Autonomous drone software
Mission planning, scheduling, telemetry, perception, bounded decision logic and operator-supervised execution.
Autonomous drone company in India
Aeroniti connects mission planning, onboard AI, sensors, Pixhawk and ArduPilot flight control, telemetry, payloads and human supervision into one testable drone architecture.
India-based engineering
AERONITI AUTONOMY SYSTEMS PRIVATE LIMITED
Registered private limited company in India
Noida office
Unit No. 604, 6th Floor, Tower B, Bhutani Alphathum, Sector 90, Noida, Uttar Pradesh 201305, India
Mission planning, scheduling, telemetry, perception, bounded decision logic and operator-supervised execution.
Dedicated mission-control workflows for route planning, 3D preview, live aircraft state, video, alerts and intervention.
Flight-controller configuration, MAVLink communication, telemetry, companion computers, failsafes and payload interfaces.
Jetson Orin Nano, RGB and depth cameras, thermal sensing, LiDAR, detection models and sensor-aware mission logic.
Airframe, propulsion, compute, communications, sensors and payloads configured around a defined operating mission.
Focused engineering for inspection, surveillance, search and rescue, delivery, agriculture and controlled field automation.
Project path
Aeroniti starts with the work the aircraft must perform, then selects and tests the system architecture around that outcome.
Frequently asked questions
Aeroniti provides autonomous drone software, ground control, onboard AI, sensor integration, Pixhawk and ArduPilot integration, configured UAV platforms, payload automation and custom mission engineering.
Aeroniti is located at Unit No. 604, 6th Floor, Tower B, Bhutani Alphathum, Sector 90, Noida, Uttar Pradesh 201305, India.
Yes. Aeroniti develops mission-planning, telemetry, perception, decision, payload and operator-supervision workflows around the selected aircraft and operating requirements.
Yes. Aeroniti can integrate Jetson companion computing and mission sensors with Pixhawk running ArduPilot through a defined MAVLink command and telemetry architecture.
Send Aeroniti the mission objective, operating environment, aircraft or payload information, sensor needs, range, safety constraints and desired timeline through the project enquiry form.
Request demo
Share the mission, site, aircraft, payload, sensors, range, operating limits and target timeline. Aeroniti will help define a focused engineering and validation path.