Anduril Pulsar

A family of software-defined electromagnetic warfare systems intended to detect, classify and counter changing radio-frequency threats across fixed-site, vehicle, airborne and portable configurations.

Overview

Anduril Pulsar is a US-developed family of software-defined electromagnetic warfare systems combining radio-frequency sensing, edge computing and electronic attack in a compact architecture. Anduril describes Pulsar as adaptable across fixed-site, vehicle and airborne configurations, with missions including electronic support, direction finding, geolocation, communications, jamming and counter-uncrewed-aircraft operations.

The system's defining proposition is that electronic-warfare performance increasingly depends on software-update speed rather than hardware replacement alone. Pulsar uses radio-frequency machine learning to characterize signals and support countermeasure updates at the tactical edge, addressing adversaries that alter waveforms more quickly than conventional threat libraries can be revised. Its published specifications remain limited: Anduril has not disclosed frequency coverage, power output, sensitivity, effective range, unit cost or a named operator.

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