ESG Elektroniksystem- und Logistik-GmbH and the Israeli provider of optimization software, Omnisys Ltd., have agreed to cooperate in the area of Battle Resource Optimization (BRO) in the areas of air defense and surveillance. As ESG announced, the exclusive agreement was signed in February.
The collaboration is intended to create the opportunity to introduce Omnisys' battle-tested BRO software suite in Germany and the NATO environment.
According to the description of the ESG, BRO for Air Defense and Air Surveillance supports military decision-makers in the optimal use of air defense assets in a constantly changing battlefield. The software enables adaptive planning and management of search patterns, performance assessments and operational recommendations in real time, as well as improved operational debriefing. According to ESG, current and future threats are simulated with the help of physical models and the performance of its own sensors, effectors and guidance devices is analyzed. Advanced algorithms and artificial intelligence offer decision-making aids for the optimal use of resources and forces.
Omnisys' BRO suite provides combat resource optimization capabilities and enables end-to-end planning, management and debriefing of land, sea and air operations, ESG said. These analysis and optimization capabilities enable improved capabilities in operations and the most efficient use of available resources (equipment, personnel and budget).
With the BRO Suite, ESG wants to supplement its portfolio in the area of networking and multi-domain operations with a powerful planning component. As a manufacturer-independent system integrator, the company can ensure and support the seamless integration of BRO for its customers.
Editorial staff / gwh
Related topics
Future Combat Air System – FCMS consortium receives order for sensor network Sea Falcon helicopter drone under contract Defense against drones in focus – comparison shooting on qualified anti-aircraft defense is imminent ESG takes over Bremen-based KBN Group ESG and IAI demonstrate airborne interoperability Communication for the VJTF