Innovative Forces for a Safer Future

This project is realizing AI’s capacity to enable better situation awareness, decision-making and planning. We have developed an AI-powered naval task force protection simulator and algorithms for predicting enemy ground force actions.

These projects are developing a next generation ammunition family capable of longer range and higher accuracy. We have done extensive research and are creating AI algorithms for enhanced detection and recognition of rocket and artillery projectile targets.

This project is designing a platform for long-range indirect fire support capabilities. We have researched AI and other technologies to optimize battery deployment and reduce barrel wear in fire support systems.

We are developing cutting-edge software to help effectively identify, analyse and address a wide range of hybrid threats. Implemented on an OSINT platform, the project uses 10+ AI algorithms to combat criminal propaganda, conspiracy theories, and so on. Other advanced technologies it uses include SocMINT and NLP.

This project centres on enhancing the interoperability of military Air C2 systems and integrating Single European Sky (SES) rules. Our roles include operational needs analysis, definition of system requirements, and system design for national SES integration.

These projects are developing a European space-based missile early warning system. We designed the network and communication security architecture, SC2 architecture, and onboard data processing for the system.

This project centres on interoperable technologies to achieve a recognized space picture and a space intelligence capability based on EU military SSA command and control. We’ve developed a shared distributed data storage solution and contributed to market analysis, documentation, RAMS, ILS analysis, design, prototyping, and testing.

This project involves a middleware platform with DDS and QoS functionalities to optimize data management and exchange in nanosatellite constellations. We have designed, developed, and implemented software for nanosatellite constellation management and data exchange platform, including data flow optimization, prioritization, exchange, and distribution services.

This project is implementing the Activity Based Intelligence concept to complement geo-spatial activities, for permanent earth observation from space with automated interpretation of data and information. We developed the real-time/near-real-time data exploitation architecture and the system deployment and configuration platform.