Epirus leverages gallium nitride semiconductor technology to deliver software-defined, solid-state high-power microwave systems with rapid target engagement capabilities.
Its Leonidas platform offers a lower cost-per-engagement profile compared to kinetic interceptors, with open command-and-control architecture enabling integration with existing defense networks.
The global counter-drone market is expanding rapidly as asymmetric aerial threats from unmanned systems become more accessible to adversaries.
Government demand for scalable, non-kinetic defense layers is driving investment in directed-energy and electronic-warfare solutions, with high-power microwave systems positioned as cost-effective swarm defense.
Epirus positions Leonidas as a lower cost-per-engagement alternative to traditional kinetic counter-drone systems, reducing operational expenditure through reusable directed-energy effects.
The company offers fixed, mobile, and pod form factors with open C2 integration, targeting government and enterprise customers seeking scalable swarm-defense capabilities without recurring munitions costs.
Epirus offers the Leonidas family of software-defined solid-state high-power microwave systems for counter-UAS, counter-swarm, and counter-electronics missions.
Variants include fixed Leonidas, Leonidas Mobile, and Leonidas Pod with open API integration to FAAD C2 and allied air-defense networks.
