AI-Powered Terminal Guidance Controller

OSIRIS AI Terminal Guidance Controller is a compact onboard module that enhances autonomous navigation, precise target approach, and reliable operation even in environments with GNSS signal interference.

If you’re developing your own UAV solutions and want to improve accuracy and autonomy, fill out the form and our team will get in touch with you.

    AI Terminal
    • Raspberry Pi CM4 / CM5 / CAN / UART / HDMI / Ethernet
      Raspberry Pi CM4 / CM5 / CAN / UART / HDMI / Ethernet
    • Automated Route Planner
      Automated Route Planner
    • Wide power range: 12V–30V AI application library
      Wide power range: 12V–30V AI application library
    • OSIRIS DroneOS
      OSIRIS DroneOS
    • OSIRIS AppStore
      OSIRIS AppStore
    • Real-time Environment Map
      Real-time Environment Map
    • Proven Field Performance
      Proven Field Performance
    • Predictive Analytics & Notifications
      Predictive Analytics & Notifications
    • Professional Technical Support
      Professional Technical Support

    Specifications

    Processor

    • ARM Cortex-A78 @ 2.8 GHz
    • Dual NPU — 8 TOPS
    • Low-latency DSP for CV workloads

    Memory

    • 8 GB LPDDR5
    • 64 GB eMMC (expandable to 512 GB)

    Sensors

    • Dual IMU (Bosch BMI088 class)
    • Barometric pressure sensor
    • Optional 4K/120fps camera module
    • ToF LiDAR (up to 15 m)
    • HMC-class magnetometer

    Interfaces

    • UART (Serial communication protocol)
    • CAN / CAN bus compatible
    • I²C
    • USB-C for configuration
    • GPIO for custom integrations

    Power

    • 5–12 W depending on AI workload

    Size & Weight

    • 72 × 58 × 19 mm
    • 82 g

    Environmental Protection

    • IP54 (optional IP67)

    Key Capabilities

    AI-Powered Navigation Assistance

    Neural prediction of target movement with real-time trajectory correction.

    Resilient Positioning System

    Smart interference resistance with alternative sensor-based navigation fallback.

    Object Detection & Classification

    Onboard CV model for identifying object type and priority.

    Vision-Based Navigation

    Visual SLAM and inertial stabilization for environments with jamming/spoofing.

    Adaptive Flight Envelope Control

    Autonomous optimization of speed, pitch, roll, and energy usage.

    Plug-and-Play Integration

    Compatible with Pixhawk-class or custom autopilots.