Portfolio

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.

Awake.AI’s marine Marketplace with the power of AI for trading port services and products.

The Kick-Start activity aimed at developing driveability, site-specific application maps for herbicides, disease risk, harvest sequence and irrigation advise maps. 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.

Mitigrate, an InsureTech startup, pioneers flood risk management with its SaaS platform. Utilizing advanced technologies and earth observation data, it offers nature-based solutions reducing flood risks. Targeting insurance companies, Mitigrate's tool fills a crucial gap, providing pre- and post-flood disaster guidance. Beyond risk reduction, it aligns with global sustainability goals, positively impacting insurance performance metrics. An investment in Mitigrate is an investment in resilience, sustainability, and the future of flood risk management.

This project develops an end-to-end navigation service which can be fully integrated into business customers’ own 2-wheeled vehicle products/services, including best-in-class routing optimisation (tailored to user needs) and navigation for 2-wheeler use-cases.
This will make it easier, safer and more convenient for people and goods to travel by light, 2 wheeled transport rather than by cars, vans and trucks.
 

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.

The Water Health Indicator Service (WHIS) provides a continuous data stream of environmental health indicators for inland water bodies. This service is an API with monitoring and reporting capabilities that allows you to track a set of specialised and highly descriptive Water Health Indicators.

SuperVision Infrastructure - Critical infrastructure monitoring system that utilizes satellite data and Earth Observation (EO) methods to develop an automated software solution for detecting and assessing damages and risks in close proximity to critical infrastructure. Exploring a fusion of optical and radar data with varying resolutions, the system serves as a rapid-response tool specifically designed for occupied and inaccessible territories.

Europe requires clean, independent energy sources now more than ever. EPOS is a software-as-a-service solution that provides energy planning in buildings and cities. It combines state-of-the-art energy modelling with Earth Observation data, enabling engineers and decision makers to ideate, analyse the current situation and create diverse supply concepts. EPOS centralises essential data and includes AI algorithms for more efficient energy transformation.

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.

Following customer requests for expanding the initial service offering of the Micro Local Weather Route Recommendation Service’s high-resolution weather forecasts, new services for snow depth information, weather warnings, a short-term precipitation radar map, and high resolution climatologies were developed to provide better assistance and reduce weather-related risks for planning and undertaking safe outdoor activities.

Dreadnought is proposing a drone-based service to deliver just in time medication, reduce carbon emissions and wastage and improve patient care in the UK National Health Service (NHS). The features developed and tested in this project will enable integration with drone operators and health systems.

To support agricultural insurers in claim management and risk management, satellite data is used to support the assessment of current damage caused by weather events and to estimate the risk of future damage to a field.

SatMRV uses satellite images and soil data to deliver precise, cost-effective Soil Organic Carbon (SOC) mapping, allowing carbon credit generation and promoting regenerative agriculture. SatMRV's SOC measurement complies with the Carbon Certification Protocols and is an effective instrument for combating climate change.

Soil is critical in combating climate change. It can capture carbon from the atmosphere and store it in the soil while growing food. Carbon farming requires continuous measurement of Soil Organic Carbon (SOC) and rewarding farmers for positive change. Now, how to measure SOC on a regular basis at cost and scale? Because “if we can't Measure it, we can't Manage it”.

Methane Watch is the world’s first monitoring system to measure the methane footprint of the energy sector. It combines Earth Observation data from the Copernicus constellation, NASA, NOAA and commercial satellites with advanced analytics to monitor emissions from oil, gas and coal with unprecedented accuracy, and provides unique insights to decarbonise the energy industry on a global scale.

The project is developing a new standard for physical snowpack measurements for the hydropower industry by use of L-band radar measurements in combination with InSAR processing techniques. The added values are higher resolution of snow estimations in time and space as well as less need for physical presence (equipment & humans) in the mountains to do snow estimations.

Greener|Cotton aims to substantially improve sustainable cotton production by the application of satellite based digital agriculture technology. Integrated with cotton local traceability solutions, Greener|Cotton will help to reduce inputs and thus costs, allow to better manage production risks, reduce workers and environmental contamination, increase cotton quality, yields and revenues, lead to trusted production data and improving smallholder livelihood.

GreenerCotton services support the implementation, certification, and transparency of sustainable cotton standards with satellite enabled technology. GreenerCotton is targeting two main use cases: 1. Supporting standardisation companies in implementation and certification 2. Supporting extension services (field advisory) to implement standards and improve production.

Rural Tourism 5.0 (RT5.0) is a next generation travel planning ‘eco-algorithm’, designed to improve the  visitor experience, impact on the environment, and the economic output of rural tourist destinations.

RASFarm is a collaborative robot system exploiting the integration of mechanical technologies, artificial intelligence and satellite navigation to autonomously carry out different agricultural operations (plants and fruits monitoring, spraying and picking).