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<\/a><\/a>\nDuring the exercise, Autonodyne and NAVAIR completed several flights with two RQ-23A TigerShark unmanned air vehicles using a government-owned autonomy architecture. The flights were autonomous from launch to terminal recovery area, with Autonodyne executing autonomous launch commands, route commands, and a two-vehicle counter-rotating combat air patrol (CAP).<\/p>
\nThis demonstration was part of a contracted program between NAVAIR and Autonodyne designed to expand the government\u2019s portfolio of platforms compatible with Autonomy Government Reference Architecture (A-GRA), and establish an enduring, affordable, safe testbed for Mission Autonomy.<\/p>
\nThe flights integrated several products from Autonodyne\u2019s autonomy software suite, including Edge<\/i> Mission Autonomy software, Nest<\/i> Ground Control Station software, and Sentinel<\/i> Mission Assurance software.<\/p>
\nEdge <\/i>demonstrated multi-agent autonomy, providing the link for the RQ-23As to share information, and Sentinel<\/i> executed all safety-critical validation internally, validating its ability to streamline autonomy development with faster iteration, lower costs, and more frequent flight testing. Autonodyne's Nest<\/i> Ground Control Software (GCS) provides operators, like NAVAIR, with a unified interface to plan and execute missions and monitor unmanned air vehicles in real time. The GCS supports single- and multi-ship operations for autonomous vehicles across Groups 1\u20135 and is A-GRA compliant.<\/p>
\nAutonodyne and NAVAIR will continue to work together to advance the use of Mission Autonomy for appropriate real-world scenarios.<\/p>
\nAbout Autonodyne, LLC<\/b><\/p>
\nAutonodyne LLC is a Boston-based, privately held autonomy software company specializing in collaborative autonomy, manned-unmanned teaming, and autonomy architectures. Founded in 2014, Autonodyne has built a suite of interoperable platform-agnostic solutions to enable autonomy across domains and led industry development and implementation of A-GRA protocols. This includes command-and-control software, pilot vehicle interfaces, and collaborative mission autonomy designed for Group 1-5 unmanned air systems and collaborative combat aircraft. Autonodyne\u2019s team brings expertise across defense, engineering, aviation, flight test, and software development.<\/p>