Portfolio

The proposed service utilizes Earth Observation (EO) satellites and geospatial technologies to optimize micro-mobility planning and fleet management in urban areas. Its goal is to offer sustainable and efficient solutions for the growing micro-mobility sector, encompassing electric cars, bicycles, and scooters.

This kick-start activity centred around Luna Systems' computer vision solution which is designed to improve the safety of shared micromobility vehicles. The system employs computer vision to identify patterns in shared vehicle rider behavior, focusing on sidewalk riding, travel speed, and proximity to pedestrians. This data provides valuable insights for shared mobility operators, enabling them to enforce safer riding practices among their ridership. Recognizing the limitations of Global Navigation Satellite Systems (GNSS) in urban environments, the activity centred on exploring the feasibility of AI-based techniques such as Visual Wayfinding and Map Matching to enhance positioning accuracy to ensure robust ride safety assessments.
 

The focus of our DEMO is to develop a Surf Tracking application and enhanced surf forecast and alert service.  The tracking app will track and analyse surfers’ position and performance in the water accurately in conjunction with the Samsung Galaxy 5 smartwatch. . The second element of the project is development of an enhanced surf forecast service and personalised conditions alert service. This will be achieved through the use of EO imagery together with other ocean & weather characteristics.

PARK uses GNSS Raw measurement for improving positioning accuracy of micro-mobility vehicles for parking purpose and to prevent micro-mobility urban cluttering. Added value of a GNSS accuracy positioning service, through GNSS Raw measurement, is that it can be implemented by avoiding costly infrastructure and with zero-impacts for users.

eLEAF and partner 52impact are overcoming the challenge of obtaining accurate and relevant water-risk related data with ‘BasinMeter’. The project combines scalable Earth observation technology with local datasets to expose the vulnerability of local watersheds and the impact on local related agricultural production and the community WASH (Water, Sanitation and Hygiene). The project will enhance both strategic decision making and direct local intervention to mitigate water-stress.

The STELLAR service ensures comprehensive and accessible crop information, enhancing decision-making and optimizing supply chain management within the agricultural sector.  

The proposed service aims at assessing the environmental impact of large events. It takes the form of an online dashboard allowing the monitoring of the environmental impact of the events. The environmental impact is composed of the short-term impacts on Air (pollution), vegetation (trampling) and water (turbidity) as well as the medium-term impact regarding urban heat contribution.

Every year, there is more to do and there are more demands. We aim to help farmers make the best use of their time, money, and energy by focusing on what's most important. We help improve sugarcane productivity by prioritising on the job.

SmartCane supports sugarcane estates and farmers by providing crop and management advice through SMS messages and phone-friendly PDF maps, based on remote sensing data. These messages offer practical advice and support for decision-making and resource management, promoting sustainable practices and problem-solving. Our approach allows farmers to quickly determine their next steps. With real-time data, estates and farmers can now make informed decisions for maximum impact.
 

The AgroMAP Quality Control service revolutionizes agriculture with a cutting-edge Farm Management System (FMS). Leveraging satellite imagery and advanced analytics, it automates data management, enhances operational efficiency, and ensures regulatory compliance. This innovative solution empowers farmers and advisors with quality control functions for optimized productivity and sustainable farming practices. The AgroMAP Quality Control study was supported by ESA Space Solutions.

Water is an essential resource under multiple stress factors, and the cause of multiple crises & conflicts. To manage the water risk and because the rivers often cross multiple countries and serves multiple usage, the stakeholders encounter difficulties to acquire accurate information about water to monitor and survey its quantity (availability & accessibility) and quality. Thanks to the combination of space-based tools and ground measurements, WaterSIM (Water Spatial and In Situ Monitoring Service) can leverage several issues & drastically improve the performance of ou customers and users for an ongoing monitoring and control of the water cycle of rivers and reservoirs and its state. This service enables to have an enhanced picture of water state, through water stress indicators and risk impact indicators, for improved decision-making for water resources management.

WARM uses Machine Learning to identify water stress based on satellite and remote sensing data. The result is a water resilience map that covers entire basins and shows water quantity, water quality, and climate factors in detailed areas.

ICUTRAIN is an innovative hospital-train equipped with ambulatory and intensive care units and using space technologies to enable remote medical analyses and consultations that require data exchange and high communication security standards. ICUTRAIN can offer some advantages compared to other solutions because it travels ready for operation, thus requiring limited set-up time once the target destination has been reached. Continuous connectivity allows for both remote medical advice and precise train location on the railways.

Treedom is the first non-productive, privately financed online planting platform that allows consumers and businesses to plant trees remotely and follow their storylines. Satellite images and their elaboration will provide engagement and transparency tools to our customers and users

Friilink mobile offers a comprehensive technological solution for buses and trains that allows operating companies to offer entertainment services to passengers with high-speed internet always available on board, generate new revenue through digital advertising tools optimized with AI, save in expenses through its telematics integration solution, route optimization and vehicle status monitoring, and increase on-board safety.

Introducing SafeRide, the cutting-edge safety solution for cyclists. Utilizing advanced smartphone sensors, SafeRide detects accidents in real-time and instantly alerts emergency services, ensuring rapid response. Designed for all cyclists, from casual riders to professionals, SafeRide offers seamless integration and scalable pricing, making safer cycling accessible to everyone. confidence—choose SafeRide.

RAMar has been assessing the introduction of space-based RF-data into the existing KSAT vessel detection service. The existing service based on SAR and AIS has been expanded to utilise RF-data as an additional source of information with the aim to enhance the detection and characterisation of dark vessels.

The Kick-Start activity aims at developing driveability maps, site-specific application maps for fungicides and herbicides, and harvest sequence maps for crop maturity. These innovative Satellite Earth Observation (SatEO)-based products support precision farming technology. By leveraging advanced technology, these tools enhance agricultural efficiency, promote sustainability, and reduce input costs, enabling optimal farm management.

The activity applies MinFarm Tech’s optimized LoRaWAN over SatCom software stack and network architecture to develop a technically and commercially viable solution for remote livestock management anywhere in the world using IoT technology and Satellite Communications.

MUPO enables the digitalization of agriculture with smart livestock and stable management by supporting robotics to:

• Minimize physical labour for farmers and mitigate workforce shortages.

• Provide appropriate housing for animals and support their welfare.

• Contribute to reduce greenhouse gas emissions in livestock farming.

The NbS Monitoring service delivers a streamlined Earth Observation-based approach to provide accurate, timely, and comprehensive assessments of medium to large-scale NbS peatland projects, increasing the confidence and transparency of project outcomes, and saving costs and time for customers.

Remote Planet from Secure Innovation offers real access without physical presence, allowing you to have control over your critical assets from anywhere in the world.  Harnessing the power of satellite technology featuring Wi-Fi, GNSS, GSM and LEO functionality, this convenient solution provides 24/7 monitoring, management, protection and control to safeguard your assets and operations.