Aerologos provides a unified ground control station software for MAVLink‑compatible drones, offering map‑driven mission planning, real‑time telemetry visualization, and on‑fly camera and sensor configuration. The platform stores flight logs in a secure cloud, supports modular plug‑ins for custom payloads, and serves commercial operators, UAV manufacturers, and technical education programs.
Funding
Funding not disclosed
Founders
Product
Problem
Commercial UAV operators often rely on fragmented tools for mission planning, sensor configuration, and real‑time telemetry, leading to inefficient workflows and higher risk of operational errors during aerial imaging, parcel delivery, or infrastructure inspection.
Solution
Aerologos delivers a unified ground control station (GCS) software suite that centralizes mission design, execution, and monitoring within a single, map‑driven interface. Operators can define waypoints, altitude profiles, and geofencing constraints, then upload the plan to any MAVLink‑compatible drone. Integrated camera and sensor modules allow on‑the‑fly parameter adjustments, while a low‑latency telemetry channel streams position, attitude, and payload data to the dashboard. The platform stores flight logs in a secure cloud repository and provides export tools for post‑flight analysis or regulatory reporting. Plug‑in architecture supports custom payloads and third‑party extensions, enabling manufacturers and educators to tailor the GCS to specific airframes or curricula. Ongoing software updates and technical support are bundled with the licensing model, ensuring continuous compliance with evolving aviation standards.
Target Audience
The primary customers are commercial drone service providers, UAV manufacturers integrating a turnkey GCS, and technical education programs that require a scalable platform for hands‑on UAV training.
Features
- Interactive 2D/3D map UI with waypoint, corridor, and no‑fly zone creation using GIS layers
- Real‑time MAVLink telemetry visualizer displaying position, velocity, battery, and sensor streams
- Dynamic camera and payload configuration panel with live preview and automated exposure control
- Automated flight‑log capture, cloud sync, and CSV/JSON export for analytics and audit trails
- Modular plug‑in framework supporting custom sensor drivers, AI‑based image processing, and third‑party SDKs
- Role‑based licensing management and remote software update distribution
- Integrated training mode with simulated UAV link for educational institutions and pilot certification
- Compatibility with major autopilot stacks (PX4, ArduPilot) and support for RTK‑enhanced positioning