Strike
At Archaius, our Grale system, enhanced by SEPA Protection Technology, is engineered to deliver assured precision strike capabilities, even in the most challenging electronic warfare landscapes where adversaries deploy sophisticated jamming to disrupt offensive operations.
Precision Strike in Contested and GPS-Denied Environments
Operational Challenge
In high-threat theaters such as the South China Sea or Eastern European borders, enemy forces leverage advanced, high-power jammers to deny GNSS access, rendering conventional strike platforms — including loitering munitions, precision-guided drones, and standoff weapons — ineffective. This results in mission failures, increased platform vulnerability, and forfeited opportunities to neutralize critical threats like command nodes or electronic warfare assets.
Our Solution
We embed the Grale Smart Antenna module — a next-generation, software-defined controlled reception pattern antenna (CRPA) — into strike-capable unmanned systems or munitions. Grale provides 100× superior jamming resistance over traditional systems, while optimizing size, weight, and power (SWaP) profiles and incorporating advanced intellectual property safeguards. This ensures uninterrupted navigation, targeting, and terminal guidance, transforming vulnerable assets into reliable effectors in denied environments.
Benefits
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Execution Flow
System Integration We facilitate seamless incorporation into existing strike platforms via modular interfaces, enabling rapid qualification and deployment without extensive recertification.
Target Acquisition and Mission Planning Our technology fuses multi-domain sensors (e.g., inertial, electro-optical) with real-time threat data to generate resilient flight profiles, prioritizing jammer suppression or high-value targets.
Penetration of Contested Airspace As jamming intensifies, Grale autonomously nullifies interference from multiple sources, sustaining centimeter-level accuracy for mid-course corrections and evasive maneuvers.
Terminal Strike Execution We achieve meter-precision impact on dynamic targets, such as mobile jammers, followed by immediate post-strike assessment via integrated telemetry.
Scalable Effects Generation The low-SWaP architecture supports coordinated swarms of strike effectors, amplifying effects across distributed operations without escalating logistical demands.
