#USA #San Diego #Shield AI #Hivemind AI #BQM-177A

Shield AI Showcases Hivemind Autonomy on BQM-177A Target Drone

In a remarkable leap towards the future of aerial combat, Shield AI, a leading deep-tech firm, demonstrated its advanced autonomy software on the BQM-177A target drone. This successful trial, held at Naval Air Station Point Mugu, marks a crucial milestone for the U.S. Navy in pursuing manned-unmanned teaming (MUM-T) operations. The project, known as the Experimental Platform for Intelligent Combat (EPIC), aims to enhance military capabilities by merging human and drone operations into seamless teamwork.

The BQM-177A target drone, traditionally designed for challenging military exercises, was brilliantly adapted for this test as a low-cost autonomy research platform. By utilizing this drone, the Navy can gain strategic insights without risking expensive and critical operational assets. This shift allows for quicker advancements in autonomy technologies that hold profound implications for fleet integration in the future.

A Historic Flight
The test flight of the BQM-177A powered by Shield AI’s Hivemind software was executed in August and is a testament to the company’s capability in integrating complex autonomous systems. Under the collaboration with the Naval Air Systems Command and related programs, Shield AI ensured a flawless execution, including platform modification and integration of various systems critical to mission success.

Christian Gutierrez, Vice President of Hivemind Solutions, remarked, "This milestone reinforces Shield AI as a highly advanced, low-risk mission partner capable of incorporating autonomy into new platforms quickly." He emphasized the company's dedication to facilitating reliable and scalable automated solutions tailored for real-world military applications.

The test involved a series of rigorous assessments that validated crucial functions such as control handoff and onboard system communication. These steps build the foundation for successful interaction not just within Navy operations but potentially across various military aircraft.

Preparing for Future Combat
Looking ahead, Captain Todd Keith, the program manager for PMA-281, stressed the importance of adopting autonomy in military practices. He stated, "Future air combat will require machine decision-making at machine speed. We're investing in autonomy now, so we can deliver smarter, more adaptable capabilities to the fleet before they're urgently needed."

As defense sectors worldwide increasingly gravitate towards autonomous solutions, the successful demonstration of Hivemind on the BQM-177A is pivotal for the Navy. This project aligns with the Autonomy Government Reference Architecture (A-GRA), which seeks to enhance interoperability among autonomous systems across military services.

Final Steps and Expectations
Shield AI’s initiative not only reflects steady progress in autonomous operations but also leads to final demonstrations later this year. By continuing to refine and develop autonomy technologies, the Navy aims to maintain a tactical advantage in various operational scenarios.

Founded in 2015, Shield AI operates multiple offices globally, focusing on creating intelligent systems aimed at safeguarding both service members and civilians. As the defense landscape evolves, the company's commitment to developing cutting-edge technologies remains unwavering.

For further insights on Shield AI's groundbreaking initiatives, visit their official website and stay updated through their social media channels.