Portfolio

ABLE ACTIVE promotes accessible trails and amenities to people with disabilities, uniquely by disability. Feedback captured from users helps to inform and inspire, making it easier for others to find opportunities suitable for their specific needs, and helping amenity operators to better understand and support their user community.

What short and long-term actions can be implemented to foster opportunities for the space sector in aiding the green transition and decarbonisation of the economy, with a particular focus on the Buildings and Energy & Utilities sectors?

Colibri is an operational telemedicine solution relying on satellite broadband communication to efficiently support healthcare services in white areas, combining fix telemedicine stations installed in villages, a vehicle equipped with medical devices called “Consultobus” and home appliances for isolated people.

The GIP 4 Smart Airports solution provides all actors of airport ground operations (e.g. airlines, airport, handlers) with better, accurate, real-time information about ongoing turnaround operations. GIP 4 Smart Airports offers a non-intrusive, bird-eye view of airport activities, without intruding and disrupting current working practices of airport teams, while making real-time information available to everyone.

SATAVIA is reducing the climate impact of flying by mitigating the warming effect from the clouds aircraft make and enabling airlines to claim carbon credits as an incentive. Globally, aircraft contrails trap heat in the atmosphere and increase aviation’s climate impact by over 30%, contributing to global warming. From 2025 the European Union Emission Trading Scheme (EU ETS) will require airlines to report this impact. 

SATAVIA’s technology provides atmospheric intelligence to change flight plans to avoid  contrail-forming conditions. The mitigated climate impact is verified by SATAVIA and converted into tradable units by a patented method with the backing of Gold Standard, a major carbon accreditation platform.
 

Enabling the Smart Green Cities of the future by providing a dashboard of the health, extent and impact of the cities urban green.

The EO4CSR project aimed to assess the potential of Earth observation (EO) derived information to enable companies and financial institutions to facilitate due diligence and reporting requirements deriving from the European CSR Directive (Corporate Social Responsibility - CSRD) and European Deforestation Regulation (EUDR).

Revolutionize energy asset inspection with ThermAleego: AI-powered software using thermal imaging and space assets for precise anomaly detection, optimal maintenance, and cost savings.

This feasibility study quantifies the performance of short-term optimal routing mode using a new generation of surface currents data obtained by AI fusion of high-resolution satellite observations.

In this transformative project AI-driven diagnostics, and Earth Observation (EO) data are bridged to
revolutionize patient care and early disease prediction. AI, fueled by satellite data, enables early disease
prediction by analyzing environmental factors such as UV exposure and dust concentrations. This approach
extends beyond traditional healthcare, addressing global health and environmental challenges.

Trade in Space creates NFTs on a blockchain, using SatEO analysis. But these aren’t works of art – they're tied to physical commodity crops still growing in the field and this new approach enables us to move into a new age of transactional insight®. In this project Trade in Space will show the value this new approach has in streamlining global coffee and cacao supply-chains.

BST.COACH, a Czech digital youth sports platform has developed a reward-based outdoor exercise application using GNSS-stamped locations.

Currently drones are not electronically visible, and it is not possible to determine accountability of a drone without searching and hoping you can find the operator. The proposed activity for the ESA Kick-Start project is to solve the issue of electronically identifying and tracking of drones.

The PeaSat project will develop a yield prediction package which uses satellite imagery to forecast vining pea harvest volumes around two weeks before harvest.

GAINS is an “alternative data” platform for the Financial Services industry providing near-real time activity and leading-indicator production indices for a range of industrial supply chains such as iron ore and steel, and in future other metals, minerals and materials.

GAINS provides historic and near-real-time insights on the activity and production levels at hundreds of industrial sites worldwide on a daily or weekly basis, at a scale not previously possible, by harnessing AI-enabled remote sensing data fusion.

A data product harnessing wildfire impact data for carbon credit verification, estimation, and above-ground biomass change analysis in the growing carbon market.

3E Project Development solution provides accurate and bankable satellite-based solar irradiation data for solar power modelling: 3E Solar Irradiation Data. It is your go-to application to assess the long-term yield of future solar assets, improve the return on investment and evaluate operational plant performance.

Monitoring and understanding of armed conflicts, Humanitarian-Development-Peace nexus.
 

Seqana is a Berlin-based startup developing a digital Monitoring, Reporting and Verification (MRV) service for soil organic carbon offset and inset projects, using Machine Learning (ML)  and Earth Observation technologies. This Kick-Start project aimed to enable Seqana to acquire new ground truth datasets and to calibrate its ML models in Cambodia, Germany, and Kenya/Tanzania in collaboration with its local partners, respectively SmartAgro, CO2-Land, and Justdiggit. The relative improvement in accuracy metrics that Seqana achieved for each of the three calibrated regional models were an average increase in the final point-level test R^2 of 160% and an average reduction in point-level test Root Mean Square Error of at least 20%.

O-BOY is the first wrist-wearable that contains a satellite transmitter - therefore operates outside the range of mobile phones - and will offer a total package of services that can be lifesaving for athletes and adventurers in remote areas.

The SatPDT project aims to develop an innovative satellite-based digital product, called SmartPDT, that enables a safe and effective daylight therapy (daylight photodynamic therapy or dPDT) of skin pre-cancer and cancer, e.g. Actinic Keratosis (AK).

SP4GO is a solution to support the maintenance of electric power distribution infrastructures. SP4GO uses cost-effective and high-resolution satellite data to reduce inefficiencies and maintenance costs of high voltage power lines by detecting potentially dangerous situations related to the overgrowth of vegetation, the construction of new buildings that come too close to infrastructure and detecting land terrain change.

SP4GO is targeted to electric power Transmission System Operators (TSO) and electric power Distribution System Operators (DSO).