Intelligent Functions Kit

The Intelligent Functions Kit (IFK), marketed by Estonian manufacturer Milrem Robotics as the Milrem Intelligent Function Integration Kit (MIFIK), is a software suite designed to add autonomous capabilities to unmanned ground vehicles. Introduced in 2019, the system functions as a bolt-on autonomy package intended to reduce the cognitive burden on operators by handling navigation and obstacle avoidance tasks. It is primarily associated with Milrem’s THeMIS multi-mission unmanned ground vehicle, though the company states it integrates with partner platforms and can be applied to manned vehicles as well.

The software enables waypoint navigation, allowing operators to plan unmanned missions using pre-planned routes to improve efficiency and safety. It features obstacle detection and avoidance, which includes alternative route exploration when a path is obstructed. The kit also supports leader-follower convoy modes and mission-specific task determination, where vehicle behaviors are adjusted based on location or specific events. Operators can modify vehicle responses and adjust routes in real-time to meet dynamic mission requirements. The system is designed to manage radio communications and allows for the upload of custom or open-source maps to enhance situational awareness. Milrem claims the software reduces risks to troops by ensuring ceaseless vigilance against enemy threats and enables coordinated swarm tactics for mission success with diverse assets.

The IFK has been fielded by several NATO member states, including Estonia, the Netherlands, and the United Kingdom. Milrem Robotics, headquartered in Tallinn, describes its unmanned technology as combat-proven in Ukraine, although specific deployment numbers for the IFK software component are not publicly detailed. The company reports having 20 customers worldwide and positions the IFK as part of its broader strategy to provide cost-effective combat unmanned ground vehicles. The software is integrated into Milrem’s ARCOS command and control system, which is used to manage its fleet of unmanned systems.

Milrem has participated in multiple European Defence Fund and European Defence Agency projects, such as iMUGS and CUGS, to develop interoperable families of vehicles. The company has also signed memorandums of understanding with firms like Hanwha Systems and CNIM Systèmes Industriels to explore the integration of advanced sensors and effectors on autonomous ground vehicles. The IFK represents a shift toward software-defined autonomy in the unmanned ground vehicle sector, aiming to provide modular capabilities that can be updated and deployed across different platforms. The system’s emphasis on reducing operator load and enabling coordinated operations reflects a broader trend in military robotics toward increased autonomy and networked warfare capabilities.