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General Atomics Aeronautical Systems and General Atomics Integrated Intelligence have successfully completed a landmark demonstration of integrated autonomous air combat technologies, marking a major leap forward in the future of collaborative and long-range warfare.
In a live exercise involving the MQ-20 Avenger unmanned aircraft, the demonstration showcased real-time sensor fusion, distributed command and control (C2), and autonomous kill chain execution, including an autonomous beyond-line-of-sight (BLOS) air-to-air engagement.
The milestone highlights the growing maturity and operational viability of General Atomics’ Tactical Autonomy Core Ecosystem (TacACE), a software framework enabling machines to make and execute complex decisions at the tactical edge.
Conducted on 8 July, the trial featured the MQ-20 operating as a surrogate Collaborative Combat Aircraft (CCA) within an Emission Control (EMCON) environment simulating conditions where stealth and radio silence are required. The aircraft, provided by GA-ASI, flew autonomously, directed by edge-based C2 nodes powered by Optix.C2 and Omniview software developed by GA-Intelligence.
“By integrating cutting-edge capabilities across the General Atomics enterprise, this demonstration shows the value of proven, flexible systems in addressing real-world operational challenges,” said Dr Brian Ralston, president of GA-Intelligence.
The event demonstrated the fusion of satellite and tactical sensor data into a coherent, real-time threat picture available to the unmanned aircraft.
Ralston said: “Our Optix platform is enabling rapid experimentation and integration that aligns with the needs of both the US Department of Defense and intelligence community.”
This enhanced situational awareness allowed for autonomous patrols of a designated Combat Air Patrol (CAP) zone, where the Avenger relied on off-board sensors and passive collection techniques to identify and engage targets.
One live MQ-20 and three simulated CCA surrogates were tasked with investigating multiple targets of interest. Once threats were confirmed, an operator gave the green light for autonomous engagement.
Without further human input, the aircraft simulated missile launches, performed battle damage assessments, and returned to their CAP stations all under BLOS conditions.
Michael Atwood, vice president of advanced programs at GA-ASI, described the outcome as “a substantial leap in autonomy and human-machine teaming”. He added: “By combining Optix.C2 with TacACE, we’ve built a system that empowers rapid decision making at the tactical edge. This is what the future of warfare looks like: distributed, autonomous platforms that allow operators to dominate at range with minimal burden.”
The demonstration also featured a unified operator interface for intelligence, surveillance, and reconnaissance (ISR) and kinetic tasking, deployable in nearly any cloud computing environment, making the system both flexible and field-ready.
General Atomics’ broader goal is to create scalable autonomy that reduces operator workload while enhancing mission effectiveness. GA-Intelligence provided multi-sensor fusion and orchestration algorithms that tied together global intelligence feeds with real-time control.
This milestone significantly expands the company’s autonomy suite and strengthens its position in delivering advanced command, control, and decision-support solutions to warfighters operating in complex and contested environments.
The successful test marks another step forward in the evolution of autonomous combat systems, a field with growing importance for Australia and its allies as they prepare for the demands of future multi-domain operations.
