Engineering autonomy
into operational systems.

Milanion Advanced Systems develops and integrates autonomous and uncrewed systems across land, maritime and air, underpinned by proprietary autonomy and integration technology.

Built around the operational requirement.

MAS brings together autonomy, platform engineering and systems integration around the mission.

Platforms, software, sensors, mission equipment and command interfaces are considered together, with development shaped by the operating environment, existing architecture and intended task.

PROPRIETARY TECHNOLOGY

Technology developed
and owned by MAS.

ARES

Onboard autonomy for applicable ground vehicles and surface vessels, integrating platform control, navigation, mission systems and operator command.

ARMATURE

Cross-domain middleware connecting supported platforms, mission systems and command environments for tasking, coordination and information exchange.

SYSTEMS

Applied across land, maritime and air.

MAS applies its technology across ground, surface, underwater and aerial systems, spanning ground autonomy, vessel autonomy, aerial systems, autonomous swarming, airspace protection and tactical loitering capability.

ENGINEERING & EVALUATION

Built, integrated and
evaluated as a system.

MAS connects software development with platform engineering, integration and evaluation.

Technology and system configurations are developed around the platform, mission and operating environment, with evaluation and operational feedback informing continued development.

milanion group

Part of a wider delivery capability.

Milanion Advanced Systems is wholly owned by Milanion Group.

Programmes can draw on the Group’s wider manufacturing, industrialisation, supply, deployment and support capabilities, connecting technical development with the resources required to field and sustain capability.

Define the requirement.

Tell us about the platform, command environment or operational task. We can discuss the relevant technology, system configuration, interfaces and evaluation requirements.