Portfolio

Harnessing the power of carbon maps, satellite data, and machine learning, CarbonEagle offers a digital MRV platform to identify and monitor optimal REDD+ project sites globally. It allows investors and project developers to make well-informed decisions for sustainable forest conservation and climate transition.

Vertical52 develops a platform that equips journalists and civil society with satellite imagery and analysis. The project focuses on enabling secure access, tailored visualisation, and verification tools, ensuring that evidence from space can be used for fact-based reporting on environmental and human rights issues in regions where ground access is restricted.

The universal virtual flight data recorder (UVFDR) is a vendor-agnostic, non-exclusive data repository, providing flight data including Global Aeronautic Distress and Safety System (GADSS) functions from day-to-day aviation operations to users in near real time.

Massive end-to-end IoT satellite services, fully operational in GNSS denied environment and very robust to jamming & interferences for highly scalable applications in numerous verticals such as logistics, transport, agriculture/smart farming, maritime, environmental, mining/oil/gas, smart cities, smart building, e-health, utilities, industry…

OGOR Workspace addresses the overwhelming disconnect between the analytical aspect of agriculture (agronomy), farm operations, seasonal retrospective and the engagement of multiple stakeholders. Our solution is to upgrade our satellite data products to a live collaborative workspace that enables: a systematic approach to planning, executing and inspecting agricultural work, early response to deviations in crop evolution or unforeseen events, informed decision making and overall increase of yields and profitability.

Urine contains all the nutrients needed to fertilise plants. However it is considered a waste and most of these nutrients are currently discharged in nature. VunaNexus develops technologies that enable the recycling of all nutrients contained in urine to transform them into natural fertilisers. One of the first pilot systems is installed at the ESA HQ in Paris.

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Our innovative RTK based device doesn't just capture data; it enriches the entire sports experience by share real-time insights seamlessly across TV broadcasts, second-screen apps, live tracking platforms, ensuring that fans are immersed in the excitement from start to finish.

Developing an AI-powered SaaS platform to enhance forest carbon and biodiversity measurement using satellite imagery, making it scalable, cost-effective, and reliable for global compliance and voluntary carbon markets.

Treedom is the first non-productive, privately financed online planting platform that allows consumers and businesses to plant trees remotely and follow their storylines. Satellite images and their elaboration will provide engagement and transparency tools to our customers and users

The Pemberton Biodiversity Portal leverages a time series of UAV, aerial, and satellite data, alongside derived data which is ground-truthed and then compiled into a federated biodiversity metrics dataset to provide data consumers with accredited automated remote measurement and tracking of biodiversity.
 

JP-VISION is an advanced inspection solution for photovoltaic plants, integrating drones, AI, and thermal analysis to enhance efficiency and maintenance. It provides real-time reports, detects anomalies, and reduces operational costs. Designed for scalability, JP-VISION ensures precise, automated, and cost-effective monitoring for sustainable energy management.

The project is developing a new standard for physical snowpack measurements for the hydropower industry by use of L-band radar measurements in combination with InSAR processing techniques. The added values are higher resolution of snow estimations in time and space as well as less need for physical presence (equipment & humans) in the mountains to do snow estimations.

This project develops a digital tool that transforms satellite Earth Observation data into actionable insights for municipalities and farmers. It recommends regenerative land management practices, enhancing soil health, water retention, and climate resilience. By linking data with decision-making, it empowers sustainable landscape planning and supports long-term community benefits.

A feasibility study by SatVu to assess the use of high-resolution nighttime thermal satellite imagery for  detecting water pollution outflows. The project aims to evaluate technical, commercial, and environmental  value, engaging stakeholders and delivering a proof of concept using data from the HotSat satellite  constellation.

The goal of Project Oculus is to build a generic, easy-to-use cloud platform for our motion tracking device that allows coaches to extract key performance indicators from different sports. 

Personalised Space Technology Exercise Platform (P-STEP) is an innovative solution that will deliver and monitor personalised exercise advice to patients living with long-term health conditions (LTC). The platform in the form of a smartphone application will facilitate physical activity behaviours change by combining personalised disease-specific exercise advice and self-monitoring with real-time environmental data. 

Energy sustainability on Earth and on the Moon? Yes! GeoStorage is investigating the use of energy storage in different geologic formations, such as caverns, depleted oil and gas reservoirs, and abandoned mines for strategic and large-scale applications in national energy grids. The project is aiming to secure renewable energy base load and improve their interoperability with other energy sources.

The BeeSpace project is a solution that leverages SatCom IoT and EO to automatically monitor bees’ activity and health while maintaining affordability. This not only benefits beekeepers by improving their beekeeping practices but also helps farmers adopt eco-friendly methods by evaluating the impact of their practices on biodiversity, leading to better data collection for all parties involved.

The solution will be used to identify disused and abandoned mines and environmental pollution, as well as determining the best locations for photovoltaics and quantifying investment volumes and ROI automatically.
 

AgriFly is a digital marketplace that connects farmers, advisors, drone pilots and analytics providers through one automated workflow. Built on Plan2Fly, it turns drone imagery into ready-to-use outputs (e.g., spray maps, drainage layouts, tree inventories), leveraging GNSS/RTK and EO to deliver precise, scalable services at lower cost

FARMEX is the adapted version of the original Farmstar service, developed and operated in France by Airbus since 2005. As the leading Precision Agriculture service based on EO in France, Farmstar helps farmers in optimizing the nitrogen inputs in their fields, not only to comply with regulations but also to streamline their operating costs. This project aims to adapt Farmstar to multiple European countries.
 
 https://business.esa.int/projects and search results.