Land
Lineage enables assured command, telemetry and mission-link integrity for unmanned ground systems operating in degraded or contested communications environments.
Land
Lineage enables assured command, telemetry and mission-link integrity for unmanned ground systems operating in degraded or contested communications environments.
Assured Command for Unmanned Ground Vehicles
UGVs do not fail gracefully when command authority is weak. If a hostile signal can spoof, replay, or corrupt a command, the vehicle becomes a liability. Lineage secures teleoperation, waypoint updates, autonomy permissions, payload controls, and emergency override messages before they reach the vehicle-control stack. Every accepted instruction is authenticated at message level, so the platform acts only on verified authority.
Message-level authentication for UGV commands
Replay and spoofed-control rejection
Quantum-safe protection for mission-critical instructions
Assured Command for Unmanned Ground Vehicles
UGVs do not fail gracefully when command authority is weak. If a hostile signal can spoof, replay, or corrupt a command, the vehicle becomes a liability. Lineage secures teleoperation, waypoint updates, autonomy permissions, payload controls, and emergency override messages before they reach the vehicle-control stack. Every accepted instruction is authenticated at message level, so the platform acts only on verified authority.
Message-level authentication for UGV commands
Replay and spoofed-control rejection
Quantum-safe protection for mission-critical instructions
Assured Command for Unmanned Ground Vehicles
UGVs do not fail gracefully when command authority is weak. If a hostile signal can spoof, replay, or corrupt a command, the vehicle becomes a liability. Lineage secures teleoperation, waypoint updates, autonomy permissions, payload controls, and emergency override messages before they reach the vehicle-control stack. Every accepted instruction is authenticated at message level, so the platform acts only on verified authority.
Message-level authentication for UGV commands
Replay and spoofed-control rejection
Quantum-safe protection for mission-critical instructions
Telemetry Integrity Across Degraded Terrain
Ground vehicles lose link quality for different reasons than aircraft: buildings, foliage, tunnels, urban clutter, convoy movement, and low antenna height all create broken communications. Lineage sits inline between the radio bearer and the vehicle or autonomy stack, protecting telemetry and control traffic without forcing a redesign of radios, robotic control software, or mission systems. The aim is simple: strengthen the link without rebuilding the platform around the security layer.
Inline protection for existing UGV communications
Works across tactical RF, mesh, relay, and bearer-agnostic links
Minimal packet overhead for constrained field networks
Telemetry Integrity Across Degraded Terrain
Ground vehicles lose link quality for different reasons than aircraft: buildings, foliage, tunnels, urban clutter, convoy movement, and low antenna height all create broken communications. Lineage sits inline between the radio bearer and the vehicle or autonomy stack, protecting telemetry and control traffic without forcing a redesign of radios, robotic control software, or mission systems. The aim is simple: strengthen the link without rebuilding the platform around the security layer.
Inline protection for existing UGV communications
Works across tactical RF, mesh, relay, and bearer-agnostic links
Minimal packet overhead for constrained field networks
Telemetry Integrity Across Degraded Terrain
Ground vehicles lose link quality for different reasons than aircraft: buildings, foliage, tunnels, urban clutter, convoy movement, and low antenna height all create broken communications. Lineage sits inline between the radio bearer and the vehicle or autonomy stack, protecting telemetry and control traffic without forcing a redesign of radios, robotic control software, or mission systems. The aim is simple: strengthen the link without rebuilding the platform around the security layer.
Inline protection for existing UGV communications
Works across tactical RF, mesh, relay, and bearer-agnostic links
Minimal packet overhead for constrained field networks
Fleet Control Without Fleet-Wide Exposure
A captured ground robot should not become the key to the wider mission. In a land environment, capture risk is real: vehicles get immobilised, recovered, stripped, or exploited. Lineage supports compartmentalised command authority, where each platform can carry its own protected state and a compromised node does not automatically expose the rest of the fleet. That matters for scout robots, convoy support, perimeter systems, autonomous logistics, route clearance, and distributed tactical fleets.
Per-platform containment for captured or lost UGVs
Protected route updates, guardrails, and fail-safe controls
Supports scout, convoy, logistics, and perimeter robotics
Fleet Control Without Fleet-Wide Exposure
A captured ground robot should not become the key to the wider mission. In a land environment, capture risk is real: vehicles get immobilised, recovered, stripped, or exploited. Lineage supports compartmentalised command authority, where each platform can carry its own protected state and a compromised node does not automatically expose the rest of the fleet. That matters for scout robots, convoy support, perimeter systems, autonomous logistics, route clearance, and distributed tactical fleets.
Per-platform containment for captured or lost UGVs
Protected route updates, guardrails, and fail-safe controls
Supports scout, convoy, logistics, and perimeter robotics
Fleet Control Without Fleet-Wide Exposure
A captured ground robot should not become the key to the wider mission. In a land environment, capture risk is real: vehicles get immobilised, recovered, stripped, or exploited. Lineage supports compartmentalised command authority, where each platform can carry its own protected state and a compromised node does not automatically expose the rest of the fleet. That matters for scout robots, convoy support, perimeter systems, autonomous logistics, route clearance, and distributed tactical fleets.
Per-platform containment for captured or lost UGVs
Protected route updates, guardrails, and fail-safe controls
Supports scout, convoy, logistics, and perimeter robotics
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