Autonomous Ground Platforms for Defense

Recently, Milrem Robotics and Hanwha Systems signed a memorandum of understanding to leverage the technological synergies between autonomous ground vehicles and advanced defense systems. The goal of the collaboration is to integrate highly specialized payloads into unmanned platforms to meet the growing demands for troop protection and the security of critical infrastructure in complex operational scenarios.

Technological Integration for Complex Missions

The collaboration focuses on testing and implementing Hanwha Systems technologies into Milrem Robotics’ ground platforms (UGV). The range of potential payloads is broad: it includes electro-optical and infrared systems as well as radar technologies for reconnaissance. These are complemented by capabilities for electronic warfare, jamming measures, as well as laser systems and solutions for direct weapon integration. This modular approach is designed to allow the systems to be flexibly adapted to different mission requirements.

Hanwha Systems is a global defense electronics company that provides solutions for land, sea, air, space, and cybersecurity. The company develops and supplies sensors, surveillance and reconnaissance systems, communications systems, and command and control systems that enable intelligent defense operations worldwide.

Security Through Automation

Peter BAE, Senior Vice President at Hanwha Systems, emphasizes that the combination of sensor technology, electronic warfare, and autonomous platforms paves new paths for protecting military forces. Kuldar Väärsi, CEO of Milrem Robotics, adds that the partnership aims to increase operational effectiveness while keeping personnel out of immediate danger zones through the use of unmanned systems. The companies are thus responding to the global trend in which armed forces are increasingly demanding versatile and rapidly adaptable unmanned solutions.

The collaboration between Milrem Robotics and Hanwha Systems once again underscores the shift from specialized individual platforms toward highly integrated, modular ecosystems. The future of robotics lies not solely in platform mobility, but in the seamless integration of sensor technology, electronic warfare, and autonomous navigation.