving, and user interfaces play a pivotal role in shaping user experiences. We are seeking out the most innovative solutions in the market for creating graphical interfaces that push the boundaries of technology and enhance user engagement, such as holographic interfaces, Augmented or Virtual Reality or any other groundbreaking technologies


Technologies: Wearable Devices; Real-time Data Analytics; Communication Systems; Virtual/Augmented Reality
Applications: Smart Safety Gear; Real-time Field Data Collection; On-site Communication Tools; AR-assisted Maintenance
Challenge: Wearable Technologies for Enhanced Workforce
Description: We are searching for wearable technologies that can make a significant difference in how field work is conducted, focusing on both enhancing productivity and ensuring the safety of workers.
Examine features such as real-time data collection, communication capabilities, VR/AR and much more.


Technologies: Smart Materials;Shape-Changing Materials;Electronic Control Systems
Applications: Morphing Materials for Interactive Surfaces;Shape-Shifting Buttons;Adaptive Wearable Devices;Environmentally Responsive Fabrics
Challenge: Morphing materials
Description: Covering materials, able to reversibly change their external shape, in a controlled manner when electrically excited.
These materials are intended to add functionalities to an object's surface in an electronically controlled way, for instance making appear a 'hidden" button pad just when required, depending on the every-moment user needs.


Technologies: AI;Data Analytics;Machine Learning
Applications: AI for HVAC analytics;Machine Learning for Predictive Maintenance;Data Analytics for Efficiency Improvement
Challenge: Data analytics for HVAC machinery
Description: As data analytics solution that can provide insights on the functioning of the machinery, perform predictive maintenance, component optimization, and efficiency improvement.


Technologies: Computer Vision;Image Recognition
Applications: Computer Vision for Frost Detection;Image Recognition for Industrial Applications
Challenge: Frost detection with image recognition
Description: An innovative vision technology and image recognition solution to detect frost formation on fins and tubes heat exchangers. The solution should have proven experience with image recognition, it's preferable if they have an application in a similar environment.


Technologies: Twisted nematic liquid crystal (TN-LC); Electrochromic
Applications: Transparent screens for aerospace, construction, energy, foodtech, infrastructure, consumer products, personal care, smart home, safety, and security applications.
Challenge: Controllably dimmable transparent screens
Description: Transparent rigid screens, based on the integration of films onto them, whose transparency can be electronically tuned according to every moment ambient and functional lighting requirements.
Preferably, these films should be based on, either twisted nematic liquid crystal (TN-LC), or electrochromic technologies.


Technologies: Additive Manufacturing;Post-processing;Laser Technology
Applications: Metal Part Manufacturing;Aerospace Component Production;Automotive Industry;Construction Equipment;Energy Sector Hardware;Medical Device Manufacturing;Industrial Machinery
Challenge: Large metal part additive manufacturing
Description: Manufacturing methods for large precision metal parts, larger than 400 millimeters in size, based on metal laser additive manufacturing.
Such manufacturing methods must be compatible with or combined with other post-process finishing methods such as thermal treatments, drilling, machining, brushing, polishing, etc.


Technologies: AI;IoT;Robotics
Applications: AI for Route Optimization;IoT for Real-time Tracking;Robotics for Automated Sorting and Delivery
Challenge: Green Logistics: Smart Network Solutions
Description: Poste Italiane is looking for Innovative solutions for last-mile delivery strategy to streamline the network of delivery points to the final customer (es. Pudo, Micro depots, Locker). Solutions that offer various use cases in the field of logistics and delivery will be preferred.


Technologies: AI;Scouting Tools;Data Consolidation;Natural Language Processing;Text Mining
Applications: Business Intelligence Reporting;Tech Landscape Analysis;Trend Forecasting;Competitor Intelligence;Supplier Identification;Developer Insights
Challenge: AI-based Business Scouting Intelligence
Description: AI-based scouting tools to get consolidated business intelligence reports, including tech landscapes, tech trends, and statistics on main tech players - implementers, integrators, key part suppliers, developers, etc.,- based on any available info like papers, patents, press repositories, or databases, either public or private.


Technologies: AI;Data Analytics;NLP;Predictive Analytics
Applications: AI-powered Market Analysis;Data-driven Decision Making;Natural Language Processing for Narrative Understanding;Predictive Analytics for Market Trends
Challenge: Exploring Market Narratives
Description: solutions to enhance the company's ability to proactively respond to market dynamics, make data-driven decisions, and outpace the competition. Optimizing narrative discovery can boost efficiency, reduce manual work, and drive swift, strategic action in energy trading. This translates to better performance, higher customer satisfaction, and sustainable growth for the company.


Technologies: AI;Computer Vision;IoT
Applications: AI for Yard Management;Computer Vision for Docking Assistance;IoT for Traffic Monitoring
Challenge: Yard management
Description: We are actively seeking companies providing hardware and software solutions designed to streamline driver operations upon entry into IVECO plants. These solutions should offer guidance on docking procedures, required documents, and related information.


Technologies: AI;Computer Vision;Satellite Image Processing
Applications: AI for Energy Forecasting;Computer Vision for Cloud Detection;Satellite Data Analysis for Renewable Energy
Challenge: Nowcasting for photovoltaic power generation
Description: We are looking for solutions that helps us to output very short-term (15 minutes) production forecast data for photovoltaic plants based not only on prediction models but also on satellite image processing (or other sources) that can anticipate a sudden drop or rise in resource caused by clouds not detected by conventional prediction models.


Technologies: Battery Energy Storage Systems (BESS); Solar; Wind
Applications: Energy storage for residential use; Grid-connected energy management; Price-based energy consumption
Challenge: Home Battery Storage Systems
Description: Battery energy storage systems (BESS) enables renewable sources, like solar and wind, to be captured, stored, and released when customers need the most power. BESS allows energy use at a different time from when it was generated, increasing power quality, efficiency, and system resilience. Home battery storage systems connect to the power grid and your home’s electric panel to perform two main functions- charging and discharging.


Technologies: Robotics;Automation
Applications: Robotic Assembly;Automated Deployment Systems;Robotic Installation for Solar Farms
Challenge: Automated PV-module assembly,deployment & installation
Description: The construction of a solar PV farm requires a significant amount of manual labour, with the majority of the labour dedicated to the field delivery and physical installation of solar modules. Given the constraints of a tight labour market and a labour-intensive installation process, automation technology can be a critical force multiplier in the global effort to increase solar power output in the field tasks of PV module assembly &  deployment.


Technologies: AI;Robotics
Applications: AI for wind power industry; Robotics for wind power industry
Challenge: Automation&AI in wind power industry
Description: Wind power industry has experienced incredible growth in recent years, establishing itself as a key renewable energy source in the transition to a more sustainable future. However, wind industry faces several challenges in installation and O&M, where robotics and AI could be allies in transforming the way some tasks in the wind industry are performed.


Technologies: Satellite Communication;5G;WiFi Extenders
Applications: Satellite-based Internet for Aviation;5G Network for In-flight Connectivity;WiFi Range Extension for Aircraft
Challenge: WiFi connectivity for airplanes
Description: Technologies that can improve on-board WiFi connectivity on planes fleets, in a fast, stable and secure way.
The ultimate goal is that of boosting in-flight navigation experience.


Technologies: AI;Computer Vision;IoT;Data Analytics
Applications: AI for Parking Space Detection;Computer Vision for License Plate Recognition;IoT Sensors for Space Monitoring;Data Analytics for Parking Optimization
Challenge: Parking management
Description: Innovative solutions for parking management across Europe. General parking solutions in various settings such as closed, open-air, and airport parking are of particular interest. Companies that have a wide parking network will be preferred.


Technologies: AI;IoT;Blockchain;Hardware;Software
Applications: AI for Insurance Claims Processing;IoT for Vehicle Monitoring;Blockchain for Secure Data Management;Hardware for Telematics;Software for Insurance Policy Management
Challenge: Mobility Insurance
Description: Innovative models for mobility insurance that are present on the market. Solutions that offer either an innovative insurance model or a technology (hardware or software) associated with mobility insurance are of interest.


Technologies: AI;IoT;Blockchain;Smart Payments;Geolocation
Applications: AI for Toll Collection;IoT for Transportation Management;Blockchain for Secure Transactions;Smart Payment Systems for Tolls;Geolocation-based Tolling
Challenge: Tolling Solutions
Description: innovative tolling solutions available in the market. Solutions that support smart payments or geo payment methods. Companies that have proven use cases in the field of insurance will be preferred.


Technologies: Photovoltaic; Motorized Actuators; Wind Sensors; Microinverters
Applications: Solar Energy Generation; Retractable Awning Design; Weather Monitoring; Electrical Power Conversion; Smart Home Automation
Challenge: Photovoltaic Solar Awning
Description: a versatile and innovative product that can be swiftly introduced to the consumer market within the short to medium term. This product must feature a fully retractable design, achieved through a motorized actuator, offering convenience and user-friendliness. Furthermore, we are open to exploring various forms of photovoltaic technology, including rollable, flexible, or rigid, to integrate sustainable energy solutions into this exciting product.


Technologies: Machine Learning; Artificial Intelligence; DERMS; ADMS; Data Science; Real-time State Estimation; Wi-SUN; DLMS
Applications: ML and AI for Distribution System Operators (DSO); DERMS for distributed energy management; ADMS for advanced distribution management; Data Science for power flow analysis; Real-time state estimation for medium and low voltage systems; Wi-SUN for communication; DLMS for device messaging; G3 Technologies for energy applications
Challenge: Gridspertise Special Project
Description: Machine learning & artificial intelligence applied to DSO
Distributed Energy Resources Management System (DERMS)
Advanced Distribution Management System (ADMS)
Data science on power systems & Power flow analysis
Real-time state estimator techs for medium voltage & low voltage
Wi-SUN communication technology
Device Language Message Specification (DLMS)
G3 Technologies


Technologies: AI;Sensors;Materials Science
Applications: AI for Avifauna Collision Detection;Sensors for Extreme Weather Monitoring;Materials Science for Wind Tower Construction
Challenge: Evergreen Needs
Description: New wind tower solutions
Reuse wind blade materials
Extreme weather WTG upgrades: kits to be integrated into WTGs to allow them to operate in both extreme hot and cold conditions (instead of using a separate kit for hot conditions and cold conditions).
Avifauna collision counting system in wind farms: fatalities-counter of bats and birds.
Adhesive films to be applied to PV panels.


Technologies: AI;Computer Vision;QR Code Generation
Applications: AI-Generated Images;Customized Dynamic QR Codes;Personalized Branding
Challenge: AI-Powered Custom QR Codes
Description: A highly adaptable system that can create unique AI-generated images and link them with customized dynamic QR codes tailored for each client. These QR codes can then be placed on the lids, providing a one-of-a-kind branding experience.


Technologies: AI;Weather Forecasting;ESG Analytics
Applications: AI for Agriculture;Weather Forecasting for Crop Management;ESG Practices in Farming
Challenge: Predictive AI for smart agriculture
Description: a predictive AI solution that can help farmers manage their businesses. The solution should work independently from a device. Examples of the insights could be how often to water the crop, weather forecast, how often to fertilize the soil, and how to facilitate ESG practices.


Technologies: AI;IoT;Telematics
Applications: AI for Fleet Management;IoT for Agriculture;Telematics for Vehicle Tracking
Challenge: Smart agriculture fleet digitalization
Description: Solutions that offer fleet digitalization for smart agriculture. Examples include devices such as black boxes, or OBD2. It should also offer fleet management dashboard with fleet insights to facilitate agriculture operations.


Technologies: IoT;Sensors;Satellite
Applications: Humidity Sensors for Soil Monitoring;Soil Sensors for Agriculture;Satellite Technologies for Agricultural Insights
Challenge: Smart Agriculture IoT Sensors
Description: Smart IoT devices, and sensors that offer better agriculture process monitoring. Examples include humidity sensors, soil sensors, various satellite technologies, and solutions providing agricultural insights to enable smart farms.


Technologies: Thermal Energy Storage (TES);Electrification
Applications: High-temperature thermal storage for industrial processes;Medium-temperature energy storage for industrial electrification
Challenge: Thermal Storage for industrial electrification
Description: We are looking for Innovative thermal storage solutions to be coupled with medium-high temperature industrial processes that normally require the use of gas. We expect to have a picture of TES technologies in view of future POCs.


Technologies: Renewable Energy; Hydrogen Production; Energy Storage
Applications: Green Hydrogen Generation; Distributed Energy Systems; Small-scale Power Generation
Challenge: Green Hydrogen distributed energy applications
Description: We are looking for green hydrogen appplication for distributed
generation size (<1 MW) rather than for utility scale applications. Geographical focus mainly US and Europe.


Technologies: Mechanical;Electrochemical;Thermal
Applications: Long-duration energy storage;Flow battery systems;Thermal energy storage
Challenge: Beyond Lithium LD Flow battery
Description: Scouting of most recent solutions for long-duration flow batteries for future characterization in Catania Lab. Reliable long duration storage solutions. LDES technologies generally fall into one of three categories: mechanical, electrochemical, or thermal.


Technologies: Heat Pumps; Photovoltaic (PV) Systems; Chillers; Electric Boosters
Applications: Industrial Process Electrification; Low-Temperature Heat Generation; Energy Efficiency in Food and Beverage Industry
Challenge: Electrification technologies and applications
Description: We are looking to integrated solutions (i.e. industrial heat pumps plus other systems like PV or chillers or electric boosters or innovative more performant heat Pumps) capable to substitute fuel fired industrial processes, in particular in sectors that require low-moderate fluid temperatures like the Food and Beverage Industry (Heat Pump or hybrid system T range < 130 °C)


Technologies: Hybrid PV-thermal systems
Applications: Electricity generation;Hot water generation for hotels, swimming pools, dairy industry, and other similar sectors
Challenge: Hybrid PV-thermal solutions
Description: Hybrid PV-thermal solutions for electricity and hot water generation, applicable to C&I customers with need of water heating (e.g., hotels, swimming pool, dairy industry, …)


Technologies: AI; IoT; Smart Devices; Virtualization
Applications: AI for Asset Management; IoT for Device Aggregation; Smart Device Networking; Virtual Asset Creation for Energy Markets
Challenge: Small Asset aggregators
Description: Aggregate small assets with flexibility that is limited with respect with market rules mandates. If possible, avoid installing additional HW (use smart devices) aggregate the smart devices into a virtual asset, that will suffice the basic requirements for market participation.


Technologies: Data Capture; DR; Nilm; Gateway; IoT
Applications: Data Capture for Energy Management; DR for Demand Response; Nilm for Non-Intrusive Load Monitoring; Gateway for Data Transmission; IoT for Smart Energy Management
Challenge: Data Capture and DR
Description: Identification of an Integrated Meter for Data Capture and DR (Nilm + Gateway) for SMEs. Streamline data capture and management, synchronizing data across utilities. Further documentations around specs is pending from the partner.


Technologies: Organic Chemistry; Materials Science; Electrochemistry
Applications: Organic Battery Development; Sustainable Energy Storage; Eco-friendly Electronics
Challenge: Sustainable electronics: Green batteries
Description: Looking for sustainable alternatives to Li-Ion or Li-Polymer rechargeable batteries, which avoid the use of rare earth and heavy metals. Batteries that make use of organic materials that can be either recycled or biodegradable. Energy density should be similar or better to current rechargeable battery technology.


Technologies: AI;Renewable Energy;Energy Efficiency;Sustainable Materials
Applications: AI-powered process optimization for wafer fabrication;Renewable energy integration for manufacturing;Energy-efficient silicon ingot production;Sustainable materials research for IC packaging
Challenge: Sustainable Electronics: green Integrated Circuits
Description: Looking for solutions to reduce the environmental impact of Integrated Circuits (IC) throughout their life cycle, from the production of silicon ingot to the wafer fabrication process. The need is to reduce energy consumption, improve the wafer manufacturing process, improve the wafer production yields, optimize the usage of the wafer through enhanced node geometry, use renewable energy for wafer production, and use less or alternative gasses.


Technologies: Sustainable Supply Chain Management; Circular Economy; Product Design
Applications: Supply Chain Optimization; Repair and Refurbishment Programs; Product Longevity Initiatives; Waste Reduction in Manufacturing; Access-based Business Models
Challenge: Sustainable consumer electronics business models
Description: Beyond adopting green technology, a Consumer Electronics company needs to redefine its supply chain and business models. The solution is in the combination of,
- structuring of a sustainable supply chain from cradle to grave
- programs focusing on the repair, reuse, and recycling of goods
- products with longer lifespans
- minimizing waste in product design
- models based on access to, or sharing of, and not ownership of goods and services


Technologies: AI;Gen AI
Applications: AI for Customer Operations;Gen AI for Feedback Analysis
Challenge: Gen AI for Customer Ops
Description: fully customizable feedback analysis. We are looking for companies around Gen AI tech for customer ops activities, that can do the proper analysis and suggest action plans.


Technologies: Finite Element Analysis (FEA);Engineering Simulation
Applications: Solid mechanics analysis;Vibration analysis;Erosion modeling;Structural integrity assessment
Challenge: Finite Element Analysis
Description: The first objective from this scouting is to establish a form of collaboration with an engineering company, which allows COMP department, on request, to achieve results and analysis on the aforementioned items.

A second step that can be evaluated later in the process, is to identify a FEA software tool that could be potentially adopted internally


Technologies: Magnetism;Material Science;Polymer Chemistry
Applications: Magnetic Adhesion for Packaging;Food-Safe Material Development;Elastic Polymer Formulation
Challenge: Magnetic film for cap adhesion
Description: Pelliconi is looking for a multilayer film solution for bottle caps with two key layers: a thin magnetic layer for strong adhesion to metal and a plastic layer made of PVC-free compound with elastic, compression, and insulation properties.


Technologies: Artificial Intelligence;Computer Vision
Applications: AI for Smart Parking;Computer Vision for Parking Management
Challenge: Smart Parking
Description: Our company manages 500+ open air parking slots in Italian urban areas where car access is managed by connected parking barriers. We are looking for solutions that tackle the following challenges:
1) PARKING FREE-RIDING: is common to observe improper occupation of the spaces due to the weakness of the current parking barriers
2) PARKING OCCUPANCY: tracking and monitoring remotely the occupancy levels of each parking slot


Technologies: AI;Data Analytics;Wearable Technology
Applications: AI-powered Ergonomics Monitoring;Wearable Sensors for Health Data;Data-driven Worker Safety Systems
Challenge: Monitoring of worker ergonomics
Description: Advice and expertise on the relationship between a person's physiological signals and his or her psychophysical state, expertise in developing algorithms for the medical field


Technologies: Exoskeletons;Collaborative robots
Applications: Exoskeletons for construction workers;Collaborative robots to assist on construction sites
Challenge: Ergonomics on the construction site
Description: Companies that have experience in the construction industry and have already developed ergonomic solutions for improving working conditions on the construction/civil construction site.


Technologies: AI;3D Printing
Applications: AI for Software Automation;3D Printing for Rapid Prototyping
Challenge: Optimized Software for Additive Manufacturing
Description: Softwares for design and prototyping in 3D that are so automated as to optimize a large part of the process, and intuitive enough to reduce errors to a minimum, with the aim of reducing timings. AI integrated softwares are also well accepted.


Technologies: AI;Data Analytics;Data Visualization
Applications: AI for Data Quality Management;Data Analytics for Error Detection;Data Visualization for Anomaly Identification
Challenge: Data quality management system
Description: Looking for a tool or service that can track data quality/data problems such as gaps, estimations, drops, repeat patterns, and bad zeros, among others to help us report on the health of the company's registrations.


Technologies: Sensors; Electronics; Data Transfer; Control Units
Applications: Sensors for industrial automation; Electronic data processing; Machine monitoring and control; Data storage and analysis for industrial processes
Challenge: heald frame position measurement
Description: knowledge and technological solutions for the development of innovative measuring sensors for industrial applications. The sensor must be integrated and permanently installed on weaving machines operating under critical environmental conditions (high humidity, dust, grease, oil, mechanical vibrations) in order to measuring the initial position of each heald frame and the amplitude of its linear stroke during the machine setting up procedure.


Technologies: Sensors; Wearable Technology; Data Analytics; IoT
Applications: Vital Sign Monitoring; Fall Detection; Remote Patient Care; Real-time Health Data Collection
Challenge: Vital Signal Tracking Devices
Description: Cutting-edge devices capable of monitoring vital signs and detecting the likelihood of falls, while also facilitating seamless interaction between consumers and caregivers. The primary emphasis is on hardware that can be seamlessly integrated with various service offerings.


Technologies: AI
Applications: AI for fabric design; Machine Learning for fashion
Challenge: AI fabrics design
Description: possible solutions (AI?) allowing our style and product team to have a proposal of possible fabrics design to insert in our collections. The need is both for printed and jarn dyed fabrics. Prints are more on an image lavel, yarn dyed must follow specific rules according to the weaving structures/number of yarns/ends-picks, etc.


Technologies: AI;Data Analytics
Applications: AI for Demand Forecasting;Data Analytics for Warehouse Optimization
Challenge: Demand planning and warehouse management
Description: Solutions allowing to manage raw material or finished product orders in advance. By predicting future demand, they should make warehouse management lighter and faster, monitoring the financial weight of it. Possibly a solution based on artificial intelligence algorithms, that works with your existing data and processes + other sources.


Technologies: AI;Computer Vision;Autonomous Systems;Integration Technology
Applications: AI for Image Recognition;Computer Vision for Surveillance;Autonomous Safety Monitoring;System Integration for Construction Sites
Challenge: Construction Site Safety
Description: digital, autonomous solutions, with ability to integrate with existing systems. Safety is an increasing concern in all the world, with growing required measures and reporting. We also seek a solution that reflects and supports the requirements of different jurisdictions.


Technologies: AI;AR/VR;Computer Vision;NLP
Applications: AI-powered Virtual Trainer;AR/VR for Immersive Learning;Computer Vision for Object Recognition;NLP for Real-time Translation
Challenge: Real-time translation for live training
Description: Simultaneous translation solutions not only offer language support but also incorporate engaging features for audience involvement. They simplify technical training by supplementing verbal instruction with visuals of actual components demonstrated by the live trainer.


Technologies: AI;IoT;Robotics
Applications: AI for Construction Management;IoT for Site Monitoring;Robotics for Automated Construction
Challenge: AI in Infrastructure (Construction) Industry
Description: Use cases developed by industry peers/companies/startups around AI along the Infrastructure Construction value chain.

Regarding startups, interested in AI-focused startups offering: solutions that fully apply to the infrastructure sector, and/or cross-sectorial AI-solution with potential to be applied in the infrastructure sector.


Technologies: AI;IoT
Applications: AI for Water Infrastructure;IoT for Water Management
Challenge: AI in Infrastructure (Water) Industry
Description: Use cases developed by industry peers/companies/startups around AI along the Water infrastructure value chain. Regarding startups, interested in AI-focused startups offering: solutions that fully apply to the water infrastructure sector, and/or cross-sectorial AI-solution with potential to be applied in the water infrastructure sector.


Technologies: Renewable Thermal Storage; Alternative Heat Generation
Applications: Carbon Footprint Reduction; Medium Temperature Heat Storage; Industrial Process Decarbonization
Challenge: Power-to-Heat for decarbonization of industrial-processes
Description: We are looking for renewable thermal storage solutions that will help our industrial customers using medium temperature heat (up to 200°C) to reduce their carbon footprint by using alternative technologies to current ones that allow them to generate heat without emitting CO2.


Technologies: Sensors; Internet of Things (IoT); Smart Technology; Big Data; Artificial Intelligence
Applications: Smart Thermostats; Connected Sensors; Automated Controls; Data Processing; Predictive Environment Systems
Challenge: Energy-efficiency for commercial air conditioning
Description: There are different approaches to different solutions that can help reduce the environmental footprint of air conditioning. Advances in sensors, the Internet of Things (IoT), and smart technology can offer promising solutions for efficient cooling. Smart thermostats, connected sensors, and automated controls optimize cooling based on occupancy and weather conditions. In addition, the processing of data and information generated by sensors,


Technologies: AI;Data Analytics;Climate Modeling
Applications: AI-powered climate risk assessment;Data-driven decision making for renewable energy investments;Climate modeling for asset management
Challenge: Risk-assessment of-impact climate-change in renewable-energy
Description: We are looking for solutions that allow it to measure and quantify the impact of climate change on the profitability of its assets in operation, as well as to use this climate intelligence for business development in new geographic markets. Therefore, the solution should enable to assess the effects of climate change at the powerplant and asset level to anticipate operational risks of the different plants in production around the world,


Technologies: Backtracking;PV power plants;Bifacial modules
Applications: Backtracking model for energy optimization;Bifacial modules with horizontal tracking for solar energy capture;PV power plants deployment and performance improvement
Challenge: Backtracking-for-PV-power-plants-with bifacial-modules
Description: We are looking for a backtracking model or software that is adapted to the power plant deployment (terrain orography and type of power plant engineering) that will allow it to maximize the performance of PV farms with bifacial modules with horizontal tracking.


Technologies: Computer Vision;AI;Machine Learning
Applications: Visual Inspection for Maintenance;AI-based Failure Detection;Computer Vision for Energy Infrastructure
Challenge: Predictive-Maintenance of Wind-Turbine-Gearboxes Using Computer-Vision
Description: We are looking for solutions to monitor the behavior of the gearbox, main shaft and rotor through autonomous visual inspection. These systems must be trained to detect the various failures that can occur in this type of machine, such as fracture due to bending fatigue, wear, fretting corrosion, and surface fatigue in the form of pitting.


Technologies: Wireless Communication; Sensor Technology; Remote Operation
Applications: Subsea Data Transfer; ROV Control; Subsea Monitoring
Challenge: SUBSEA WIRELESS COMMUNICATION
Description: SMEs or growing companies, allowing a wireless transfer of data and information between subsea's devices without the need of physical transmission cables or specific infrastructure.


Technologies: AI;Simulation;Optimization algorithms
Applications: AI-powered design evaluation;Simulation-based testing;Automated optimization for power evacuation systems
Challenge: Evacuation systems Offshore wind farms
Description: Identify and accelerate the development of tools and/or technologies to evaluate designs and optimise offshore wind farm power evacuation systems. The proposed design and optimisation methodologies will consider grid integration criteria and compliance with the grid code of the evaluated projects, seeking the automation of iterative design processes. The proposed electrical schemes will have to reach a compromise between technical feasibility and


Technologies: AI;Natural Language Processing;Voice Recognition;Data Integration
Applications: AI-powered Virtual Assistant;Data Synthesis from Multiple Sources;Voice and Chatbot Interactions;Integration with Enterprise Platforms
Challenge: Data Synthesis Virtual Assistant
Description: Solutions for a virtual assistant that synthesizes data from multiple sources (Allegro, Spotfire, data lakes) for business operations. The assistant should be integrable with our Enel Platform, preferably with TEAMS integration, and capable of responding to voice and chatbot queries.


Technologies: AI;RPA
Applications: AI-based chatbot;RPA for task automation
Challenge: Operational Assistant Chatbot
Description: Solutions for an AI-based operational assistant chatbot, customizable for specific company needs and integrated with systems like Allegro, Outlook, Excel, and PowerPoint. Ideally, the solution should support voice and text commands, with potential integration in TEAMS.


Technologies: AI;OCR;Artificial Vision
Applications: AI for Shipment Management;OCR for Data Extraction;Artificial Vision for PDF Processing
Challenge: AI-Driven Shipment Management
Description: Advanced AI solutions focusing on shipment management through OCR and artificial vision. The technology should automate data extraction from PDFs and integrate the extracted data seamlessly into the Allegro system, handling different document formats efficiently.


Technologies: Web Crawling;Data Mining;Natural Language Processing
Applications: Web Crawling for Energy Sector;Data Mining for Energy Management;NLP for Text Analysis in Energy Industry
Challenge: Energy Management Web Crawling
Description: Solutions for automated web crawling tailored to energy management needs. The service should include the ability to target specific websites and keywords for various use cases, ensuring accurate and efficient data collection and organization for strategic operations in the energy sector.


Technologies: AR/VR; AI; 3D Tracking
Applications: AR/VR for manufacturing training and guidance; AI for process verification and certification; 3D tracking for hand, finger and tool monitoring
Challenge: A/VR+AI Manufacturing Human Enabler
Description: Complete solutions composed of devices and software wearable from operators to obtain a complete phisical and digital enviroment  connected with enterprice enabling to operate any production activity with smart support to learn, execute and check phases.


Technologies: Additive Manufacturing;Material Conservation;Recycling
Applications: Sustainable PCB Manufacturing;Energy-Efficient Production;Waste Reduction;Recycling Metals for Electronics
Challenge: Sustainable PCB Manufacturing Innovations
Description: We are looking for solutions that present cost-effective, energy-efficient, and eco-friendly PCB manufacturing methods, with an emphasis on additive manufacturing, material conservation, recyclability, and use of recycled metals, while being adaptable and showing potential for future scalability.


Technologies: Sustainable Packaging;Recyclable Materials;Humidity Control;Alternative Printing Methods
Applications: Eco-friendly Packaging Design;Moisture-resistant Wrapping;Sustainable Unboxing Experience;Recyclable Seals and Labels
Challenge: Sustainable Packaging Evolution
Description: We are looking for sustainable packaging technologies that enhance the user experience and are environmentally responsible. They must integrate recyclable materials, provide robust protection against humidity, extend product shelf life, and offer alternatives to traditional non-recyclable components without compromising scalability and cost-effectiveness.


Technologies: Alternative battery materials;Battery recycling;Organic battery components;Novel energy storage
Applications: Sustainable power sources for consumer electronics;Eco-friendly batteries for portable devices;Improved recycling processes for electronic waste;Long-lasting energy storage for small gadgets
Challenge: Eco-Friendly Energy Storage Solutions
Description: We are looking for solutions that offer an environmentally friendly alternative to current battery materials with a focus on sustainability, reduced health risks, and improved recycling processes. These technologies should be scalable, cost-effective, and suitable for integration into small consumer electronics that demand extended battery life without frequent recharging.


Technologies: AI;Renewable Energy;Wafer Fabrication Technology;Gas Emission Control
Applications: AI-powered energy management systems;Renewable energy integration for manufacturing;Advanced wafer fabrication techniques;Gas emission reduction strategies for semiconductor manufacturing
Challenge: Integrated Circuits (IC)
Description: We are looking for a solution that drastically reduces energy consumption, enhances wafer fabrication efficiency, increases yields, and integrates renewable energy solutions while minimizing or eliminating harmful gas usage in semiconductor manufacturing.


Technologies: Low-carbon emission manufacturing; Renewable sourcing; Disruptive electronics materials
Applications: Reduced weight electronics components; Sustainable raw material sourcing for electronics; Low-emission production processes for devices
Challenge: Sustainable Electronic Materials
Description: We are looking for a solution that introduces lower-carbon alternative materials into the electronics industry, enhancing product circularity and sustainability. The materials should be innovative, capable of reducing product weight, produced via low-carbon emission methods, or derived from renewable sources, and must be applicable to a wide range of product lines to cater to a large enterprise user base.


Technologies: AI;Blockchain;IoT;Sustainability Technologies
Applications: AI for supply chain optimization;Blockchain for secure transactions and traceability;IoT for smart inventory management;Sustainability tech for circular economy initiatives
Challenge: Business Models
Description: We are looking for solutions that embody disruptive innovation, specifically designed for the electronics industry, to establish sustainable supply chains, enable a circular economy, and empower consumers to make greener choices through education, repair, reuse, and recycling programs, as well as through the creation of novel marketplace platforms.


Technologies: Die Casting; Alloy Composition; Post-Processing Techniques
Applications: Automotive Structural Components; High-Performance Aluminum Castings; Improved Mechanical Properties
Challenge: High Performances Die-Casted Aluminium components
Description: The scope is to identify a technology that allows to inprove the performances of die casted structural components for the automotive market.
Minimum mechanical characteristics σy=260MPa, σm=310 MPa, A%=7%


Technologies: AI;Remote Sensing;Data Analytics
Applications: AI for Real-time Data Analysis;Remote Sensing for Infrastructure Monitoring;Data Analytics for Road Management
Challenge: Road parameter mapping
Description: Real-time mapping of road parameters enables instantaneous collection and analysis of critical data for road infrastructure management. Real-time monitoring improves operational efficiency, optimises resource allocation, and raises safety and sustainability standards. Determining soil moisture, density, salt content and surface roughness with remote systems that allow homogeneous measurement is a competitive advantage in large linear works


Technologies: Sustainable Materials; Process Optimization
Applications: Greener Building Practices; Efficient Tunnel Construction
Challenge: Ground treatment techniques in tunnels
Description: The use of more sustainable materials and the reduction in their consumption are essential in this approach, aligning with the current trend towards greener building practices. In addition, these techniques contribute to the optimisation of processes and systems, thus minimising wasted time and increasing operational efficiency. These advances in ground treatment not only improve the technical and economic feasibility of tunnel projects.


Technologies: AI;Sensors;Data Analytics;Machine Learning
Applications: AI for Predictive Maintenance;Sensor Technology for Wear Monitoring;Data Analytics for TBM Performance;Machine Learning for Cutter Wear Prediction
Challenge: Real-time monitoring cutter wear TBMs
Description: ACCIONA launches this challenge to identify a solution that defines a complete monitoring system, both for the hardware components integrated in the TBM and the interpretation and visualisation software that allows the degree of wear of the TBM cutters to be predicted in real time.


Technologies: Geological Surveying;Geospatial Analysis;Machine Learning
Applications: Terrain Mapping;Real-time Geotechnical Monitoring;Predictive Modeling for TBM Performance
Challenge: New geological techniques for TBMs
Description: Non-intrusive solution to the environment
Does not affect machine productivity
Enable consistent and coherent identification of profound changes in terrain characteristics.


Technologies: AI;3D Modeling
Applications: AI for Text-to-3D Conversion;3D Modeling for Geological Assessments
Challenge: Text to 3D using AI
Description: generation of quicklook 3D geological sketch through the text conversion to 3D representation technology. Accelerate the definition and the construction of geological models, aiming for rapid preliminary assessments of volumes in place and assessing the feasibility of projects...


Technologies: AI;IoT;Predictive Maintenance;Anomaly Detection
Applications: AI for Predictive Maintenance;IoT for Industrial Asset Monitoring;Anomaly Detection for Industrial Processes
Challenge: Industrial - Tertiary
Description: Solutions that optimize energy-intensive industrial assets like compressors, pumps, and HVACs, incorporating cogeneration, trigeneration, and enhancing AHUs through innovative methods. Integrating software solutions for predictive maintenance and anomaly detection in industrial processes is also sought. The solutions must be ready for the Italian market, co-built with hardware for financing, and bear necessary certifications like CE.


Technologies: AI;IoT;Data Visualization;Gamification
Applications: AI for Energy Management;IoT for Smart Home Automation;Data Visualization for Energy Analytics;Gamification for User Engagement
Challenge: Residential Business Scope
Description: We are looking for a ready-to-market digital energy management solution for residential condominiums in Italy, that aligns with certification standards (e.g. CE), and comes with engaging software applications for user engagement and benchmarking. The solution should include hardware that can support financing models and be distributable by Geoside under a POC agreement.


Technologies: Artificial Intelligence
Applications: AI for rendering and visualization of infrastructure models
Challenge: Digital Visualization of Infrastructures
Description: ACCIONA launches this challenge to identify solutions and/or tools that facilitate efficient interaction with detailed technical specifications and diverse infrastructure models.


Technologies: Biological Reactors;Electrolysis
Applications: H2 Production from Wastewater Streams;Biological Treatment for Water Purification
Challenge: H2 Production in a WWTP
Description: WHAT WE ARE SEEKING
ACCIONA is launching this challenge to identify solutions and/or technologies that allow the production of H2 to be included in the conventional operation of a WWTP without the need for pre-treatment, for example, a biological reactor that produces H2 in addition to purifying the water.


Technologies: AI;Data Analytics
Applications: AI for Real Estate Visualization and Planning;Data Analytics for Environmental Impact Assessment
Challenge: Maximizing Real Estate Project Performance
Description: In the early stages of a real estate project, the use of tools based on new technologies (e.g. AI) represents an opportunity in the real estate sector because of their ability to improve visualisation and planning, maximising plot yield, optimising architectural design and reducing the financial risk of any operation. It facilitates environmental and urban impact analysis, and improves decision making with accurate data.


Technologies: Measurement;Certification;Distributed Ledger
Applications: Water Footprint Measurement;Water Source Certification;Data Integrity and Transparency
Challenge: Water Footprint Measurement and Certification
Description: This challenge seeks proposals for the measurement and certification of freshwater sources that guarantee the accuracy, transparency, and reliability of the data, thus obtaining a reliable estimate of the water footprint. The measurement of the water footprint, in accordance with international standards, is essential to better understand the impact of our actions on water resources and promote more sustainable practices.


Technologies: AI;IoT;Sensors;Data Analytics;Cloud Computing
Applications: AI for Soil Analysis;IoT for Real-time Monitoring;Sensors for Climate and Soil Conditions;Data Analytics for Water Management;Cloud-based Data Storage and Access
Challenge: Monitoring Systems for Irrigator Communities
Description: Monitoring in irrigator communities represents a significant opportunity to improve the management and sustainable use of water in agriculture. With the implementation of monitoring technologies, communities can obtain accurate and real-time data on soil conditions, climate, and water consumption. This information allows more informed and precise decision-making, facilitating the achievement of the objectives of an irrigator community.


Technologies: Computer Vision; Distributed Acoustic Sensing (DAS); Distributed Temperature Sensing (DTS); IoT; Satellite Technology
Applications: Vision-based Road Monitoring; Acoustic Sensing for Road Events; Temperature Monitoring for Infrastructure; Connected Vehicles for Data Collection; Satellite Imaging for Road Surveillance
Challenge: Road Monitoring
Description: ACCIONA is launching this challenge to identify solutions that optimize road management, enable the identification of events that pose a risk to road safety in order to obtain greater operational control and reduce response times. The solution must be able to monitor all critical points of the road and provide high coverage of the controlled section without the need to invade the road at any time.


Technologies: AI;Image Processing
Applications: AI for Carbonate Facies Identification;Image Processing for Geological Analysis
Challenge: AI Carbonate facies identification
Description: This approach aims to overcome the limitations of current methods by providing a more nuanced interpretation of reservoirs, leading to better geological models and, ultimately, more time and cost-effective exploration.


Technologies: AI;Data Management
Applications: AI for User Experience Enhancement;Data Management for Energy Sector
Challenge: AI for internal tool adoption
Description: we are looking for solutions that can address either the 3 parts of the challenge as well as 1, 2, or 3 independently. Solutions will be evaluated by a diverse team from Exploration (data governance) to make sure there is a fit.


Technologies: AI;Code Translation
Applications: AI for Code Modernization;Code Translation for Knowledge Transfer
Challenge: AI 4 Code Translation
Description: we are currently focusing efforts on companies that can address both challenges together but we are open to explore solutions that solve either one of the proposed challenges if we see a great fit.


Technologies: Gas Chromatography; Mass Spectrometry; Laser Spectroscopy; Infrared Imaging; Ultrasonic Sensors
Applications: Gas Composition Analysis; Methane Detection; Odorant and Sulfur Concentration Measurement; Remote Gas Leak Monitoring
Challenge: Gas Leak Detection
Description: innovative solutions within the field of gas leak detection and analysis, with a focus on:
- Technologies that can analyze gas composition, especially targeting metrics such as Heating Value, relative density, Wobbe Index, and Compressibility Factor. The primary interest lies in instruments for methane leak detection, ideally fixed installations.
- Solutions capable of determining the concentration of odorant and sulfur.
- Remote solutions.


Technologies: AI;Data Analytics;SAP
Applications: AI-powered Logistics Optimization;Data-driven Route Planning;SAP Integration for Supply Chain Management
Challenge: Logistics Flow Optimization AI
Description: AI-powered analytics solutions tailored for logistics optimization, with expertise in handling SAP data integration and providing actionable insights for route optimization and supply chain security enhancements.


Technologies: Chatbot;Augmented Reality (AR);Artificial Intelligence (AI);Computer Vision
Applications: Chatbot for Operator Guidance;AR for Process Visualization;AI for Task Verification;Computer Vision for Quality Control
Challenge: Chatbot/AR: Enhancing Production Processes
Description: Innovative Chatbot/AR solutions specialized in production process optimization, with expertise in reducing human error and improving quality control. Solutions must be capable of guiding operators through production stages, verifying correct execution of tasks, and integrating with existing machinery. Compatibility with existing machinery and cost-effective implementation are key criteria.


Technologies: AI;Chatbot;Machine Learning
Applications: AI for Fault Detection;Chatbot for Manufacturing Support;Machine Learning for Data Analysis
Challenge: AI Fault Detection Solution
Description: Innovative Chatbot/AI solutions specialized in fault detection and resolution for manufacturing plants. Solutions must be able to interpret, structure, and classify a large amount of existing data on an internal AMS platform. The objective is to improve production efficiency with faster, more timely, and more effective interventions.


Technologies: AI;Computer Vision;IoT;Data Analytics
Applications: AI for Customer Experience;Computer Vision for Foot Traffic Analysis;IoT for In-Store Monitoring;Data Analytics for Retail Optimization
Challenge: In store customer data collection
Description: a solution that can collect diverse in-store/physical customer data including foot traffic, product interactions, direct feedback, and demographic information with a focus on enhancing customer experiences, optimizing operational efficiency, personalizing marketing strategies, and improving product offerings. The solution must be cost-effective, scalable, quickly implementable, easily integrable with existing CRM and analytics platforms.


Technologies: AI;Computer Vision;AR/VR;IoT;Robotics
Applications: AI for Personalized Recommendations;Computer Vision for Inventory Management;AR/VR for Virtual Fitting Rooms;IoT for Smart Shelves and Sensors;Robotics for Automated Checkouts
Challenge: In-Store Customer Experience Enhancement
Description: Solutions that enhance the in-store experience for customers in department stores, focusing on fitting rooms, POS systems, self-checkouts, and returns optimization. The solution should address long waiting times, outdated systems, and cumbersome processes to improve customer satisfaction and sales. It must be GDPR compliant, scalable, offer multilingual support, be low maintenance, easy for staff to operate, and already tested


Technologies: Decarbonization; Hydrogen; Ammonia; Carbon Removal; Sustainable Aviation Fuel; Circular Economy; Battery; Mobility
Applications: Decarbonization of Industries; Hydrogen Energy; Sustainable Agriculture; Carbon Capture and Storage; Green Aviation; Waste Reduction; Electric Vehicles; Sustainable Transportation
Challenge: Impact Investing
Description: Our company is looking for companies with environmental and social impacts, including decarbonization (hydrogen, ammonia, carbon removal, sustainable aviation fuel, circular economy, battery, mobility), food and agriculture. We prefer to partner with companies who have intention to go to Japan's market.


Technologies: XR;VR
Applications: XR for employee training;VR for industrial safety training
Challenge: XR training for employees
Description: advanced XR training platforms for industrial safety training and equipment operation. The platform should offer realistic simulation environments that closely mimic actual industrial settings and provide interactive modules for hands-on practice with virtual equipment. It is crucial that the solution does not require extensive hardware investments beyond basic VR headsets. Additionally, the solution must include analytics and repo


Technologies: AI;EV Charging;Battery Storage;Renewable Energy
Applications: Power Grid Management;Energy Optimization;EV Charging Efficiency;Enhanced Battery Storage;Renewable Energy Integration
Challenge: Mobility Energy Optimization
Description: We are looking for solutions that can help in optimizing energy usage across various aspects including EV charging efficiency, power grid management with AI, battery storage enhancement, and renewable energy integration. These technologies should be commercially ready for immediate deployment in the United States, offering scalability and compatibility with existing infrastructure while adhering to U.S. regulations


Technologies: AI;Electric Mobility;Advanced Air Mobility
Applications: AI for Transportation Optimization;Electric Vehicles;Advanced Air Mobility for Sustainable Transportation
Challenge: Investment for innovation in the Mobility Sector
Description: We are particularly interested in startups that have reached at least a Series A funding stage, have demonstrated traction in their respective markets, and focus on solutions scalable across various geographies, including but not limited to the United States


Technologies: Carbon Capture and Storage (CCS); Sustainable Fuels; Innovative Energy Technologies
Applications: Carbon Capture for Aviation; Sustainable Fuel Production; Energy Efficiency in Aviation Operations
Challenge: Innovation in Sustainable Aviation
Description: We are looking for startups based in the United States, focusing on groundbreaking Carbon Capture and Storage (CCS), sustainable fuels, and innovative energy technologies. These solutions should be capable of significantly reducing the carbon footprint, adhere to global environmental regulations, and demonstrate scalability and potential for integration into aviation operations


Technologies: AI;Blockchain;IoT
Applications: AI for personalized travel experiences;Blockchain for secure payments;IoT for waste management
Challenge: Sustainable and secure customer travel experience
Description: We are looking for Series A stage startups that can offer innovative solutions to seamlessly integrate travel planning with loyalty rewards, improve credit card security and offer tailored benefits for frequent travelers, provide accessible sustainable food options, and reduce waste during travel. The ideal solutions would leverage technologies such as AI for personalized experiences, blockchain for secure transactions, and IoT for waste management


Technologies: AI;IoT;Data Analytics
Applications: AI for Energy Management;IoT for Smart Home Automation;Data Analytics for Energy Efficiency
Challenge: Home Energy Management System
Description: HVAC systems account for a considerable share of energy usage in homes. For CO2 reduction and energy efficiency, Daikin should enter the HEMS market. We would like to know HEMS related regulations and standards and what kind of potential opportunities HVAC companies have.


Technologies: AI;Data Analytics;Sustainable Materials
Applications: AI for Battery Health Monitoring;Data Analytics for Stress Analysis;Sustainable Recycling Processes
Challenge: Battery Management Solutions
Description: Solutions must offer a comprehensive approach to battery management, covering aspects like SOH estimation, stress analysis, leasing/collection, and recycling. They should be ready to market, demonstrating commercial viability and operational scalability


Technologies: AI;IoT;Data Analytics;Cloud Computing
Applications: AI for fleet management and optimization; IoT sensors for real-time vehicle tracking and diagnostics; Data analytics for predictive maintenance and performance insights; Cloud-based platform for centralized fleet management and reporting
Challenge: EV Fleet Management and Optimization
Description: We are looking for a comprehensive solution that can help Mitsubishi Corporation reduce operational costs, streamline procurement and delivery processes, enhance EV fleet utilization, and integrate advanced analytics for real-time monitoring. The solution should be commercially ready, capable of being implemented in the United States, and offer potential for a partnership in a joint offer


Technologies: AI;Machine Learning;Automation
Applications: AI-powered retail media bidding;Automated stock level monitoring;Real-time data integration for advertising
Challenge: Digital Shelf Ecommerce Media Buying
Description: Solutions that enable automated retail media bidding actions by leveraging Digital Shelf data in real-time or near-real-time. These solutions should improve ad spend efficiency by making intelligent adjustments based on product stock levels and share of shelf. Integration with existing platforms like Data Impact, Criteo, and Citrus Ad is essential. The ideal solution would reduce the manual effort required from internal teams.


Technologies: AI;Data Analytics;Cloud Computing
Applications: AI for Data Quality Assurance;Data Analytics for Retail Insights;Cloud-based Data Management
Challenge: Retail Data Consistency & Optimization
Description: We are looking for solutions that ensure consistent and high-quality access to retailer data, enabling optimized media spend through advanced analytics. These solutions should provide insights into the effectiveness and ROI of BTL media spend in order to optimize the spend.  Key is a focus on minimal third-party data sharing and solutions that require minimal effort from the team.


Technologies: Polymer Technology; High-Performance Materials; Additive Manufacturing
Applications: CO2-based Polymers; GHG-derived Materials; Additives for Engineering Resins
Challenge: Sustainable Materials
Description: -Solutions in the field of material technology that reduce carbon footprint and significantly reduce dependence on petroleum.
-Polymer and high-performance material solutions that use CO2 and GHG gases as feedstock.
-A wide range of additive solutions that can contribute to the high functionality and added value of engineering resins.


Technologies: Artificial Intelligence; Cloud Computing; Imaging Technology
Applications: Healthcare Imaging; Security Surveillance; Consumer Photography; Industrial Inspection
Challenge: Imaging technology solutions
Description: We are looking for solutions that leverage Canon's imaging technology to create or enhance applications in healthcare, security, consumer photography, and industrial inspection. The ideal solutions must be based in the United States, innovatively use artificial intelligence, cloud integration, and prioritize privacy and data security, aiming to develop business together with Canon's technology


Technologies: AI;IoT;Blockchain;Energy Management Systems
Applications: AI for Energy Optimization;IoT for Smart HVAC Control;Blockchain for Energy Trading;Energy Management Systems for VPP Integration
Challenge: Virtual Power Plants
Description: Since HVAC systems account for a considerable share of energy usage and the energy landscape is evolving so quickly, we think Virtual Power Plants might be a new business opportunity. But we do not know exactly what we might be able to do. We would like to know VPP related regulations and standards and what kind of potential opportunities we have.


Technologies: AI;Machine Translation;Natural Language Processing;Speech Recognition
Applications: Real-time Translation for Education;Language Learning Tools;Multilingual Communication for Training;Speech-to-Text for Language Services
Challenge: Realtime translation in multilingual contexts
Description: innovative solutions for real-time translation in multilingual contexts, particularly in the field of educational activities. The goal is to enable simple and effective interaction among individuals who speak different languages, providing the opportunity to receive instructions and participate in dialogue in their native language, thus making training more efficient and effective, and ensuring clear and accurate communication.


Technologies: AI;AR/VR;Blockchain;IoT
Applications: AI for Accessibility;AR/VR for Immersive Training;Blockchain for Data Security;IoT for Smart Workplace
Challenge: Diversity, Equity & Inclusion
Description: diversity, equity and inclusion solutions to ensure equal opportunities for all individuals, regardless of any sensory, cognitive, or motor disabilities, whether permanent or temporary. The objective is to guarantee total accessibility to our personnel, facilitating access to physical locations, informational tools, engagement activities, training, and development, enabling them to fully utilize their skills.


Technologies: AI;Computer Vision;Sensors
Applications: AI for Posture Analysis;Computer Vision for Human Pose Estimation;Sensors for Biometric Monitoring
Challenge: Correct posture of VideoDisplayTerminal workers
Description: Innovative solutions to support maintaining a correct posture to mitigate risks associated with sedentary work. The goal is to experiment with a posture monitoring system for individuals and provide support for improving behaviors conducive to adopting and maintaining a correct posture while working at the computer terminal, thereby preventing the development of related occupational diseases.


Technologies: AI;Autonomous Vehicles;GIS;IoT;Logistics Management Systems;Mobile Apps;Optimization Algorithms;Predictive Analytics;Routing Software
Applications: AI for Package Sorting;Autonomous Vehicles for Delivery;GIS for Route Optimization;IoT for Vehicle Tracking;Logistics Management for Gas Station Operations;Mobile Apps for Gig-worker Management;Optimization Algorithms for Efficient Delivery Routes;Predictive Analytics for Demand Forecasting;Routing Software for Last-mile Delivery
Challenge: Last-one mile delivery
Description: Using gas stations as intermediaries for delivering online packages to consumers is still a relatively new concept in Japan. Given the greater experience of the U.S. market in leveraging gig-workers for ecommerce delivery systems, we are seeking solutions that can optimize its operation in Japan. Additionally, any additional line of business services that could further leverage the use of gas stations are welcome.


Technologies: AI;IoT;Robotics;AR/VR
Applications: AI for Customer Communication and Support;IoT for Workshop Equipment Monitoring;Robotics for Automated Repairs;AR/VR for Training and Remote Assistance
Challenge: Automotive repair and maintenance solutions
Description: The labor market in the automotive maintenance industry is scarce, and there is a pressing need to improve business efficiency throughout the workflow, from customer communication and acquisition, to backend support and delivery.


Technologies: AMRs;Additive Manufacturing;AI;Collaborative Robotics
Applications: Material Handling;Scalable Manufacturing;Automation;Robotics
Challenge: Industrial Automation, Advanced Manufacturing, Robotics
Description: We are looking for a range of innovative solutions to automate and revolutionize our manufacturing processes. These solutions should address the lack of flexibility and efficiency in current operations, error-prone manual inventory management, and the need for a higher level of robotics autonomy. Ideal technologies would include AMRs for material handling, scalable additive manufacturing, AI-driven automation, and collaborative robotics


Technologies: AI;Robotics;Computer Vision;Blockchain
Applications: AI-powered waste sorting;Robotic process automation for recycling;Computer vision for waste identification;Blockchain for waste tracking and supply chain management
Challenge: Waste recycling
Description: Innovative & sustainable solution to reduce waste disposal cost of wood, metals, used engine oil, plastic materials, aluminum and to create new revenues stream for the company.


Technologies: AI;IoT;Sustainable Software Development
Applications: AI for employee training and awareness; IoT for energy consumption monitoring; Sustainable Software Development practices for low-carbon coding and eco-friendly design
Challenge: Green Software Development Process
Description: We are looking for solutions that can facilitate the creation of a more sustainable work environment, from low ESG impact software development lifecycle to eco-friendly software design. We are also interested in training solutions for our employees and solutions to reduce energy consumption within the workplace and on the hosting infrastructure.


Technologies: Edge Computing; Hardware; Software
Applications: Data processing for industrial processes; Centralized orchestration for process improvement; Edge computing for critical raw material production
Challenge: Critical Raw Material Edge Computing
Description: Edge computing solutions (both hardware and software) to process data close to where they are captured and orchestrated centrally to improve and enhance industrial processes.


Technologies: AI;Chemical Equipment Manufacturing
Applications: AI for Chemical Analysis;Chemical Equipment for Mining Industry
Challenge: Critical Raw Material Lab5.0
Description: Software and Hardware solutions for the mining industry in relation to chemical analysis for critical raw materials. They have to pair our knowledge in computer science and chemical equipment manufacturing.


Technologies: AI;Interactive Displays;Personalization Technologies
Applications: AI-powered Product Recommendations;Interactive Product Displays;Personalized Offers and Services
Challenge: Innovating Retail Experience
Description: We are looking for solutions that can revolutionize the customer experience and increase spending. These solutions should leverage in-store technology, offer customer engagement strategies, and display products in innovative ways that significantly attract and encourage purchases. The ideal technologies would integrate with our current operations, offering scalability and the ability to track their impact on our sales and customer return rate.


Technologies: AI;AR/VR;Interactive Displays;Personalization Engines
Applications: AI-powered Product Recommendations;AR/VR Shopping Experiences;Interactive Product Showcases;Personalized In-Store Offers
Challenge: Innovating Retail Experience
Description: We are looking for solutions that can innovate the customer experience.. These solutions should leverage cutting-edge in-store technology, offer unparalleled customer engagement strategies, and display products in innovative ways that significantly attract and encourage purchases. The ideal technologies would integrate with our current operations, offering scalability and the ability to track their impact on our sales and customer return rate.


Technologies: AI;Real-time Analytics;Data Integration
Applications: AI for Product Availability Prediction;Real-time Data Integration for Retail;Data Analytics for Inventory Management
Challenge: In-Store Product Availability
Description: accurate, real-time information on in-store product availability from external retailers, with the goal of improving customer satisfaction and decision-making processes for internal inventory managers at a grocery delivery platform.


Technologies: AI;Data Analytics;Real-time Processing
Applications: AI for Customer Segmentation;Data Analytics for Preference Understanding;Real-time Personalization for Retail
Challenge: CRM Integrated Customer Personalization
Description: We are looking for a solution that integrates directly into our existing CRM system, allowing for efficient data collection and analysis. This solution should identify customer cohorts, understand preferences, and enable real-time personalization, leading to enhanced customer segmentation, increased sales through personalized recommendations, and better customer engagement.


Technologies: Computer Vision;AI;Data Analytics;IoT
Applications: Computer Vision for People Tracking;AI-powered Analytics;IoT Sensors for Customer Journey Mapping;Data-driven Store Optimization
Challenge: In-store customer journey tracking
Description: We are looking for a solution that can accurately track and analyze customer movements, identifying hotspots and areas for improvement. This solution must seamlessly integrate with our existing infrastructure and comply with GDPR and other privacy regulations. The goal is to leverage this data to enhance personalization, optimize the store layout, enhance product placement, and ultimately, improve the overall shopping experience for our customers


Technologies: Desalination;Renewable Energy;Photovoltaic
Applications: Desalination for Water Treatment;Renewable Energy for Sustainable Operations;Photovoltaic Panels for Power Generation
Challenge: Desalinators for port terminal
Description: Solution to reduce the use of water for cleaning the terminal area.
Solution should use seawater and renewable energy from existing photovoltaic panels.
determine a solution for re-use of brine


Technologies: AI;Machine Learning;Data Analytics;Cloud Computing;CRM
Applications: AI-powered Customer Insights;Machine Learning for Personalization;Data Analytics for Customer Behavior Analysis;Cloud-based Customer Data Platform;CRM for Omnichannel Engagement
Challenge: Omnichannel CX Enhancement
Description: We are looking for solutions that enable us to drive an omnichannel experience, connecting all our digital and physical assets. We want to create an unrivaled hassle-free shopping experience via a single connected view of our customers. Our objective is to understand, shape, customize and optimize our customers’ experiences, and drive the next generation of loyalty and payments, and optimize our in-store media assets.


Technologies: AI;Computer Vision;Sensors;IoT;AR
Applications: People Tracking;People Counting;Queue Management;Indoor Navigation;Asset Tracking;Goods Tracking;Parking Lot Management;Smart Lighting;AR Navigation;Staff Optimization
Challenge: In-Store Experience Enhancement
Description: We are looking for hardware solutions to enhance in-store customer experience. We're interested in technologies across subcategories such as People Tracking, People Counting, Queue Management, Indoor Navigation, Parking Lot Monitoring, Box Monitoring, Reverse Vending Machine Monitoring, Dynamic Lighting, Optimized Personnel Planning, Space Management, Asset Tracking, and Tracking of Goods.


Technologies: Web3.0;Blockchain;AI;Identity Verification
Applications: Web3.0 for Airline Industry;Blockchain for Loyalty Programs and Ticket Sales;AI for Revenue Management;Identity Verification for Customer Engagement
Challenge: Web3.0 in Airline Operations
Description: We are looking for solutions that can leverage Web3.0 technologies to revolutionize the airline industry's approach to loyalty programs, ticket sales, distribution, identity verification, revenue management, and customer engagement


Technologies: Carbon Capture; Electrolysis; Catalysis
Applications: Carbon Capture for E-Fuel Production; Electrolysis for Hydrogen Generation; Catalysis for Fuel Synthesis
Challenge: TECHNOLOGY FOR E-FUEL PRODUCTION
Description: Plants, even of small scales, that can be installed directly near a PV plant and allows for the production of the e-Fuels in an efficient way


Technologies: Gas-detecting scanners
Applications: Shelf life determination; Food waste valorization
Challenge: Retail Food Waste Innovation
Description: We are looking for a solution that could determine the shelf life of perishable goods using technologies such as non-invasive gas-detecting scanners, facilitating better inventory management based on real expiration dates. Additionally, innovative approaches for recycling or valorizing food waste, converting it into products like chicken feed or vodka. The solution should be scalable, sustainable, and integrable with current retail systems.


Technologies: 5G;IoT;Digital Twin;VR;XR
Applications: 5G for Telecommunications;IoT for Retail;Digital Twin for Retail and Telecommunications;VR for Retail;XR for Retail
Challenge: Emerging solutions
Description: I'm looking for emerging technologies in the Retail industry, with a focus on the latest technologies such as 5G, IoT, Digital Twin, VR and XR that could be applied in the Telecommunications and retail.


Technologies: Lithium-ion batteries
Applications: Energy storage for portable electronics; Powering electric vehicles; Energy storage for renewable systems
Challenge: Lithium ion battery
Description: Lithium-ion batteries, pivotal for modern technology, offer high energy density, long life, and slow self-discharge. They work by moving lithium ions between the anode and cathode through an electrolyte, powering devices or storing energy. Ideal for portable electronics, electric vehicles, and renewable energy systems, their efficiency and sustainability make them essential in the transition to a low-carbon economy.


Technologies: Upcycling;Food Waste Management;Sustainable Materials
Applications: Transforming food residues into silica and carbon;Resource recovery technologies;Developing circular economy solutions
Challenge: Upcycling food residues
Description: Mitsubishi Corporation is keen on supporting startups dedicated to transforming food residues into valuable materials like silica and carbon. This initiative highlights their commitment to sustainability and waste reduction. By investing in technologies that upcycle food waste into useful products, Mitsubishi Corporation aims to foster innovation in resource recovery and contribute to a circular economy, ultimately reducing environmental impact


Technologies: Advanced Fabrics; Cutting-edge Materials; Revolutionary Cement Formulations; Carbon Innovations; High-Tech Steel
Applications: Innovative Textiles for Automotive or Sports; Advanced Materials for Electronics; Sustainable Construction Materials; Carbon-based Composites for Aerospace; High-Performance Steel for Infrastructure
Challenge: New Materials
Description: Mitsubishi Corporation is actively exploring investment opportunities in startups specializing in innovative New Materials. Their focus encompasses a broad spectrum, including advanced fabrics, cutting-edge materials, revolutionary cement formulations, carbon-related innovations, and high-tech steel. This strategic initiative aims to identify and support emerging technologies that promise to redefine industries and contribute to sustainable devel


Technologies: Plant-derived resins; Plant-derived materials
Applications: Adhesives; Varnishes; Textiles; Construction; Bioplastics
Challenge: Plant-derived resin and material
Description: Plant-derived resins are sustainable substances from plants, used in adhesives and varnishes, offering eco-friendly alternatives to synthetic polymers. Plant-derived materials include a wide array of plant-based substances for textiles, construction, and bioplastics. These renewable, often biodegradable materials help reduce fossil fuel dependence, pushing towards a greener manufacturing industry and lowering environmental impact.


Technologies: Carbon Capture; Utilization; Storage
Applications: CO2 capture from industrial sources; CO2 utilization in products; Underground CO2 storage
Challenge: Carbon Capture, Utilization, and Storage
Description: CCUS encompasses technologies to capture CO2 emissions from industrial sources or the atmosphere, utilizing them in products or storing them underground. This method is vital for climate change mitigation, enabling the reduction of greenhouse gases while supporting the transition to sustainable practices. CCUS is a key component in achieving net-zero emissions, offering solutions to lessen the impact of fossil fuels and low-carbon technoly


Technologies: CO2 Capture;CO2 Utilization
Applications: CO2 Capture for Greenhouse Gas Reduction;CO2 Utilization for Industrial Processes
Challenge: CO2 CAPTURE AND VALORISATION
Description: We are scouting for startups that offer innovative solutions for capturing and utilizing CO2 in different environments. These solutions may offer promising avenues for reducing greenhouse gas emissions with a good versatility. In addition, they may be further considered for subsequent research and development in order to be applied in different projects.


Technologies: Hydrogen; Electrochemical
Applications: Energy Storage; Grid Balancing; Decarbonization
Challenge: Energy Storage Technologies
Description: We are scouting for startup that offer innovative system for energy storage, through hydrogen, electrochemical or other.


Technologies: Solar Energy;Renewable Energy;Energy Storage
Applications: Solar Power Generation;Off-grid Energy Solutions;Container-based Solar Systems
Challenge: Solar power kit for container
Description: Our Company is used to operating in remote area for which temporary living camps need to be installed.
In order to reduce our dependency from fossil fuel energy and generate our own power, we are looking for solar power kit to install on the roof its containers designed for medical units, kitchens, dormitories, offices, etc.


Technologies: Solid Oxide Electrolysis Cells; Electrolysis Process Optimization
Applications: Efficient Hydrogen Production; Energy-efficient Electrochemical Processes; Cost-effective Electrolysis for Renewable Energy
Challenge: Solid Oxide Electrolysis Cells
Description: solutions capable of bringing this technology to a maturity level ready for implementation or solution that can be a technology breakthrough enhancing the efficiency of the electrolysis process


Technologies: Hydrides;Nanomaterials
Applications: Solid hydrogen storage;Energy storage;Hydrogen transportation
Challenge: Hydrogen Solid Storage
Description: hydrogen can be stored on the surface of solids (by adsorption) or within solids (by absorption). the interest is related to innovative material for solid hydrogen storage that can improve the efficiency and reduce costs (Hydrides, nano materials, etc...)


Technologies: Carbon Capture;Emission Control;Engine Upgrades
Applications: Carbon Capture Systems for Diesel Engines;Emission Reduction Devices;Advanced Exhaust Aftertreatment Systems
Challenge: Carbon capture on diesel equipment&vehicles
Description: Our Company normally carry on directly its installation and construction activities at site through its own heavy equipment, a fleet consisting in approx. 5,500 items. We are open to consider any possible solution to reduce carbon emission, which should be mounted on existing means, in addition to upgrading its fleet to the most updated equipment versions


Technologies: Decarbonization; New Fuels; Carbon Capture
Applications: Industrial Decarbonization; Sustainable Industrial Processes; Emissions Mitigation
Challenge: Decarbonization technologies
Description: innovative decarbonization technologies, focusing on new fuels and carbon capture, applied within an industrial setting. This could involve solutions that integrate into existing infrastructures, improve the sustainability of industrial processes, or mitigate emissions.


Technologies: Biomimetic Enzymes;Immobilization Techniques
Applications: Enzyme-based CO2 Absorption;Enzyme Immobilization for Enhanced Stability
Challenge: Biomimetic enzyme enhanced solvent
Description: Development of thermostable biomimetic enzymes accelerating CO2 absorption reaction, to be used in the pH range 8-10. Optionally, the company may offer immobilization techniques to improve enzyme lifetime and/or performances.


Technologies: Packed Column; Rotating Packed Bed
Applications: Post-combustion CO2 capture
Challenge: solvent selection rotating packed bed
Description: -	List the differences between conventional packed column and rotating packed bed for post-combustion CO2 capture (e.g. shear force, residence time…)
-	Develop a list of criteria for solvent selection to be used in rotating packed bed in post-combustion capture application


Technologies: Heat Exchangers; Composite Materials; Non-Metallic Materials
Applications: Cryogenic Heat Transfer; Carbon Capture; Flue Gas Treatment
Challenge: De-sublimation technology for carbon capture
Description: Design of disruptive heat exchanger able to operate in cryogenic conditions with solid formation without clogging. The material selection may include thermo-composite and non metallic materials to reduce the cost.


Technologies: AI;Computer Vision;Image Processing
Applications: AI-powered image editing;Computer Vision for object detection;Image enhancement for product photography
Challenge: Offline Image Editing for eCommerce
Description: We are looking for a digital image editing solution that can automatically identify items in images, delete backgrounds, and resize images according to specific platform requirements. The solution should work offline to accommodate batch processing. Specifically, the solution should enhance the appearance of low-quality images and have a use case for food and grocery items.


Technologies: AI;Data Analytics;Natural Language Processing;Cloud Computing
Applications: AI for Personalized Shopping;Data Analytics for Customer Insights;NLP for Chatbots;Cloud-based Data Processing
Challenge: AI-powered Sales Assistance
Description: We are looking for an AI-powered solution that can assimilate both online and in-store customer data to facilitate a more personalized shopping experience. It should provide sales associates with actionable insights and prompts based on a comprehensive customer view, enhancing the quality of customer interactions.


Technologies: Camera SDK; Remote Control; Wireless Technology
Applications: E-commerce product photography; Medical imaging; Photo booth applications; 2D/3D production
Challenge: Canon Camera SDK
Description: Canon Camera SDK allows for operation of the Canon camera remotely(wired/wirelessly). This SDK have been used for building e-commerce, medical/health care, photo booth, 2D/3D production solution. We are interested to make breakthrough in application/verticals/solutions and seeking for application ideas and partner to realize. Ideas to make this a better tool and partners to do so. Partner who will want to solve customer pain points using SDK.


Technologies: 3D Photo
Applications: 3D Photo for One-Shot Object Creation
Challenge: 3D Photo Technology Commercialization
Description: We are interested and looking for application/business ideas and partner to commercialize our 3D Photo technology. Our 3D Photo technology is yet a seed technology and our goal is to make this a business. 3D photo requires only one-shot from our EOS camera to create 3D object(One side of object) with high resolution texture.


Technologies: AI;Computer Vision;Cloud Computing;AR/VR
Applications: AI-powered Meeting Transcription;Computer Vision for Gesture Recognition;Cloud-based Collaboration Tools;AR/VR for Remote Collaboration
Challenge: Tech breakthrough for AMLOS
Description: AMLOS is a hybrid meeting solution Canon USA developed to solve the disconnection between people in the office and those who working remotely to collaborate. Currently in MVP stage and need breakthrough to PMF. The challenge is to get rid of BOX PC need to install to meeting room along with PTZ camera. We are interested in finding partner to solve this technical challenge. Also interested in ideas to expand the application of this solution.


Technologies: AI;IoT;Robotics;AR/VR;Blockchain
Applications: AI for Network Design and Optimization;IoT for Site Monitoring and Safety;Robotics and Automation for Construction;AR/VR for Training and Remote Assistance;Blockchain for Supply Chain Management and Waste Tracking
Challenge: NewGen Construction Site
Description: innovative and sustainable methods for the construction of networks, promoting the adoption of advanced technologies to reduce time and costs, as well as law-impact construction machinery, during the following phases:
1. NETWORK DESIGN
2. SITE MONITORING AND SAFETY
3. NETWORK CONSTRUCTION
4. PROJECT COMPLETION AND WASTE MANAGEMENT
5. NETWORK MAINTENANCE


Technologies: Self-healing materials;Reversible cross-linking;Single-material tire technology
Applications: Tire longevity and self-repair;Improved circularity in tire production;Enhanced material performance for high-performance applications
Challenge: High Performance & sustainable tires
Description: Innovative ideas, proven at least at laboratory level.
Start-up  should be technical and financial consistent. Preferred academic start-ups.
Appreciated opening to cooperation and codevelopment


Technologies: Ohmic Heating; Photovoltaic
Applications: Fruit Puree Production; Sustainable Heating; Renewable Energy Generation
Challenge: Gas to Ohmic
Description: Our challenge is to transform our fruit puree production plant, currently based on the use of methane for heating, into an ohmic plant that uses electrical discharges for the heating process. Through the ohmic plant, we will reduce the environmental impact of using methane as a fuel and achieve a more efficient and sustainable system for fruit puree production. We also have photovoltaic panels available.


Technologies: AI;Machine Learning
Applications: AI for Procurement;Machine Learning for Spend Analysis
Challenge: AI Procurement
Description: AI-driven procurement platform to streamline procurement process, control spending, and automate procurement tasks while also focusing on supplier sourcing and management. These platforms use artificial intelligence to enhance various procurement functions such as spend analysis, contract management, supplier selection, and risk management.


Technologies: Drones; Sensors; Thermal Imaging; AI
Applications: Drones for inspection; Sensor-based monitoring; Thermal imaging for heat loss detection; AI for demand forecasting
Challenge: Demand forecasting and loss detection
Description: technologies for energy loss detection (drones, sensors, thermal imaging) in district heating, as well as innovative AI-focused solutions.We are looking for Italian and foreign suppliers (with major focus on Northern Europe) that could offer solutions for demand forecasting and loss prevention.


Technologies: AI;Machine Learning;Digital Twin;Predictive Analytics
Applications: AI for IT Asset Management;Machine Learning for Predictive Maintenance;Digital Twin for Infrastructure Modeling;Predictive Analytics for IT Operations
Challenge: Innovative IT Asset Management
Description: Innovative software solutions in IT Asset Management area, able to build a digital twin of the company's IT infrastructure from scratch. Such solutions should leverage on artificial inteligence/machine learning in order to spot critical issues or vulnerabilities and accordingly allow predictive maintainance and operations.


Technologies: AI;IoT;Telematics
Applications: AI for driving behavior analysis;IoT for vehicle monitoring;Telematics for fleet management
Challenge: ECODRIVING ELECTRIC VEHICLES
Description: Active and effective solutions for managing companies equipped with electric buses, including systems for optimizing driving and (optionally) vehicle charging capabilities.


Technologies: Autonomous Vehicles; Remote Control Systems; IoT
Applications: Autonomous Shared Mobility; Remote-Controlled Public Transport; IoT for Vehicle Management
Challenge: Autonomous/Remote-Controlled Vehicles for Shared Mobility
Description: Our Group is looking for innovative partners providing autonomous or remotely controlled vehicles to design, test, and develop new models for shared mobility services in Italy.


Technologies: Blockchain;Fintech
Applications: Blockchain for Ticketing;Fintech for Cashless Payments
Challenge: Blockchain for Mobility
Description: Our Group is interested in evaluating business opportunities enabled by blockchain which related to ticketing and aiming at improving the Customer Experience through integrated mobility services


Technologies: AI;IoT;Computer Vision;AR/VR
Applications: AI for Personalized Recommendations;IoT for Smart Fitting Rooms;Computer Vision for Inventory Management;AR/VR for Virtual Try-on
Challenge: Omnichanel CX Innovation and Enhancement
Description: Enhancements and innovations to the In-store and online customer experience, including fitting rooms, POS, autonomous shops, assistive selling, personalization and innovative displays.


Technologies: AI;Computer Vision;AR/VR;Sensors
Applications: AI-powered customer behavior analysis;Computer Vision for product recognition;AR/VR for immersive shopping experiences;Sensor-based customer movement tracking
Challenge: Data Collection and Journey Tracking
Description: We are interested in learning more about startups with solutions for in-store data collection and customer journey tracking, so solutions that can help us track the in-store customer experience of our clients