Interface with propulsion, steering, braking and other platform-specific controls.
Support route execution and obstacle avoidance using configured sensors and navigation inputs.
Integrate sensors, communications and payload functions around the mission.
Exchange commands, platform status and mission information with the operator environment.
The operator commands the platform directly.
The platform performs navigation and assigned functions under operator oversight.
The platform carries out defined tasks within operator-approved boundaries.
Predefined fallback and recovery behaviours can address faults, communications loss or degraded navigation inputs.
Available functions, operating limits and recovery behaviour are established for each platform configuration.
ARES automates platform-level functions while preserving operator authority over how the system is used.
Operating modes, intervention arrangements and autonomous boundaries are established around the platform, mission and operating environment.
ARES provides onboard autonomy for applicable ground vehicles and surface vessels across the Milanion Advanced Systems portfolio.
