Epirus Confirms Leonidas Microwave System Integration with DFT Platform

Why It Matters

The integration offers a scalable, low‑collateral alternative to kinetic interceptors, addressing the growing threat of inexpensive drone swarms to military bases and critical infrastructure. It positions both firms as key suppliers in the rapidly expanding counter‑UAS market.

Key Takeaways

• Integrated HPM weapon with AI-driven C2 platform.
• Enables detect-to-defeat kill chain for drone swarms.
• Non‑kinetic microwave bursts neutralize multiple drones simultaneously.
• Reduces collateral damage compared to kinetic interceptors.
• Targets critical infrastructure defense and US government demos.

Pulse Analysis

The proliferation of low‑cost, AI‑controlled drone swarms has forced defense planners to rethink traditional kinetic air‑defense. High‑power microwave (HPM) systems like Leonidas provide a non‑kinetic approach, emitting focused electromagnetic bursts that scramble electronics across multiple targets. This capability aligns with a broader shift toward electronic warfare solutions that can engage dense swarms without the logistical and safety challenges of missiles or guns, making HPM an attractive option for protecting fixed sites such as airfields, power plants, and forward operating bases.

By embedding Leonidas within DFT's Seraphim platform, the partnership creates a seamless kill chain from sensor detection to microwave engagement. Seraphim’s modular architecture fuses data from radar, EO/IR and RF sources, applying AI‑driven prioritization to isolate high‑value threats. Operators benefit from a single operational interface that automates tracking and engagement while preserving human oversight. The software‑defined safe zones further tailor the electromagnetic field, ensuring precise protection of designated assets and minimizing unintended interference.

For the defense industry, this integration signals a maturing market for turnkey counter‑UAS solutions that combine detection, decision‑making and effectors. As the U.S. Department of Defense ramps up testing of non‑kinetic defenses, vendors that can demonstrate interoperable, scalable systems are likely to secure procurement contracts. The Leonidas‑Seraphim combo not only meets current swarm‑defeat requirements but also offers a flexible foundation for future upgrades, such as adaptive waveform control or integration with kinetic interceptors, reinforcing its strategic relevance in next‑generation air‑defense architectures.