Encrypted Ground Station Bus
Bi-directional telemetry and sensor fusion maintaining synchronized state across long-range operational corridors.


MEDHAARC PRIVATE LIMITED engineers sovereign aerial systems, tactical vision pipelines, and industrial infrastructure digital twins for mission-critical field operations.
Onboard real-time neural network inference with multi-sensor fusion across thermal, LiDAR, and multispectral vision pipelines.

A deterministic four-stage loop linking encrypted telemetry, onboard edge perception, trajectory kinematics, and physical actuation.
Bi-directional telemetry and sensor fusion maintaining synchronized state across long-range operational corridors.
Real-time obstacle detection and spatial perception computed directly at the physical edge with zero cloud dependency.
Collision-free trajectory planning adapting in real time to dynamic flight conditions and wind vectors.
Multi-axis actuators and motor drives translating computational commands into precise, repeatable physical movement.
Sovereign hardware, edge AI, and avionics field-tested for critical missions.
CNC-machined aluminum joints, Toray T700 carbon fiber structures, and IP54–IP67 weather-sealed enclosures. Engineered to withstand high-vibration payloads, severe thermal gradients, and continuous field deployments.
Native ROS2 node architecture, CAN 2.0B bus integration, and encrypted MAVLink telemetry for secure operations. Standardized interfaces guarantee plug-and-play modularity across third-party sensors and actuators.
From sensor payload customization to institutional simulation, pilot training, and turnkey field maintenance. Comprehensive lifecycle engineering ensures seamless transition from design proof to autonomous operational scale.
Speak directly with our technical engineering team.