Empowering Robotic Aviation
​Accelerate growth, maintain excellence.
With our advanced multi-drone flight automation, execute more flight missions faster and safer across all applications.
Key Technologies in the FlightOps Stack
Each of the following cutting-edge technologies empowers FlightOps to be a transformative and versatile platform for automating, optimizing, and scaling drone operations. By integrating advanced capabilities such as onboard autonomy, seamless third-party compatibility, and multi-drone management, FlightOps addresses critical industry needs across logistics, public safety, infrastructure inspection, and more. Explore how these technologies enable safer, more efficient, and highly scalable solutions for a wide range of use cases.
Full Flight Automation
FlightOps enables complete end-to-end automation of drone missions, from planning and routing to execution and landing. By removing the need for human intervention, it ensures precision, reduces errors, and drastically improves efficiency.
Onboard Autonomy
FlightOps equips drones with onboard decision-making capabilities, enabling them to execute missions independently. This edge-based computing ensures reliable operation even in environments with limited or no connectivity.
4/5G Comm Support
FlightOps supports high-speed, reliable connectivity via 4G and 5G networks, ensuring robust communication between the server, operator, and drones even over long distances.
Airspace Deconfliction
FlightOps incorporates real-time airspace data to avoid conflicts with other aircraft and drones. This ensures safe navigation by dynamically adjusting flight paths to maintain compliance with regulations and prevent collisions.
Drone Agnostic
The FlightOps software stack is compatible with a wide range of drones, regardless of their manufacturer or hardware platform. This flexibility allows seamless integration with existing drone fleets.
Intent Based operation
Operators can define high-level intents, such as “inspect this area” or “deliver to this location,” and the system handles all aspects of flight planning and execution, simplifying operations for users.
FOML Missions
FOML is FlightOps’ proprietary ground-to-air mission description language, enabling detailed and precise communication between the system and drones. It enhances onboard autonomy by providing a structured framework for defining and executing complex mission objectives directly at the edge.
Mission oriented API
FlightOps provides APIs that simplify the development of drone applications, focusing on mission objectives rather than the complexities of flight control. This accelerates the creation of customized solutions for specific industries.
Gen-AI Operation
FlightOps incorporates Generative AI to optimize mission planning, real-time decision-making, and system performance. This ensures smarter, faster, and more adaptive operations in dynamic environments.
UAV Agnostic, Open Architecture
UAV agnostic, cloud service with robust APIs, integrations and a verity of applications
What is "Intent Based Flight Automation"
The FlightOps software platform is built to reduce the load and dependency on human decisions by providing an intent-based automated flight planning and management operating system dependency on an experienced pilot to zero.
Features List
Onboard Decision Making
The FlightOps drone OS is installed onboard almost any commercial drone allowing it to make autonomous decisions and by that minimizes the dependency on communications and human operators
Smart Energy Management
The FlightOps platform constantly calculates energy consumption and the return home route and by that allows an accurate and fail safe flight with no risk of running out of energy
Strategic Airspace deconfliction
Our software platform deconflicts multiple flight missions operated in shared airspace, planning in Realtime flight plans that avoid no-fly-zones, ground obstacles and other air-vehicles
Communication loss
Our onboard solution reduces the risk of communication loss allowing the UAS to continue the mission or return back home planning its routes independently taking into consideration the airspace and ground restrictions
Automated takeoff & landing
In order to allow this massive scalability the FlightOps platform manages a synchronized takeoff and landing process allowing multiple air vehicle to land and takeoff freely from the same CTR
4G LTE / 5G connectivity
The use of 4G and 5G networks allows FlightOps to break the range barriers an enable a truly unlimited BVLOS range
Dynamic Routing
The FlightOps platform uses smart algorithms to generate optimal flight plans on the fly avoiding air and ground obstacles, no fly zones and other flight restrictions even in no-comm situations
Multiple UAS operation
The FlightOps platform allows an automated operation of dozens of air vehicles performing multiple tasks all in shared airspace allocating air vehicles to tasks based on capability and availability
UAS Agnostic
The FlightOps platform allows the operation of multiple types of platforms with different types of auto-pilots including Pixhawk, DJI, UAV Navigation and more
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GPS loss
As an option, The FlightOps onboard software allows handling flight even in extreme situations such as simultaneous GPS and communication loss situations
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Secondary SATCOM
Although FlightOps uses robust 4G/5G communication it provides an option of low-bandwidth secondary satellite communication that allows continuous control in cases the main comm channel is lost
Precision landing
FlightOps allows for accurate landing based on AI enabled optical positioning, this capability allows the UAS to automatically drop cargo or land on small surfaces