Northrop Grumman shows AiON counter-drone system at SOF Week

Northrop Grumman brought its AiON counter-drone command and control system to SOF Week 2026 in Tampa, Florida this week, showcasing the platform to an audience of special operations commanders, procurement officials, and allied partners at one of the most consequential annual gatherings in American defense.

Among the hardware on the floor was an ISV vehicle equipped with AiON sensors, giving attendees a physical demonstration of how the system integrates onto a mobile ground platform. SOF Week, co-hosted by U.S. Special Operations Command and the Global SOF Foundation at the Tampa Convention Center, ran May 18 through 21 and drew more than 19,000 attendees at its 2025 edition, making it the premier showcase for capabilities the special operations community actually wants to buy.

AiON is Northrop Grumman’s counter-drone command and control platform, a software-driven system that connects sensors and weapons from multiple vendors into a single interface and lets one operator manage the fight against drone threats across multiple locations simultaneously. The concept addresses a problem that has become urgent across every domain of modern warfare: the volume and variety of drone threats arriving faster than any human can track and engage individually. AiON’s “Engage All” feature, described in the company’s product documentation, reduces the operator workload from ten clicks per individual drone track to two clicks against an entire swarm. In a scenario where dozens of drones are inbound at once, that reduction in interaction time is not a convenience feature but a survival requirement.

The system’s pedigree runs through Northrop Grumman’s four-decade relationship with the U.S. Army’s Forward Area Air Defense Command and Control program, known as FAAD C2, which has been the Army’s designated short-range air defense command system since 1986. AiON represents the next evolution of that lineage rather than a clean-sheet departure, incorporating an Advanced Battle Manager that Northrop introduced as an AI-driven upgrade.

The architecture underneath AiON reflects the same philosophy that has driven every serious counter-drone program in the past several years: open systems that can integrate sensors and weapons from any vendor rather than locking the buyer into a single manufacturer’s ecosystem. AiON is compliant with the Modular Open Systems Approach, the U.S. military’s framework for ensuring that defense systems use common technical standards so components from different companies can connect without custom engineering. Per the company’s datasheet, the system maintains backwards compatibility with legacy counter-UAS systems while simultaneously enabling new capabilities, meaning militaries that have already invested in existing sensor and effector networks can add AiON as the command layer without discarding what they already own. New sensors, weapons, and third-party decision algorithms can be plugged in as they become available, a critical feature given that adversary drone tactics are evolving faster than any static system design can anticipate.

Jeremy Knupp, a Northrop Grumman vice president, described the system as “a shield in the sky that seamlessly integrates diverse sensors and effectors into a unified, lethal network,” calling it “ready to detect, disrupt and dominate emerging threats in real time.”

The war in Ukraine has demonstrated comprehensively that drone swarms represent a threat that neither traditional air defense systems nor manually operated point defenses can handle at the tempo modern adversaries can sustain. Special operations forces, which operate in small units far from air defense umbrella coverage, are among the most exposed to exactly that threat profile.