Portfolio

Discover how ForEOSt supports sustainable forest management with dynamic monitoring services based on Earth observation data. Get frequent updates on the forest vitality status and establish reliable tree count, density, and species to enhance your management practices. Whether in urban, agricultural, or rural settings, ForEOSt supports national and regional authorities, industries, and private owners in the face of climate change and biodiversity loss.

Let SPACEBEL help you monitor your forest and trees in the most efficient manner.

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

The SENO demonstration project aims to rapidly and efficiently deploy a high throughput and low latency satellite communications service to serve as a reliable and independent communication channel for the needs of humanitarian organizations in Dori (Burkina Faso). In this way, humanitarian actors would be able to offer IP-based services to Internally Displaced Persons (IDPs) and to the local community, while also improving the working conditions of their staff. Based on the success of the pilot and the market demand, the service could be scaled-up to other locations in and outside Burkina Faso.

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.
 

CGG’s SeaScope service increases knowledge on the presence, characteristics and behaviour of oil pollution in marine and coastal environments by combining deep interpretative understanding with the unique spatial, spectral and textural information contained within historical and frequently acquired contemporary satellite images.

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.

AirTracks is a flexible and cost-efficient Air Navigation Information Service for enhanced aircraft safety during approach and departure at small and medium aerodromes which do not have any aeronautical surveillance system (e.g. Radars). Airtracks combines various aircraft surveillance information (ADS-B, Mode-S, etc) in the vicinity of an airfield. The information can be visualized on a web-based display, showing the relevant/customized ancillary information layers in a user-friendly way e.g. flight plan, aeronautical charts, meteorological information as well as safety related notifications to aircraft pilots (NOTAMS).

Situational awareness is key in the aviation industry. Whereas many flight information services for scheduled air services transporting passengers, mail or cargo already exist, solutions for other parts of the aviation industry are scarce good. AirTracks is a dedicated flight information service solution that focusses on customer information needs in the fields of UAV and general aviation.

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). 
 

S-2-3 a multi-scale/parametric system aimed at monitoring the health status of trees within parks of historical-cultural or naturalistic interest.  Objectives: defend the beauty of the tree, archaeological and monumental heritage; monitor the environment; manage risks to people or property. The data is enjoyed through webGIS platform with dual functionality: cataloguing trees; Monitoring the dynamics of trees with respect to wind.

Space-data surveillance service for effective vessel management, enabling greater efficiencies in the planning of construction and the maintenance of offshore wind farms.

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The AlertSat satellite constellation is to deliver Alerts directly to its users, through AlertSat Portal - when critical information has been detected and there is still time to act upon it.

This geo fencing data base provides the shipping industry with container door opening event qualification, operational deficiencies tracking, container mishandling events locations and CO2 shipment emission data tracking.

A smarter way to identify the location for your next solar project. OPT4SOL uses satellite images, GIS, and AI to support site selection for new utility scale PV projects. All the data in one place. The system considers every aspect, from exclusion zones and regulatory limits to distances from power lines and areas of high cunsomption supported by AI powered analysis and scoring of potential locations.

ABSeaD focuses on environmental conservation. It utilizes advanced machine learning models to analyse Earth Observation data for the strategic management of Posidonia Oceanica seagrass beds, crucial for carbon sequestration.

The project entails developing a software platform for real-time measurement and quantitative monitoring of gas and/or oil extraction sites. This integrates data from seismic, satellite (SAR), GPS, IoT networks and correlating the Earth's surface movements, seismic activity and pore pressure through an AI engine. The results can be employed for industrial monitoring and predictive simulations.