Portfolio

FreeBreath is a technical and economic feasibility study of a service improving the real-time understanding of air quality status and forecast in areas not covered by terrestrial sensors thanks to satellite EO, GNSS data and predictive analysis.

A remote pilotage telepresence project, utilizing 3D game engine, volumetric video and Augmented Reality to bring maritime pilots virtually onboard a ship`s bridge from a remote location.

HRIDE has demonstrated the use of ionospheric products collected by Spire’s LEO satellites. These satellites measure the total electron content by monitoring signals from GNSS. Spire has developed an ionospheric data assimilation model and a space weather API that permits users to extract data. The project has demonstrated the use of the ionospheric model to provide corrections for positioning algorithms.

A new ground-to-space air quality (AQ) analytics platform for city and traffic planning departments with the purpose of positioning data insights at the heart of managing resilient urban environments. Our analytics products form the decision making basis for investing in initiatives that help reduce harmful pollution and push for the design of new infrastructure sensitive to local residential communities and vulnerable population cohorts whilst allowing for sustainable economic development.

We applied space imagery to automate the identification of football fields with artificial turf material to an extent and frequency not possible with land-based tools. Pooling information enables the generation of information about football fields. Other information may be added for a tailored value proposition to field owners, field manufacturers and for field maintenance.

The scope of the Liveland CCN has been to further develop and refine the GMV NSL STICK service previously developed under the Liveland Demonstration project in order to improve its commercial viability.

This included the overhaul of the STICK architecture to function in stand-alone, the improvement of the service accessibility to the clients and the enhancement of the STICK firmware functionalities making the service further appealing.

A constellation of mini HAPS that provides a low-latency and low-cost telecommunication service over areas not covered by terrestrial infrastructures.

Based on satellite data, DeFROST delivers the ultimate snow monitoring solution for Energy (hydropower) industry. With DeFROST, such actors can improve current water inflow seasonal forecast by ingesting snow data, as well as, diagnosing early snow melt events for hydropower energy generation optimization

HeraSpace IUU helps the identification of illegal unreported and unregulated fishing supporting EU legislation and environmental protection.

AQUAX is an integrated system of robots, satellites and artificial intelligence, intended for monitoring and identifying anomalous discharges within lakes, rivers and reservoirs.

360blue is an information and software suite to determine water related risks, support optimization of water management, and asses water replenishment activities.

Route optimization software is abundantly present in logistics. However, none of the available solutions has a global scope of application, they are limited to a single transport mode: ship, train, truck, or airplane. Though extremely useful, there is an essential missing piece of information: the concatenation between transport modes.

SECO is a novel system that integrates three EO services and five EO technologies with the sole purpose to prevent and detect water leaks. The services are delivered directly to customers systems via an API and/or a web platform. SECO integrates satellite optical and radar datasets delivering a short to long-term intelligent alert system for water leaks prevention and detection.

VisionV integrates a combination of data provided by the end-user (spatial and non-spatial) and data derived from space-borne assets (VHR optical, elevation, structural health) to create new AR/VR visualisation capabilities in the context of:

• Situational awareness for Critical National Infrastructure (CNI) asset management
• Search & Rescue

A significant contributor to the global GHG emission is the “hurry-and-wait” behaviour in tramp shipping. OPTIPORT is a Just-in-Time Arrival service that calculates optimal port arrival times for vessels currently underway by leveraging data from Sat-AIS and geospatial analytics.

This problem is tackled by combining the capabilities of StormGeo (weather forecasting, fleet performance and vessel routing) and Oceanbolt (port congestion, commodity trade flows and AIS data processing).

The Nexlys’ advancED farminG intElligence(EDGE) aims to take the interaction between the farmers and their plantation fields to a new level. It will deliver an Artificial Intelligence(AI) based Decision Support System(DSS), enabled by the usage of space assets, which will allow farmers to maximise the benefit of existing operational assets and know how.

Quantified Farm uses the latest advancements in satellite image processing, modern ground sensors, 5G sensor networks, and artificial intelligence to deliver quantified farm information on a direct instance. This approach allows to make better and directly operational information products that help farmers in three targeted key applications: precise irrigation, fertilisation, and crop protection.

POREWIT is satellite-based services aiming to support the monitoring of forestry activities and supply chains, the detection of non-compliant behaviours and the implementation of law enforcement operations (investigation & evidence) in relation to forestry law.

SoURCE - the concept of the service is to fulfill growing demand in the real estate market for having information concerning utility infrastructures which are provided in real time, updated and with high accuracy, via a user-friendly mobile application. The service combines different technologies (EGNSS, Earth Observation, Augmented Reality, Computer Vision) to enable simplification of gathering and proper interpretation of dispersed information about utilities in real time at current user location.

Greenhouse owners are in a very competitive market, in which unexpected costs due to damage and decay of the greenhouse assets can cause severe problems. This demonstration project aims at demonstrating how a notification service using space data can help greenhouse owners to prevent or mitigate non-insurable risks threatening their business, and thereby save costs.