The WB Group participates in Europe's largest defence fair Eurosatory. The capital of France presented elements of the W2MPIR reconnaissance and impact system, the latest solutions in the field of military communications and the EYEQ artificial intelligence system.
Eurosatory is simply a immense event in the defence industry, which takes place all 2 years in Paris. This year, the fair in France will last all week, from June 17 to 21. The WB Group Pavilion is located in a permanent location in Hall 5A D365.
Multitasking, Multi-layer Missionary Air intelligent swarm (W2MPIR) is simply a solution developed by Polish engineers, integrating combat management systems, unmanned systems, military communication systems and artificial intelligence systems produced by the WB Group within a single ecosystem.
The reconnaissance and impact strategy was ordered by the Armed Forces of Poland. Rocket and Artillery troops trusted a proven supplier and picked up the first 1 in late 2023 GLADIUS fire modules. The strategy allows surveillance of the site, location, recognition and analysis of objects supported by artificial intelligence and the ability to immediately destruct crucial targets at a distance of up to 100 kilometres.
In Paris, W2MPIR elements were shown as Unmanned FlyEye Air System and Circulating Warmate 1 ammunition. The WB Group's reconnaissance and impact strategy can besides include larger unmanned FT-5 families and equipped with stronger warheads ammunition circulating Warmate 5 and 20 and advanced BSP-U.
The WB Group showed military radio stations on Eurosatory: Manual 3501, personal R35010 and the latest Software-defined COMP@N of which with a vehicle adapter. The company RADMOR, which is part of WB, is the largest maker of tactical communication in Poland, which is the attitude of communication in Rocket and Artillery Forces and subdivisions of another types of troops.
The WB Group can boast entirely its own solutions in the area of artificial intelligence developed within the framework of EYEQ system. They support the analysis of data from unmanned and vehicle systems sensors, expanding operator and crew situation awareness, reducing consequence times during hazard. The EYEQ strategy occurs in variations for air and land platforms.
