Autonomous Control

Overview:
Autonomous control is at the core of modern robotic systems, enabling them to perform complex tasks without human intervention. Our AI-powered flight and drive controllers use advanced algorithms and real-time data processing to navigate terrain, avoid obstacles, and complete missions across both land and air.

Details:

  • Precision control with IMU, GPS, and visual odometry.

  • AI-based path planning and dynamic re-routing.

  • Adaptable behavior for varied environments (urban, rural, off-road).

  • Integrated sensor fusion for stable flight and smooth ground travel.

Telemetry & Video Streaming

Overview:
Stay connected to your mission in real time with robust telemetry and high-definition video streaming. Our system uses long-range radio modules to deliver live feeds and critical status data from remote environments.

Details:

  • Real-time HD video from onboard cameras.

  • Low-latency telemetry via encrypted radio links.

  • Dual-channel streaming for control and monitoring.

  • Supports bandwidth optimization for remote deployments.

Modular Hardware Ecosystem

Overview:
Our hardware is built with flexibility in mind. From power modules to advanced sensors, each component is designed to plug-and-play, enabling you to build, expand, or upgrade without compatibility issues.

Details:

  • Swappable modules for camera, compute, and communications.

  • Supports multiple architectures (ARM, x86, RISC-V).

  • Unified connectors and standardized protocols.

  • Industrial-grade design for rugged use cases.

PX4 + ROS2 Compatibility

Overview:
Build smarter missions using our seamless integration with PX4 and ROS2. This compatibility ensures scalable autonomy and interoperability across your fleet and existing robotics ecosystem.

Details:

  • Full support for MAVLink and DDS.

  • ROS2 nodes for perception, localization, and control.

  • Modular SDK for custom behaviors and mission scripting.

  • Compatible with Gazebo, RViz, and other ROS tools.

    Fail-Safe Safety Stack

    Overview:
    Safety is non-negotiable. Our fail-safe stack offers real-time monitoring, redundancy systems, and intelligent recovery to keep missions secure—even when unexpected issues arise.

    Details:

    • Redundant power and communication channels.

    • Built-in watchdogs and health checks.

    • Automatic mission abort and return-to-home (RTH) logic.

    • Logging and diagnostic data for post-mission analysis.

    Map-Based Mission Execution

    Overview:
    Design, simulate, and deploy missions with intuitive map-based planning tools. Visualize terrain, add geofences, and run missions with precision using rich, interactive maps.

    Details:

    • High-resolution maps with terrain, elevation, and satellite layers.

    • Obstacle overlays using LiDAR or stereo vision.

    • Waypoint automation and mission simulation.

    • Web-based interface for easy planning and live monitoring.