News

Intelligent Life Map
One of the most innovative solutions is a system that supports the rescue of wounded soldiers from the battlefield. It uses drones equipped with sensors to locate victims, detect obstacles, and assess danger zones. Owing to integration with medical sensors, it is possible to quickly analyse the health status of soldiers and determine evacuation priorities. This project is nominated for the Defender Award.

Medical evacuation decision support system
Another proposal from WAT - a technology in which a soldier's uniform serves as a mobile medical kit, built with in-built sensors that monitor vital signs and transmit data in real-time to the Battlefield Medical Monitoring Centre. This enables the determination of the health status of military personnel and facilitates prompt decisions regarding evacuation. Thanks to the electronic health record, doctors can track a soldier's medical history at every stage of treatment – from the battlefield to the medical point.

IDvictim ICT module
The answer to the challenges associated with disasters and terrorist attacks is a system supporting the identification of victims. IDvictim enables the efficient operation of services even in the absence of internet access. An autonomous Wi-Fi connection system with a local server allows for data replication and maintaining communication in the operational field. This allows services to continue their operations uninterrupted and provide access to key information.

Defence Capability Planning System
Experts from the Faculty of Cybernetics have developed a set of simulation tools and applications for war games. The solution enables you to test operational scenarios, analyse the movements of conflicting parties, and make strategic decisions within a simulation environment. They are complemented by the FREYA applications, which support the optimal allocation of armed forces, and the Force Allocation Interface (FAI), which enables the visualisation of the operational and strategic situation on a map.

Laser satellite communication modules
The Institute of Optoelectronics of the Military University of Technology will present solutions intended for satellite-to-satellite and satellite-to-Earth communication. The modules will be used in the PIAST program, a constellation of Polish observation nanosatellites. In addition to data transmission, they also enable precise measurements of the distance between satellites, which is crucial for the mission's success.

SCAR system – land robot swarm management
This proposal in the field of military robotics  enables central control of a team of unmanned land platforms. A swarm of robots can exchange information, perform common tasks and operate in full coordination.  Even if part of the swarm is lost, the data is updated and available to the remaining units, ensuring the continuity of tactical operations.

Acoustic reconnaissance system
 The last proposal is a solution based on the detection and analysis of sound signals. The system developed at the Faculty of Mechatronics, Armaments, and Aviation enables the detection and localisation of artillery fire sources, sniper positions, and individual shooters. Acoustic reconnaissance is passive – it does not emit its own signals, making it more difficult to detect, while providing valuable information about the enemy.

The projects presented by the Military University of Technology show that Polish science has a significant contribution to the development of modern defence technologies.  Innovations in battlefield medicine, command systems, robotics, and space communication technologies constitute an essential step towards increasing national security and enhancing the effectiveness of the Polish Armed Forces' operations.