FlightOps Drone OS

FlightOps Drone OS is a flight automation software designed for simultaneous BVLOS (Beyond Visual Line of Sight) multi-drone operations. According to the vendor, it aims to minimize human intervention, reduce human error, accelerate response times, decrease planning durations, and streamline the integration of flight capabilities into broader business processes. The software is suitable for companies of various sizes, including small, medium, and large enterprises. FlightOps Drone OS caters to industries such as logistics, public safety, air mobility, and inspection. It is used by drone operators, manufacturers, developers, and software engineers.

Key Features

Onboard Decision Making: According to the vendor, FlightOps Drone OS enables commercial drones to make autonomous decisions, reducing dependency on communications and human operators. This feature is said to enhance the overall autonomy and reliability of drone operations.

Smart Energy Management: The vendor claims that FlightOps constantly calculates energy consumption and return home routes, optimizing flight paths and energy usage for efficient and fail-safe missions.

Strategic Airspace Deconfliction: According to the vendor, FlightOps software platform plans real-time flight paths that avoid no-fly-zones, ground obstacles, and other air vehicles, ensuring safe and efficient operations.

Communication Loss Resilience: The vendor states that FlightOps onboard solution reduces the risk of communication loss between the drone and the ground control station, enabling independent mission continuation or return home.

Automated Takeoff & Landing: FlightOps manages synchronized takeoff and landing processes, allowing multiple drones to operate efficiently from the same location, as claimed by the vendor.

4G LTE / 5G Connectivity: According to the vendor, FlightOps utilizes advanced connectivity technologies to ensure reliable and high-speed communication between the drone and the ground control station, enabling real-time data transmission and control.

Dynamic Routing: The vendor claims that FlightOps uses smart algorithms to generate optimal flight plans on the fly, adapting to changing conditions and ensuring safe and efficient operations.

Multiple UAS Operation: According to the vendor, FlightOps platform allows the automated operation of multiple drones simultaneously, optimizing resource utilization and mission efficiency.

UAS Agnostic: The vendor states that FlightOps platform supports the operation of multiple types of drones with different auto-pilots, ensuring compatibility and interoperability across various drone platforms.

GPS Loss Resilience: According to the vendor, FlightOps onboard software enables the drone to maintain control and continue its mission using alternative navigation methods in extreme situations of simultaneous GPS and communication loss.