Portfolio

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.

Experience the future of organic farming with a pioneering herbicide-free weed control solution. Utilizing advanced GNSS and RTK technology, an autonomous robotic fleet precisely targets and removes weeds, optimizing yield and ensuring livestock safety. Paltech’s Robots as a Service (RaaS) model delivers efficient, sustainable, and resource-effective farming, revolutionizing weed management for organic farmers in Germany.

The Wind Sat project is developing an AI-powered forecasting platform for wind energy production using satellite imagery and other data sources. It provides high-frequency forecasts to help renewable energy companies optimize asset management, energy trading, and grid balancing. 

SWIM is a dynamic digital twin solution for water management, seamlessly integrates real-time in-situ data, satellite imagery, and advanced analytics. It monitors water quality and detects harmful algae blooms, providing customized insights, timely alerts and detailed reports. Designed for both municipal and private sector water management, SWIM empowers users to make informed decisions and enhance water resource management.

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

Personalised Space Technology Exercise Platform (P-STEP) is an innovative solution that will deliver and monitor personalised exercise advice to patients living with long-term health conditions (LTC). The platform in the form of a smartphone application will facilitate physical activity behaviours change by combining personalised disease-specific exercise advice and self-monitoring with real-time environmental data.

The Digitising Water Resilience project, led by Krucial with SAS, Deep Planet, SRUC, University of Strathclyde, CLEAN International, and Jacob's, aims to develop an innovative water monitoring solution. Using advanced IoT sensors, satellite imagery, and data analytics, the project addresses water quality and quantity stress, enhancing water management in global catchments for sustainable and reliable water access.

Data4Water is a groundbreaking initiative addressing the complex water challenges in India's Godavari River Basin. Recognized as a priority basin by the Water Resilience Coalition, the Godavari River Basin faces significant issues such as water scarcity, pollution, and fluctuating river discharge levels. Data4Water aims to enhance water management by providing accurate river discharge forecasts through BWI’s advanced services. By leveraging cutting-edge satellite data, in-situ observations, and machine learning, we offer a holistic approach to tackling these challenges, supporting farmers, agribusinesses, and local authorities in managing water resources sustainably.

Producing 2D and 3D Digital Elevation Maps (DEMs) based on merging EO data with real-time image capture from thousands of shared e-scooters, e-bikes, e-mopeds etc to develop up-to-date mapping and terrestrial imaging solutions

“Hand for U” is an application that allows People in Need and Volunteers to easily contact each other and respectively, express their needs and offer their help on behalf of the Volunteering Organisations. “Hand for U”  aims to facilitate the creation of a helping community. 

Discover Ping4All’s groundbreaking platform for holistic wellbeing and medical sport applications. With  state-of-the-art sport-science, digital, and medical knowledge, their innovative solutions redefine health enhancing experiences at sports clubs and integrate sports breast cancer rehabilitation into healthcare  systems. Utilizing immersive tech, AI, and 5G, they empower women to manage their health capital,  fostering confidence and resocialization. Ping4All's vision is to innovate table tennis for “One Health”,  anytime, anywhere.

e-RASM is a 100% sensors less automated tool that aims to provide to the farmers the soil water status of their different farm plots. This innovative tool based on artificial intelligence is helpful since it enables to optimize the irrigation they apply to their crops.

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.
 

Information and entertainment at the right time, in the right place. A platform providing a series of geolocated interconnected virtual spaces, called ‘Arcades’: virtual spaces overlaid on reality, activated by GNSS, where users access images, films, text and sound, using a smartphone/iPad. Turning everyday locations into virtual cinemas, classrooms, music venues, galleries, information hubs or marketing billboards.

Waste is a growing problem globally, and demands effective strategies to mitigate waste related risks. GreySat provides waste information to organisations, which enables the effective development and implementation of waste management strategies and projects. 

MWS-A is a new weather nowcasting service for airports with high spatial and temporal resolution. The service combines real-time positions and predicted trajectory data of aircraft, and high resolution nowcasts of the motion and evolution of observed severe weather phenomena. Using these data the MWS-A service engine derives predictions of upcoming encounters of the weather phenomena and aircraft within up to 40 minutes time window in the future.

An advanced data-driven AI enabled, earth observation and ground data based, software solution for forecasting of energy production, crop yield, O&M as well as design and economics of Agri-PV plants.

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.

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.