The AgentFly ATM simulation system is software for evaluating, validating, and optimizing the airspace, workload of air traffic controllers, air traffic, and new ATM concepts and tools. The AgentFly system is a fast-time, large-scale simulation of en-route and terminal areas. The simulation can be provided as a product installed at the customer site or as a service for commercial and research studies.
Number of UAS operating in a shared airspace is expected to grow rapidly in the following years. Development of processes for their safe integration into the shared airspace is inevitable. We provide advanced software tools and algorithms for UAS operators, regulators and service providers, such as customizable solutions for unmanned traffic management (UTM) for very low level operations, algorithms for planning of flight trajectories in complex 3D environment, detection and resolution of conflicting UAS operations, or planning with geofencing. Our simulations can model UAS operations in controlled airspace, interaction with ATC and other manned/unmanned traffic, and thus study the impact of UAS integration on workload of air traffic controllers or provide what-if analysis of new concepts and system modifications.
Key capabilities
- Simulation of manned and unmanned traffic interaction
- Detect and avoid (DAA)
- UTM concept modeling
- 3D trajectory planning (for both rural and urban areas)
- Analysis of impact of UAS integration on ATCo’s workload
Recent advances in small UAS technology allow their use in wide variety of military and security applications. Great majority of field missions is carried out by remotely piloted aircraft (RPA) nowadays. With an increasing complexity of these missions and growing number of aircraft involved, situation heads towards the use of autonomous UAVs, which will take over some tasks that are at present carried out by a ground control station (GCS) operator. This brings new requirements on the capabilities of the control software of these UAVs. We provide complex solutions for aerial protection of your assets, intelligence, surveillance, target acquisition and other tactical missions. Solutions are built on state-of-the-art AI algorithms for coordination and cooperation of heterogeneous multi-asset teams (fixed wing aircraft and VTOL) capable of autonomous operation in hostile environment.
Key capabilities
- Strategic and tactical mission planning/re-planning
- Autonomous control of a team of heterogeneous autonomous UAS
- 3D trajectory planning in dynamic environment
- Conflict detection and resolution
- Game theory for patrolling strategy definition
Aerial work is mostly carried out by a human-controlled aircraft nowadays. Higher level of aerial work automation could outperform human in terms of speed, precision and repeatability. We focus on automation of whole aerial work processing chain - 3D trajectory planning, data acquisition, multiple sensor data fusion and post processing. We provide solutions for end-user customers as well as service providers. We have a long term experience with aerial data acquisition, fusion and processing in various domains, ranging from precision agriculture, forestry, aerial mapping and 3D modeling through industrial inspection to specific chemical and radiation sensing. Whatever data you need to acquire, we can help you select appropriate platform and sensors, design and execute data acquisition phase, process data and deliver outputs in short time.
Key capabilities
- Design and manufacturing of complex solutions for aerial work
- Data acquisition and processing automation
- Sensor integration and data fusion
- Aerial mapping and 3D modeling
- Inspections of industrial processes