Portfolio

Land mines and IEDs are a global problem that impact individuals, nations and the international community.

The MIDAS programme uses space services to improve efficiency, coordination, assurance, traceability, autonomy and safety of clearance operations; reducing casualties and returning land to productive use around the world.

The InsSAT project delivers a fully functional and operational system of automatic processing and analysis of satellite, meteorological and if needed also aerial data, focused on providing tools for assessment and settlement of insurance claims in the agricultural sector. The project is a CCN to the ASAP (“Advanced Sustainable Agriculture Production”) Demonstration Project that was completed in 2018.

ICT4Forest is an integrated dynamic forest monitoring and management service allowing a frequent, reliable and harmonized update of diversified forest and Earth observation data on a dedicated IT platform developed by Wuudis Solutions Oy (Finland). SPACEBEL (Belgium) will perform satellite image interpretation monitoring activities to be integrated into the Wuudis platform using Artificial Intelligence (AI), free Sentinel and other satellite data, as well as available open data. The innovative system facilitates the day-to-day business for silvicultural operations and forest resource monitoring, helping forest sector stakeholders to increase their income while reducing operational costs.

React 2 relies on satellite and emergency communications to deliver national and regional health bodies, to hospitals and first responders on the ground, a truly innovative pandemic response system. 

SunSafe aims to help people with sensitive skin better protect themselves using a sunlight tracker wearable.

SolumScire makes soil data more valuable and useful. This service is based on better referenced and new spatial soil data and combines this with plant performance information to get insights on soils and plant management as well as their important interactions. The data aggregation and use improves modelling for precision farming to increase yield and to lower emissions.

The SmartGrids feasibility study delivers the benefits of space based assets to energy network stakeholders. Technologies such as cloud computation and deep learning are coupled with multispectral satellite imagery, SAR, GNSS, and satellite communications to develop strongly scaling, novel, bespoke cost efficient services capable of supporting and enhancing existing operations. 

AlertSat is an earth observation change detection satellite constellation developed by the PandionAI corporation. The concept with on-orbit and autonomous image change detection, together with the instant delivery of information, gives end-users a tool to act efficiently in critical situations. AlertSat is designed with today’s challenges of rapid global changes in all areas, environment as well as business, in mind.

Monitoring and alert system for river bank.  MoMoRib^® uses a calculation programme based on the multi-methodological comparative analyses applied to geodetic, hydrological and soil-properties patterns, then links the information to the AI processed satellite datasets in the river zones prone to failure and/or where plastic and/or toxic waste can be concentrated.    

An AI & EO-based service that improves management of tuber supply to potato processing industry and potato storage facilities.

The project designed a hybrid GNSS receiver (HGR). The HGR provides innovative time and position certification services for smart transportation applications. HGR has the ability to detect spoofing and meaconing attacks, therefore validating the authenticity of the location-related data. The HGR combines GALILEO OSNMA service, ADS-B data from aircrafts and Network timing information

airUTM is an Unmanned Traffic Management system that allows for equitable use of airspace for both manned and unmanned aircraft in Africa. We enable large numbers of drones to safely and securely conduct operations in compliance with aviation regulations.

Ag|knowledge 4.0 improves the agricultural risk management for the stakeholders of the agri-supply chain in emerging economies. The services provided exploit various EO-technologies from remote sensing, weather satellites to GNNS to close a big information gap on operational crop monitoring in support of smallholders. The focus of the pilot-demonstration service is on India.

Astrocast is developing an advanced Nanosatellite network for the Internet of things (IoT). 

FreeBreath is a technical and economic feasibility study of a service improving the real-time understanding of air quality status and forecast in areas not covered by terrestrial sensors thanks to satellite EO, GNSS data and predictive analysis.

A remote pilotage telepresence project, utilizing 3D game engine, volumetric video and Augmented Reality to bring maritime pilots virtually onboard a ship`s bridge from a remote location.

HRIDE has demonstrated the use of ionospheric products collected by Spire’s LEO satellites. These satellites measure the total electron content by monitoring signals from GNSS. Spire has developed an ionospheric data assimilation model and a space weather API that permits users to extract data. The project has demonstrated the use of the ionospheric model to provide corrections for positioning algorithms.