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Cornell Tests Autonomous Drone Coordination
Coverage from Cornell Chronicle, TechXplore, and others
Cornell University’s Project Orion is building a mixed-reality test environment in which real drones interact with simulated aircraft, buildings, hazards, emergency conditions, and degraded communications.
Led by doctoral student Mehrnaz Sabet with support from NASA and other partners, the project tests tactical deconfliction, vehicle-to-vehicle communication, and autonomous responses before deployment in shared airspace. Its applications include delivery, wildfire monitoring, emergency response, and reconstruction of real-world drone incidents.
The story now adds concrete execution scale and a clearer public-safety orientation: NASA’s testing totals are reported, and the platform’s use is explicitly extended to recreate an Arizona delivery-drone collision and simulate wildfire missions near crewed aircraft. It also narrows the technical framing around tactical deconfliction and detect-and-avoid testing, with Mehrnaz Sabet identified as the lead researcher.
The story is largely stable, but the framing has tightened around Orion as a drone traffic management testbed for crowded airspace, with greater emphasis on collision avoidance and degraded communication performance. The current version also removes some earlier breadth in stakeholders and use cases while keeping the core research direction intact.