Artificial Intelligence
Enables unmanned systems across various domains (air, land, sea) to autonomously plan, coordinate, and execute complex missions cooperatively using a centralized human-machine interface and integrated behavior kits for tasks like ISR, strike, relay, and decoy.
Using onboard path planning the kit can execute high-level mission orders and adjust its plan realtime without operator interference.
Onboard image classification allows for target recognition in day and night environments.
Automatic target tracking ensures that a target remains in sight, unless told otherwise.
Target positions are automatically calculated to MGRS or WGS84 coordinates.
Based on information by multiple sensors, estimations are made about the object's likely trajectory and state.
Collaborative and coordinated kinetic engagement of objects
Keep track of the precision of a strike, or assess the damage after a strike is performed.
Many-to-many mission control supports multi-domain operations, including ground and air, and enables the execution of diverse tasks such as ISTAR, strike, relay, and decoy missions. This approach ensures scalability, allowing a single user to control multiple systems and multiple users to control individual systems. It also offers interoperability with legacy systems, enhancing fire support and blue force tracking capabilities.
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Concept Development
Operator Training