Anduril Industries

Pulsar

A family of AI-enabled, software-defined electronic and electromagnetic warfare systems that use machine learning at the edge to detect, identify and defeat threats across the electromagnetic spectrum. Built on onboard computing and software-defined radios, Pulsar performs electronic support, electronic attack, direction finding, geolocation and counter-UAS jamming, and can push new detection/neutralization behaviors to the field within hours or days. It scales across fixed-site, vehicle (Pulsar-V), airborne (Pulsar-A) and lightweight rapid-deploy (Pulsar-L) configurations, and offers an SDK for third-party integration. Publicly revealed in May 2024, with elements operationally deployed across several continents.

In service since 2024

Compiled from public sources ·primary reference ↗

Procurement snapshot

Availability & export

US ITAR-controlled

Export needs U.S. State Dept (DDTC) approval; end-use & re-transfer restrictions apply.

Channel: Foreign Military Sales (FMS) or Direct Commercial Sale

Fielded & proven

Operator data not public

In service since 2024. Status: active.

Lifecycle cost (est.)

No public unit price to model from. Why so few systems publish one →

Interoperability

No standardised NATO calibre / datalink detected in public specs.

Competitive field

5 comparable systems from 4 other manufacturers

Counted in the WeaponSpecs database: electronic warfare systems built by another manufacturer that share at least one published role with this system. A count of what this catalog holds, not a survey of the whole market. See the alternatives →

Derived guidance from public data, export regime by country of origin, lifecycle from the GAO ~30% acquisition rule. Verify eligibility, pricing and offsets with the manufacturer and your acquisition authority.

Full specifications

Specifications compiled from public Anduril Industries and reference sources ↗. Published defense figures are approximations, treat comparisons as directional. Last verified 2026-07-16.