Portfolio

GRIDFOR delivers hyperlocal weather forecasting using satellite Earth Observation and AI to enable two critical applications: predictive Dynamic Line Rating for grid operators seeking to optimize transmission capacity without expensive sensors, and compliance-grade renewable energy forecasting for solar and wind producers requiring accurate scheduling to reduce costly imbalance penalties in European energy markets.

https://business.esa.int/projects and search results.

GreenerCotton services support the implementation, certification, and transparency of sustainable cotton standards with satellite enabled technology. The EO-based platform developed within the project can be integrated into external IT systems like Farm Management software or Traceability systems via API. GreenerCotton is targeting two main use cases: 1. Supporting standardisation companies in implementation and certification 2. Supporting extension services (field advisory) to implement standards and improve production.

SpaceInBus is a smart mobility platform integrating event ticketing and transport services, optimising routes using demand forecasting. It connects event organisers, transport operators and passengers to provide convenient, sustainable, and cost-efficient travel solutions for festivals, concerts and group trips.

ACT is an AI-powered platform that transforms Earth observation data into precise, scalable and transparent forest carbon estimates. Designed to support feasibility assessment and monitoring across the project lifecycle, ACT helps developers and stakeholders generate high-integrity credits faster, at lower cost, and with greater credibility.

CORAC “SITH” service  is a cloud-based software solution, designed to authenticate and trace Earth Observation (EO) data. It ensures data integrity and trustworthiness across the EO value chain, using keyless digital signing & verification, traceable data provenance, and trustworthiness evaluations. SITH aims to protect EO data from tampering, helping providers comply with complex EU cybersecurity and AI regulations while safeguarding critical decision-making processes.

GeoAI_Watloss - Location of leaks in water supply networks using artificial intelligence algorithms based on satellite and aerial imagery and GNSS positioning. The aim of the project is to build a product supporting the process of locating water leaks in water supply networks by improving the procedure of their detection.

The project, led by Archimede, entails designing a solar-powered canopy for charging electric  vehicles in remote areas lacking access to the power grid. Satellite imagery analysed by Planetek  Italia will identify optimal installation sites, while satellite connectivity will enable deployment in  emerging electric mobility markets, supported by Arthur D. Little’s sector-specific research.

The focus of our DEMO is to develop a Surf Tracking application and enhanced surf forecast and alert service.  The tracking app will track and analyse surfers’ position and performance in the water accurately in conjunction with the Samsung Galaxy 5 smartwatch. . The second element of the project is development of an enhanced surf forecast service and personalised conditions alert service. This will be achieved through the use of EO imagery together with other ocean & weather characteristics.

SatVu is collaborating with the Urban Big Data Centre (Part of the University of Glasgow) to enhance the analysis of building energy efficiency.

The study will drive the development of the Heat Loss Index (HLI), a pioneering metric designed to identify buildings with high thermal energy wastage, enabling policymakers and urban planners to focus retrofitting efforts where they will have the greatest impact.
 

Verisat is a tool that detects AI-generated or manipulated satellite imagery. It helps journalists, analysts, and decision-makers verify visual content using advanced machine learning models trained on real and synthetic satellite data.

Pontos Prisma uses satellite data and AI for marine risk assessment, identifying favourable zones where pelagic fish schools (tuna, mackerel, sardine) can be caught sustainably. The platform helps fishing vessels (5-25m) reduce search time by 40%, increase catch efficiency by 35%, while ensuring sustainable practices through real-time environmental monitoring and compliance tracking.

Safer, faster, and cost-effective bridge inspections using AI-driven drone formations with cooperative localization, even in GNSS-denied areas.

Unlock Nature’s Signals with Fauna’s Biodiversity Assessment Tool (BAT)
Forests are under pressure! From pests, disease, and climate stress. Fauna Smart Technologies is developing BAT: a groundbreaking digital tool that listens to nature through ecoacoustics,satellite imagery and machine learning to help forest managers detect early signs of ecosystem stress and protect biodiversity.

Friilink mobile offers a comprehensive technological solution for buses and trains that allows operating companies to offer entertainment services to passengers with high-speed internet always available on board, generate new revenue through digital advertising tools optimized with AI, save in expenses through its telematics integration solution, route optimization and vehicle status monitoring, and increase on-board safety.

High-speed UAVs with satellite links deliver real-time whale presence confirmation, optimising marine area closures and balancing ecosystem protection with economic activity.

SeaSat’s Ocean Sentinel Health Index (OSHI) provides real-time, high-resolution satellite monitoring and predictive insights for coastal ocean health. Our service helps aquaculture operators mitigate risks from harmful algal blooms, temperature fluctuations, and water quality changes, ensuring sustainable and profitable marine farming operations.

Seqana delivers a cost-effective Monitoring, Reporting, and Verification (MRV) solution for agrifood companies, carbon project developers, and farming platforms. Using satellite data and machine learning, we map soil carbon levels and reduce the need for physical sampling, which cuts costs without compromising accuracy. Our approach enhances scalability, compliance, and transparency, enabling smarter, data-driven carbon farming.

Data4Water is a next-generation solution transforming how India’s Godavari River Basin is managed. Building on a successful feasibility study, this demonstrator delivers high-resolution forecasts, data, and insights on rivers and streams to support smarter, more sustainable decisions in agriculture, hydropower, irrigation, and fisheries. By combining satellite technology, in-situ monitoring, and AI, Data4Water unlocks the full potential of continental freshwater systems for resilience and impact. 

The aim of the project is to create a system for tracking criminals using GNSS signal jamming devices to steal cars and kidnap civilians. The project involves exploring the possibility of creating a system for tracing the disturbed signal based on low-budget GNSS receivers. The system would make it possible to determine the time and direction of the offender's escape from the crime scene.

The Digital Worksite project develops a satellite-enabled solution to improve safety and efficiency for railway maintenance teams by tracking people, vehicles and equipment in real-time during worksites.

The GRailMon project aims to fine-tune and demonstrate an innovative GNSS-based solution for monitoring the 3D position of sections of railway tracks with millimeter precision.