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Eira Systems
TECHNOLOGY

Autonomy infrastructure for defense ground vehicles

Modular software, mobility, and simulation systems delivered as licenses, reference architectures, or integrated subsystems.

TECHNICAL NEEDS

The unsolved problems we address

Traversability & terrain understanding

Traversability & terrain understanding

  • Off-road terrain is unmapped, deceptive, and deformable.
  • Obstacle detection alone is insufficient for safe mobility.
  • Vehicles fail due to traction, slope, and stability uncertainty.
Resilient navigation in degraded conditions

Resilient navigation in degraded conditions

  • GNSS, maps, and communications are unreliable or unavailable.
  • Global route planning breaks down in dynamic terrain.
  • Navigation must function with partial or degraded sensing.
Human–autonomy teaming & operational trust

Human–autonomy teaming & operational trust

  • Fully autonomous behavior is not trusted in combat environments.
  • Operators lack insight into system confidence and limitations.
  • Automation failures become dangerous when behavior is opaque.
Autonomy stack
PILLAR 01

Autonomy stack

Vision-only perception, terrain-aware planning, graceful degradation in GNSS-denied environments. Designed for integration into OEM and prime UGV platforms via ROS2.

  • Vision-only perception
  • Terrain understanding & traversability
  • SLAM / Localization
  • GNSS-denied navigation
  • Human-in-the-loop supervision
Mobility stack
PILLAR 02

Mobility stack

Proprietary in-wheel drive architecture developed in-house through years of applied motorsport-derived engineering. Four-wheel electric drive with individual torque vectoring. Wheeled architecture outperforms tracked architecture for logistics use cases.

  • Proprietary in-wheel drive
  • Individual torque vectoring
  • Electric driveline
  • Modular payload
  • Low ground pressure
Simulator & operator station
PILLAR 03

Simulator & operator station

Full mission simulator built in Unreal Engine for mission planning, operator training, and pre-deployment rehearsal of high-risk missions. Tests human-vs-AI decision-making and control hand-over.

  • Unreal Engine-based simulator
  • Mission rehearsal
  • Operator training workflows
  • Human-vs-AI decision evaluation
  • Control hand-over testing

Interested in integration, licensing, or consortium partnerships?

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