Technical Deep Dive

Drone Engineering

This page outlines the core engineering systems behind production UAV software delivery, from flight control integration and telemetry integrity to real-time perception and operator-first interface design.

Ground Control System Architecture

Modular C++/Qt architecture separating mission planning, telemetry, video, and payload workflows.
Operator-centric Plan View and Fly View UI pipelines optimized for low cognitive load in mission-critical operations.
Cross-platform build support for desktop systems with deterministic behavior across field deployments.

MAVLink Communication

Real-time MAVLink routing for bidirectional telemetry and command channels.
Message signing and integrity checks for secure command/control in contested network environments.
Failsafe state transitions when heartbeat or critical status streams degrade.

ArduPilot Customization

Flight-mode extensions integrated with ArduPilot mission state machines.
Target coordinate lock and terminal dive logic for specialized autonomous mission profiles.
Custom parameter surfaces and operator controls exposed via GCS for rapid field tuning.

Real-Time Drone Video Pipelines

Low-latency GStreamer and RTSP transport design for ground-side situational awareness.
Adaptive stream failover between communication links to preserve visual continuity.
OpenCV preprocessing for stabilization and downstream AI inference compatibility.

AI-Based Drone Perception

YOLOv8 ONNX inference integration inside GCS workflows for real-time object detection overlays.
Track persistence with SORT/Kalman filtering for stable target trajectories.
Inference-triggered mission assistance pathways to accelerate operator decisions.