Anschütz develops advanced autonomous navigation and command system for unmanned maritime operations

The system enhances the operational capabilities of navies by enabling precise and safe autonomous navigation. It supports remote monitoring and control from a Tactical Operations Centre (TOC), which can be set up as a shore station, a mothership, or a mobile containerised solution.

At the core of the system is the SYNAPSIS Integrated Navigation System, which ensures seamless monitoring, platform control, and the generation of a comprehensive maritime situational picture. It integrates navigation sensors, optical systems, and surveillance tools while providing automated course and speed control for safe manoeuvring.

The system includes automated target detection and classification, collision avoidance, and a range of tactical mission functions. Designed with a scalable meta-architecture, it can be adapted from basic assistance functions to highly automated operations for Unmanned Surface Vessels (USVs) and large naval combatants.

Its modular and reusable design allows for easy integration of additional sensors, automation processes, and communication systems. The solution is built to meet evolving regulatory and security requirements while offering flexibility for mission-specific configurations.

A key advantage of the Anschütz system is the functional integration of autonomous navigation with mission systems. By fusing onboard data into a unified operational picture, it enhances decision-making, increases mission effectiveness, and enables the coordination of multiple autonomous units.

Potential applications include ISR (Intelligence, Surveillance & Reconnaissance) missions, securing maritime infrastructure, coastal defence, and mine detection. By advancing autonomy in maritime operations, Anschütz provides navies with a robust and future-ready capability for enhanced security and situational awareness.