Portfolio

AIDOPS provides monitoring services based on artificial intelligence for automatic detection of objects and patterns in satellite images. AIDOPS concentrates on the fields of agriculture and forestry. The long-term goal is to provide new automated ways of assessment for inventories and monitoring to detect damage caused by bugs or climate in crops and forests at an early stage.

CarbonSpace is an AI and satellite-powered B2B SaaS platform for remote carbon footprint tracking that provides organizations with actionable insights to tackle climate change.

Developed by CGG’s Satellite Mapping business unit, with support from ESA, OAPM provides regular, cost effective, satellite-derived information over offshore assets to establish a baseline, and a programme of routine pollution monitoring. The emphasis of the OAPM service is regular delivery of high-quality slick interpretation to enhance situational awareness.

GrassSignal provides an accurate, scalable and reliable decision support tool for sustainable rangeland, grassland and pasture monitoring. Using Earth Observation data and Machine Learning/AI, GrassSignal, powered by Deep Planet’s AI platform, predicts grassland properties at 90% accuracy.

Discover the most profitable crops and markets for you, just by drawing your site.

ES-LR™ is an IoT dedicated to the equestrian community. Its aim is to improve the security and safety of search & rescue (S&R) operations and eventually save more lives.

MONITORED AI is a space-based application aimed at Detection & Prevention of Illegal, Unregulated and Unreported (IUU) fishing for different stakeholders involved in the monitoring of Environmental Crimes in Europe and Beyond. The AI powered solution integrates Synthetic Aperture Radar (SAR) imagery and Automatic Identification System (AIS) to autonomously detect dark vessels (no AIS transmission) and spot suspicious behaviour.

Trauma to the tibia or other bones leave patients needing extensive rehabilitation over many months. However, a combination of too few hospital beds and the patient’s preference to recover at home means that monthly trips to the hospital predominate the rehabilitation pathway. The frequency of the visit is suboptimal from a care perspective with the risk of complication and readmission a constant issue. The journey is likely to be inconvenient and expensive for the patient. The need for a service that provides daily, remote measurement of rehabilitation variables is needed for the benefit of all stakeholders. 

Hospitals, Insurance companies, employers, communities, patients and their families want more effective and efficient rehabilitation which is available to everyone, no matter where they live.  

Virtual Clinic Direct leverages the integration of Satellite Assets (Satcom and GNSS) with an intelligent medical device architecture (sensors, microprocessors, smart phones, machine learning, Bluetooth Low energy, 3G & 4G etc.) to create a ubiquitous service that measures and tracks:  

• Healing rate of fractured bone
• Level of behavioral compliance
• Patient progress against benchmark

Risk of complication and readmission

Virtual Clinic Direct leverages the integration of Satellite Assets (Satcom and GNSS) with an intelligent medical device architecture (sensors, microprocessors, smart phones, machine learning, Bluetooth Low energy, 3G&4G etc.) to create a ubiquitous service that measures and tracks:  

• Healing rate of fractured bone
• Level of behavioral compliance
• Patient progress against benchmark
• Risk of complication and readmission

Better travel experience for the public by providing reliable and efficient real-time situational awareness and traffic information for optimal decision making;

Providing car manufacturers with highly integrated low-cost geospatial information platform, which could be integrated with ADAS or CAVs;

Enabling smart network management for local authorities, promoting efficient traffic control, safer route planning, thereby reducing congestion and the carbon footprint.

NIVCS is a project that leverages Oceanbolt’s ability to process and analyze AIS signals, leveraging the latest big data processing analytics frameworks and the extensive Global Navigation Satellite Systems. The aim of the project is to help combat illegal, unreported and unregulated fishing, while providing transparency into fishery emissions.

The objective of this project is to demonstrate a web-based Water Control Room which improves the efficiency of insurance claim management and water management before, during and after weather-related hazards. The key service offered is the Flood and Rain Report Generator which automatically generates reports for specific flood or rainfall events based on information from satellites, radars, gauges and crowdsourcing

STAY: is a mobile interactive experience that rewards young people for acting positively during COVID-19 or a similar public health crisis.

The platform incorporates live data feeds, Augmented Reality and geo-location into unique learning experiences that give young people the opportunity to earn pieces of digital merchandise in return for their efforts.

The global deployment of solar PV electricity generation is hampered by the unpredictability of the power generated. Better PV forecasts would allow electricity system operators to schedule alternative electricity generation earlier, hence reducing system costs and carbon intensity.  Addressing climate change as effectively as possible is at the core of Open Climate Fix’s mission. 

Careview is a web-app that uses GNSS positioning to improve the accuracy of outreach and door-knocking to identify socially isolated residents in a city, helping councils save money. This satellite technology is vital to improve the statistical chances of finding socially isolated residents. Careview was the only non-clinical solution to win an NHS Innovation Award in 2017. As a result of the ESA co-funded Demonstration Project, Careview has now been deployed in Leeds and Bury in Greater Manchester.

The SeaUrchin is an affordable state-of-the-art wearable surf tracker, being developed by Kittiwake Labs Ltd in Cornwall, UK. The SeaUrchin tracker takes advantage of GNSS for tracking surfer sessions and applies novel data analysis for session characterisation and to monitor progress.

Developments on Unmanned Maritime Systems (UMS) are flourishing. In MSaaS, economically and technically sustainable UMS based services are identified, defined and assessed creating business opportunities for manufacturers and suppliers of ship technology.

A streaming service for live and replay space imagery - bringing together amazing videos and visualisations from across space into one easily accessible platform.

Climate change poses a number of challenges for farmers worldwide. OPT/NET B.V developed an AI-driven platform that generates timely and valuable insights about farmland conditions to individual farmers & large agri producers in predominantly cloud covered high latitude coastal areas facing challenging weather patterns. The solution is expected to lead to up-to-10% increase of respective yields and more than 10% reduction of the associated costs and wastage.

SatSource uses space technology to strengthen impact investment screening, monitoring and evaluation, and corporate and financial reporting on the traceability and sustainability performance of agricultural commodity supply chains.