Anduril’s Pulsar is a versatile family of modular, AI-powered, software-defined Electromagnetic Warfare (EW) systems built to rapidly respond to evolving threats across air, land, and sea domains. Leveraging edge-based AI, GPU processing, and Software Defined Radios (SDRs), Pulsar can detect, adapt to, and neutralize hostile signals within hours, not months. Its scalable design supports deployment on fixed sites, vehicles, aircraft, and by dismounted units, delivering advanced capabilities like electronic countermeasures, counter-drone operations, geolocation, and direction finding. Pulsar systems can operate individually or as a networked force for coordinated EW effects and dynamic coverage. The product line includes Pulsar-L (lightweight and portable), Pulsar-V (vehicle-mounted), and Pulsar-A (airborne). Pulsar is available exclusively to the U.S. government and approved foreign partners, subject to export regulations. They write:
Pulsar is a family of software-defined Electromagnetic Warfare (EW) systems that leverages AI at the edge to rapidly adapt to emerging threats in hours to days, not months to years. Pulsar’s modular form factor can be adapted to fixed site, vehicle, payload, and airborne configurations to support missions across platforms and domains.
Pulsar integrates on-board GPU compute, machine learning algorithms, and Software Defined Radios (SDR) into a compact and powerful capability to rapidly deploy new detection/defeat capabilities at the edge.
Pulsar’s modular form factor can be adapted to fixed site, vehicle, payload, and airborne configurations to support missions across platforms and domains.
Pulsar can network multiple EW systems across distributed operations to deliver coordinated effects, optimize coverage for the environment, and geolocate signals of interest.
Pulsar supports a wide range of mission capabilities, to include Electronic Countermeasures (ECM), Counter Unmanned Systems (CUxS), Direction Finding, Geolocation, and other advanced EW capabilities.
Pulsar in a fixed-site configuration offers 360-degree or directional detection and denial and enables customized coverage for the conditions and environment. Multiple Pulsars can be networked together to provide adaptable and comprehensive coverage based on environment and mission requirements.
Pulsar-A
Pulsar-A is an airborne payload variant of Pulsar that can be adapted to support a variety of manned and unmanned aircraft.
Pulsar-L is a compact, lightweight EW system that brings software-defined, AI-enabled EW capability to every warfighter. It can be configured to support dismounted operations, expeditionary fixed site deployments, vehicle operations, and roll-on, roll-off aircraft survivability missions. Pulsar-A is an airborne payload variant of Pulsar that can be adapted to support a variety of manned and unmanned aircraft. Pulsar-V is a ground vehicle variant for Pulsar that can be mounted and integrated into a variety of vehicles leveraging a standard NATO mount.
Pulsar-V
Pulsar-V is a ground vehicle variant for Pulsar that can be mounted and integrated into a variety of vehicles leveraging a standard NATO mount.
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