Palladyne AI和Draganfly合作将自主集群人工智能集成到高级无人机平台中，用于国防和商业用途

Palladyne™ continues expansion of its domestic and international initiatives with Draganfly to collectively bring trusted UAS platforms with advanced capabilities to government, defense, and commercial customers

Palladyne AI Corp. (NASDAQ:PDYN) ("Palladyne AI"), a developer of artificial intelligence software for robotic platforms in the defense and commercial sectors, and Draganfly Inc. (NASDAQ:DPRO) (CSE:DPRO) (FSE: 3U8) ("Draganfly"), an industry-leading developer of drone solutions and systems, today announced their intention to collaborate to further enhance the capabilities of Draganfly's unmanned aerial vehicle (UAV) platforms with Palladyne™ Pilot AI software.

Palladyne™ Pilot is an edge-based, platform-agnostic, intelligent swarming and collaborative AI software designed to transform multiple UAVs into a seamlessly collaborating team, all managed by a single operator who remains "on the loop." By employing sensor fusion from diverse sources, Pilot enables drones to independently and collaboratively track targets while dynamically interfacing with autopilots. This powerful synergy enhances detection, tracking, classification, and identification while also enabling autonomous drone swarm operations, including self-organizing collaboration. Palladyne AI and Draganfly intend to make Palladyne Pilot software available for deployment on Draganfly's advanced drone systems.

Draganfly's professional-grade UAV systems and services have been relied upon by government, defense, and commercial organizations worldwide for more than two decades. Draganfly is an integrated manufacturer & solutions provider utilizing a modular approach which allows for mission-specific specialization and heavy-duty applications in a variety of challenging environments. By integrating Palladyne AI's autonomy software, Draganfly's platforms will gain expanded mission capabilities such as autonomous swarm operations, real-time intelligence, surveillance and reconnaissance (ISR), and enhanced operator efficiency.