Anduril's Pulsar — How a Silicon Valley Startup Secretly Built AI-Driven Electronic Warfare Through SOCOM's Backdoor
In May 2024, Anduril Industries publicly revealed a family of AI-enabled electronic warfare systems it had been secretly developing and deploying since 2020.[1] The system is called Pulsar. It had already been operational for years, deployed across "multiple areas of responsibility" including two combat zones, before the public knew it existed.[1]
Anduril's Chief Strategy Officer Christian Brose was blunt about the system's maturity: "We're pumping them out and they're being used."[1] The reveal came not at a major defense trade show aimed at prime contractors, but at SOF Week — the U.S. Special Operations Command's annual conference — signaling that Pulsar's primary customer was not the conventional military but the special operations community. This procurement pathway would prove significant.
We're pumping them out and they're being used.
Pulsar represents a paradigm shift from library-based to machine-learning-based electronic warfare. Legacy EW systems — including the ALQ-99 and Next Generation Jammer on the EA-18G Growler — rely on pre-programmed threat libraries: databases of known enemy radar and communications signatures. When they encounter something not in the library, they fail. Updating those libraries takes months or years of classified analysis.
Pulsar uses software-defined radio and machine learning to autonomously detect, classify, and jam electromagnetic threats — including signals it has never encountered before. Like a distributed immune system, when one Pulsar node encounters a new threat signature, it analyzes it, devises a countermeasure, and distributes the solution across the entire network of deployed Pulsar systems in hours or days, not the months or years typical of legacy EW systems.[1]
Sam El-Akkad, Anduril's head of electronic warfare, described the founding insight: counter-drone operations in the field revealed that threat emitters were evolving faster than library-based systems could be updated. The answer was a system that could learn in real time, without human intervention, and share that learning across every deployed node.[1]
This is the core innovation: Pulsar doesn't just jam — it learns, adapts, and teaches itself. Every engagement makes every node in the network smarter. The more it fights, the better it gets.
Pulsar exists in multiple form factors, each optimized for different operational environments:[1][2]
Tripod-mounted station with four trapezoidal antennas providing 360° coverage. 2km effective range against Group 1 drones. Under 4kW power draw. IP65 sealed for expeditionary deployment.
Octagonal pod for ground and sea vehicles, manned or unmanned. Designed for IED jamming, force protection, and electronic attack.
Aerial variant mountable under Anduril's Ghost-X drone. Missions include decoy operations and hostile emitter mapping/geolocation.
Newer variant pushing size, weight, and power down for broader distributed deployment. Displayed at World Defense Show 2026 in Riyadh.[2]
Portable variant for airborne and special forces units — on the roadmap as of May 2024.
Pulsar's route to operational deployment reveals as much as its technology. Rather than pursuing the traditional defense acquisition pathway — years of requirements documents, competitive prototyping, and Milestone B reviews through the conventional services — Anduril went through U.S. Special Operations Command.[2]
A 2022 SOCOM counter-drone integration award explicitly referenced the Pulsar family of systems, confirming special operations adoption.[2] SOCOM has unique acquisition authorities: it can field systems faster, with less bureaucratic overhead, than the conventional services. This is how a startup founded in 2017 had operational EW systems in two combat zones by 2024.
Then came the scale-up. In October 2024, the Pentagon awarded Anduril a $250 million contract for 500+ Roadrunner-M interceptor drones and Pulsar electronic warfare systems.[3] Deliveries were scheduled to begin Q4 2024 and continue through 2025 — placing initial Pulsar deliveries under this contract potentially in operational theaters before the January 2026 Venezuela operation.
The legacy defense primes — Raytheon, Northrop Grumman, L3Harris — built the EA-18G Growler and its jammers. But the next generation of electronic warfare — adaptive, AI-driven, modular, drone-mountable — is being built by a company that didn't exist a decade ago.
Three months before Operation Absolute Resolve, the Pentagon awarded Anduril a $250 million contract for 500+ Roadrunner-M interceptor drones and Pulsar electronic warfare systems.[3] Deliveries began Q4 2024 — placing initial systems potentially in-theater before the January 3 operation.
On January 29, 2026 — less than a month after Operation Absolute Resolve — Air Force Brig. Gen. Ryan Messer testified before the Senate Armed Services Committee that the Joint Staff had created a new "nonkinetic effects cell" to integrate cyber, electronic warfare, and directed energy into all operational planning.[4]
"Growing up in the Air Force, there was always a nonkinetic effects cell at an air operations center, but it usually existed back in a backroom," Messer said. "The reality is that we've now pulled cyber operators to the forefront."[4]
Pulsar's placement at the center of this doctrinal shift — through both SOCOM adoption and the $250M Roadrunner/Pulsar contract — puts a Silicon Valley startup's AI-enabled EW system at the vanguard of American warfighting doctrine. The Venezuela operation was the proof of concept: 150+ aircraft launched, zero losses, every Russian and Chinese air defense system neutralized before it could fire a single shot.[5][6]
Whether Pulsar specifically was part of the EW stack over Caracas remains unconfirmed. But the timeline is suggestive: SOCOM — the same command responsible for the direct-action element of the Maduro raid — had been fielding Pulsar since 2022. The $250M contract began deliveries in Q4 2024. And the operation that validated "nonkinetic effects at the forefront" occurred on January 3, 2026.
Anduril's Pulsar represents a generational leap in electronic warfare: from library-based systems that fight the last war, to ML-based systems that learn from every engagement and distribute countermeasures across a global network in real time.[1] A company that didn't exist in 2016 now fields AI-enabled EW systems in combat zones through SOCOM — the most operationally demanding customer in the U.S. military.
The $250M contract signed three months before Venezuela placed Pulsar at the center of the Pentagon's nonkinetic warfare strategy.[3] Whether it was part of the specific EW stack over Caracas is unconfirmed, but the circumstantial alignment — SOCOM procurement, Q4 2024 deliveries, January 2026 operation — is difficult to ignore.
The strategic implications extend beyond any single operation. Pulsar's architecture — autonomous learning, distributed countermeasure sharing, multi-form-factor deployment from tripods to drones — represents the template for next-generation electronic warfare. The legacy primes built today's Growlers. Anduril is building what replaces them.
The ghost in the spectrum doesn't wait for a library update. It learns, adapts, and shares — and it's already been fighting for four years before anyone knew its name.
Growing up in the Air Force, there was always a nonkinetic effects cell at an air operations center, but it usually existed back in a backroom. The reality is that we've now pulled cyber operators to the forefront.