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ASI Provides Fully-Autonomous Robotic Collaboration for Unmanned Teams

Why Wait?
FY2034 Unmanned Vehicle Collaboration Solutions Are Available Today!

The 2009 DoD Unmanned Systems Integrated Roadmap lists autonomous robotic collaboration as one of the most important behaviors to achieve the DoD mission to reduce manpower loss and multiple manpower . Unmanned systems teaming with near zero human intervention is targeted to be solved by 2034.

ASI autonomous air, ground and marine vehicle collaboration technology was developed in 2001 which solved the teaming within a domain, collaboration across domains, and teamed collaboration. The Auctioneer™ technology provides collaboration between multiple autonomous, unmanned vehicles with decentralized distributed control. It is designed to solve dynamic battlefield problems in a peer-to-peer ad hoc network with intermittent communications. ASI technology features fast self-organizing capabilities and fast resolution of problems in dynamic air, ground and sea environments coupled with the most efficient use of all the available resources unmanned or manned in the battlefield. Auctioneer™ provides 2034 solutions today.

Not only can ASI technology provide advanced, intelligent collaborative peer-to-peer unmanned vehicle behaviors but the same cognitive engine can be used to provide collaborative behaviors between elements on an unmanned vehicle. Intelligent control of platform, sensors and robotic tools like manipulators and weapons on a single platform allows for complex robotic behaviors to perform tasks not normally achievable with simple controls. Mission objectives can be more easily achieved with intelligence controlling all aspects of the robot and teams of robots.

Why Wait for 2034?

Upgrade your existing unmanned semi-autonomous and autonomous vehicles today to advanced future capabilities in team collaboration.

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Contact us Contact us ! Why Wait? Future Unmanned Vehicle Collaboration Solutions Available Today! Contact us to see how we can solve your autonomous collaborative unmanned problems.