AI Vision Integration
Receives detection, tracking, classification, and event data from KURAGE Vision or onboard edge AI systems.
KURAGE Mission Computer
Autonomy Engine for UAV and Robotics Systems
KURAGE Mission Computer connects AI vision, sensor fusion, mission logic, companion computers, MAVLink, flight controllers, and browser-based command operations into a unified autonomy layer.
Autonomy Decision Layer
Evaluates mission state, sensor inputs, operator rules, vehicle health, weather, and operational constraints.
Flight Controller Interface
Communicates with ArduPilot/PX4-compatible flight controllers through MAVLink command and telemetry channels.
Operator Supervision
Connects mission events, alerts, telemetry, and route updates to KURAGE GCS for human-supervised operations.
System Architecture
Sensors / Cameras / AI Vision
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KURAGE Mission Computer
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Mission Logic / Sensor Fusion / Autonomy Rules
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MAVLink Interface
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KURAGE FC / ArduPilot / PX4
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KURAGE GCS / Operator Supervision
Deployment Targets
Raspberry Pi
Lightweight mission logic, MAVLink routing, basic AI integration, and edge telemetry systems.
NVIDIA Jetson
AI vision, object detection, multi-camera processing, sensor fusion, and autonomy workloads.
Custom Linux Computer
Dedicated mission systems for industrial, public safety, robotics, and defense-oriented platforms.
Position in KURAGE Tactical Systems
KURAGE GCS
Operator interface and browser-based command platform.
KURAGE Vision
AI detection, monitoring, and situational awareness layer.
KURAGE FC
Flight controller and UAV electronics layer.
KURAGE Mission Computer
Autonomy, mission logic, and sensor fusion layer.
Development Status
KURAGE Mission Computer is currently under architecture development as part of the KURAGE Tactical Systems roadmap. Early consultation is available for UAV manufacturers, robotics companies, system integrators, and mission system developers.
Request ConsultationMission Computer System
Autonomy Core System
KURAGE Mission Computer now includes a working dashboard, split API structure, API documentation, health check, decision engine, risk engine, mission rules, command authorization, safety layer, and multi-UAV coordination interface.
This system connects AI vision, mission logic, sensor fusion, MAVLink gateway, target tracking, and human-in-the-loop command authorization.