Accelint Validates Autonomous CAP Capability in Live Flight with Northrop Grumman's Talon IQ

MOJAVE, CA — April 20—  Accelint, a defense technology company delivering autonomy, AI and mission systems to the U.S. military and allied nations, today completed live flight validation of its Combat Air Patrol autonomy module aboard  Northrop Grumman's  Talon IQ ™, the next‑generation autonomous testbed ecosystem. The flight began with Northrop Grumman’s Prism Mission Autonomy software controlling the aircraft before transitioning mid-flight to Accelint's Mission Autonomy skills.

“Flying mission autonomy software on a proven platform, integrated with a prime's architecture, in real airborne conditions — that is a different category of validation than anything a lab or simulator can provide. We flew it, it worked, and we know exactly what we learned," said Jack Zaientz, Vice President of Autonomy at Accelint.

Accelint is one of the first six companies selected as  Talon IQ partners joining a collaborative ecosystem of innovators accelerating autonomous mission software development. .  Utilizing  the Scaled Composites Model 437 aircraft, Talon IQ provides an open architecture, modular ecosystem that lets partners develop, integrate and flight test mission  autonomy software on proven flight autonomy hardware.  Northrop Grumman’s Talon IQ is the software proving ground for Talon Blue (YFQ-48A), a part of Northrop Grumman’s Project Talon portfolio: a modular, cost-effective, and rapidly deployable aircraft that meet customers’ autonomy needs.

What Happened During the Flight

During the flight, Accelint's Combat Air Patrol module ran in real time aboard Talon IQ — receiving live flight inputs, generating a CAP plan, and commanding the aircraft through a patrol profile that included station keeping, sector patrol and sensor orientation against a dynamic threat picture. The module operated within Northrop Grumman's Prism architecture, the advanced mission autonomy software that serves as a government reference architecture (GRA) enabler to accelerate integration. This frees companies to focus entirely on mission capability rather than the integration complexity that has made airborne validation difficult for software-first autonomy developers.

The flight demonstrated Northrop Grumman’s Prism Mission Autonomy software in control, flying a Prism-generated CAP. Mid-flight, control transitioned to Accelint’s Mission Autonomy skill, which generated a new CAP in real-time and took command of the aircraft. The handoff demonstrated two things simultaneously: Prism's ability to support dynamic, multi-vendor autonomy integration, and Accelint's ability to deliver a mission-ready skill within that architecture.

The flight is the culmination of a rigorous validation progression from software-in-the-loop to hardware-in-the-loop to live airborne demonstration designed to build confidence at each stage before the next.

Why CAP

Combat Air Patrol requires multi-aircraft coordination under dynamic conditions, structured-but-adaptive patrol behavior, and decision logic that is both tactically sound and explainable to operators — exactly the autonomy behaviors that matter most for real-world Collaborative Combat Aircraft employment. As a test profile, CAP is repeatable and measurable, generating meaningful data across multiple sorties and establishing a foundation for continued development. Accelint's module demonstrated all of it in the air today.

What’s Next

The value of today's flight extends beyond the demonstration itself. Every sortie in the Talon IQ program generates real flight data — sensor inputs, coordination outputs, decision logs — that validates what simulation cannot. For Accelint, that data is the foundation of what comes next: using what the aircraft actually experienced in the air to inform, validate, and evolve the next generation of autonomous capability.

As autonomous systems take on increasingly complex roles in operational environments, the ability to learn from every flight becomes as important as the ability to fly. Mission Debrief, or understanding not just what happened but why decisions were made, what the system saw, and what it would do differently, is where the next frontier of autonomous systems development lives.

"For decades, the teams that make up Accelint have been doing foundational autonomy research in service of the warfighter. Today that work left the lab and took to the air alongside one of the best in the industry,” said Brian Morrison, Accelint CEO. “Northrop Grumman’s Talon IQ offers a trusted testbed where industry-leading autonomy firms can demonstrate and mature their software in operationally relevant environments.”.”

Accelint and Northrop Grumman will continue  work together, with the data and experience from today's flight series informing what comes next.

About Accelint

Accelint delivers AI, autonomy, and mission systems that are shaped by real-world operators, open by design, fielded fast and proven across domains. Whether in the field, at the edge, or behind the scenes, our tech helps teams cut through complexity, anticipate threats, and act decisively. For over 25 years the DoD and our allies have trusted Accelint with their hardest challenges.

About Northrop Grumman

Northrop Grumman is a leading global aerospace and defense technology company. Our pioneering solutions equip our customers with the capabilities they need to connect and protect the world, and push the boundaries of human exploration across the universe. Driven by a shared purpose to solve our customers’ toughest problems, our employees define possible every day.  

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