Portfolio

Safeblock improves Compliance Reporting by establishing physical frames of reference for IoT Data that can be assessed by both building owners and regulators. GNSS parent nodes anchor a reporting network of heterogeneous IoT sensors whose relationship to the parent nodes is established by data analysis of their ‘observed environment’. Data from compliance devices is stored immutably and data claims analysed before acceptance. Safeblock creates a record of safety data from source to approval which is transparent and auditable.

Building safety is opaque and insufficient with constant reports of those responsible for safety failing in their duties. In light of recent tragedies like the Grenfell fire, improving trust in building safety for all stakeholders is key to enabling a strong and continuous safety culture in the housing sector. 

The SenZitall integrated solution is envisaged as a one-stop-shop for integrated pest management. The unique selling points of the provided system and service are: a flexible and reliable data transfer solution (terrestrial or satellite without the need for user intervention) ensuring that no data is lost, high modularity in sensor type and node topology with easy deployment of extra nodes at any point in the product life-cycle, and a low-cost energy harvesting solution supporting a fully independent system. The data received from the sensor network combined with the earth observation data provides the users with a sophisticated solution for improving their pest management practices (SDSS).

A project for an efficient system for prevention, monitoring and response against wildfires and landslides emergencies with focus on satellite assets, terrestrial 5G networks, drones and next generation IoT sensors.

The SenZitall integrated solution is envisaged as a one-stop-shop for smart IPM and horticulture management. It will operate as a fully independent, low power WSN providing high resolution, near real-time environmental data as input to an integrated Spatial Decision Support System (SDSS). The sensors will run with a multi-constellation GNSS and a dual uplink SATCOM system.

The enhanced performance of a 5G oriented connectivity on-board of Ferry Vessels based on the use of Ka HTS and Ku satellite bandwidth, as supplementary backhauling, can introduce on-board new families of services for the passengers, the crew and the Ferry itself. 

The community calendar model will underpin healthier ageing, help address deprivation and inequalities through improved access to transport to activities, improving overall health and wellbeing, mental health and prevention of long-term conditions.

Earth Observation (EO) technology holds significant potential to map and monitor building assets and material stocks in urban environments, at scale - thus providing key information to improve resource efficiency and circularity within the building and construction sector. Orbital Assets will pilot and prototype new EO solutions to systematically map and monitor building objects, elements, and types in urban areas.

The Farmeye Purlieu system delivers an innovative means to survey and monitor hedgerows. The system combines traditional well-established methodologies for surveying hedgerows with state-of-the-art precision GPS/GNSS, photogrammetric techniques and low-cost terrestrial lidar scanning (TLS).

Stability Monitor is web application delivering information regarding ground movement of client’s area of interest, assessing not only the risk of the territory to move or fail, but the long-term trend of such movement and related statistical information. The potential clients of the solution are insurance and development companies (spatial/urban planning, architectural and engineering offices), taking care of real estates.

Stability Monitor is to be a web-based solution (web application) delivering information regarding ground movement on specific areas.

Contactless Car Rental, transforms the car rental experience from being counter-centric to app-centric. It ensures a car rental company can offer a service where the rental customer can get the right car in the right location at the right time, providing much greater convenience while removing the need for user/staff contact.

To provide end users, i.e. Hospital Organizations, Medical Screening and First Aid Units, with an efficient services ecosystem for the monitoring, management and prevention of Medical Emergency from pandemic such as COVID-19.

With the FLAMES project, the consortium of Unisphere, Matternet and Nordic Unmanned demonstrated how simulation technologies can be used to increase the automation of drone flights in an urban and maritime environment.

For the first time, high-resolution weather data, the Copernicus digital elevation model, aircraft performance models and trajectory simulations were combined to create a digital twin of drone flights. This forms the basis for automated flight planning, which is offered as a SaaS service. Moreover, the validated simulation technology is the basis for autonomous flight operations in the future and enables a reliable transfer of pilot knowledge into software. As a result, a broader customer base will be able to use drone technology.

Technology that automatically records every round, every hole and every shot.  Then delivers actionable insights into over 100 statistics that relate directly to your own golf game.  The technology works in the background to identify the exact position of every shot.  The data is then used to generate statistics, analytics and insights through an array of engaging features that improve a golfer’s game.

Smart GAM aims at offering an innovative and semi-automatic decision-making supporting system for asset management and predictive maintenance purposes to improve the financial resilience of assets, taking advantages of innovative data-fusion algorithms, satellite Earth Observation technologies and their integration with ground-based monitoring/database segment. SGAM focuses on the risks related to structures and infrastructures, analysing their interaction with the local geological and environmental context, by automatically evaluating the direct or potential future interferences with geohazards such as landslides, floods, sinkholes, fires etc. The service aims to support Decision Makers in defining and prioritizing the maintenance operations based on the asset vulnerability and loss scenarios, with a philosophy that may be summarized as “FROM HAZARDS TO MANAGEMENT SOLUTIONS”.