DELPHI IMM is developing a service to estimate GHG removal from afforestation projects using remote sensing. The service is aimed to provide insights on carbon storage in vegetation for all entities along the carbon offsetting value chain and present the results in an appealing user-interface including maps, time-series, and reports.

In the era of access to huge data resources, advanced analysis and data-to-information processing are essential in the decision-making process. SBWS in the form of friendly web portal, provides advanced analytical tools and a structured data repository, designed to support environmental monitoring using remote sensing data.

NetCarbon revolutionises global carbon sequestration measurement through our Carbon Intelligence Platform, which utilises satellite data to help Cities measure their carbon storage, plan improvements, and manage implementation. Our technology meets the dual challenge of contributing to carbon neutrality while respecting regulatory constraints to fight climate change, together.

IMMAGINA is a digital platform including software modules, surveillance devices, satellite systems and 5G components that combine detection and monitoring functions with the most modern tools for Control Room and Operation Centres. It offers the most complete range of imaging and image-based analysis services to government and private law enforcement agencies.

Steadycast is an advanced solar forecasting platform for optimizing solar energy integration into power systems and electricity markets. Based on Physics-AI Hybrid modeling and fusion of heterogeneous geospatial data like Earth Observation (EO), it provides worldwide top quality real time and historical forecast data via API. Tailored web visualization tools are also available to better support decision making from planning to operations.

This Business Applications Feasibility Study aims at assessing the technical feasibility and economic viability of space-based services and solutions in the area of digital health, for instance storing and managing health data on people’s existing computers or mobile phones. supporting health infrastructure in developing economies, with focus in Africa and India.

This project followed a successful Feasibility Study in improving the GEOSATIS EM system/service, based on a next-generation GNSS bracelet, satellite communication/imagery; to enhance the current electronic monitoring system to a level where Geosatis has an edge over its competitors in terms of; communication, proximity, detail, signal broadcasting, bandwidth, and device use in a larger geographical area with limited. communication signals. 
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Data integration and predictive analytics service for rail freight in the UK. The Ovinto unique, complementary software platform will help and feed the existing software infrastructure for different users and customers, connecting any relevant internal & external data source to make software modules/silos extremely flexible through collaboration, data exchange and integration.
https://business.esa.int/projects and search results.

SP4GO feasibility study addresses the needs of Distribution System Operators (DSO) and Transmission System Operators (TSO) using innovative solutions.

Demand/Response and e-Mobility needs will be addressed in the context of Smart-grid area, while for the infrastructure operation and maintenance (O&M) the services considered are vegetation monitoring, electric consumption estimation, impact of weather events such as lightning on energy infrastructure, and satellite backup platforms for data exchange and communication.

Project FOCUS seeks to prove the viability of funding the application of a new regenerative farming standard in African smallholder coffee farming through the voluntary carbon markets. The sequestration of atmospheric carbon will generate a new source of income from carbon credits, remotely monitored and verified through the application of satellite imagery and advanced data analytics.

The service provides forecasts of essential water availability and water demand information for water managers. It contributes in creating an essential window of opportunity for end users to timely anticipate, take the right measures and minimise the impact of future events, either droughts or floods.

With ESA’s support, DryGro has launched a pilot high-protein crop system in Kenya. By applying earth observation and terrestrial data to the growth system, DryGro’s technology mitigates many of the factors which are currently limiting agricultural productivity. We have partnered with RHEATECH, Hyper Collective, and BuildX to delivery this breakthrough in sustainable agriculture.