Interceptor System
NX Interceptor
The NX is a high-speed, AI-powered interceptor drone originally developed in Ukraine to counter loitering munitions and one-way attack drones, including the Shahed-136 and Geran series. Designed in Ukraine and manufactured in the United States and Europe, the NX supports a scalable, cost-effective approach to air defense.
Since mid-2025, the NX platform has been employed successfully in combat operations, including confirmed intercepts of Shahed drones. The system has become part of Ukraine's evolving "Anti-Shahed" layered defense concept, providing mobile units with agile, distributed interception capability.
The Interceptor leverages AI-enabled terminal guidance, allowing it to autonomously recognize, track, and pursue targets during the final phase of engagement — providing a critical advantage in contested electronic warfare environments.
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Strike System
NX Strike 10
The NX Strike 10 is a large-format one-way attack (OWA) UAV engineered to deliver heavier payloads against frontline and high-value targets. Its enlarged airframe and 10-inch propeller configuration generate substantially greater thrust and payload capacity compared to smaller drone platforms.
Despite its size and capability, the Strike 10 maintains a lightweight airframe of approximately 800 grams without battery, maximizing both operational range and payload capacity, with an optimized payload configuration of up to 2.5 kg.
Like the Interceptor, the Strike 10 incorporates AI-enabled terminal guidance, allowing it to autonomously recognize, track, and pursue targets during the final phase of engagement — providing a critical advantage in contested electronic warfare environments.
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Counter-UAS System
Integrated Integrated Defense
Nexxa, in conjunction with its partners, provides a layered counter-UAS ecosystem designed to detect, track, coordinate, and defeat emerging aerial threats in contested operational environments. The system combines radar, command-and-control (C2), autonomous interceptor drones, and integrated counter-UAS capabilities into a unified defensive architecture.
Built around modular deployment concepts, the platform supports mobile units, fixed-site defense, and expeditionary operations. Sensor inputs, including radar and passive detection systems, feed into a centralized C2 layer that provides operators with real-time situational awareness, target classification, and engagement coordination.
The architecture is designed to support rapid response against low-cost aerial threats, including FPV drones, loitering munitions, and one-way attack UAVs. Autonomous intercept capabilities, including AI-enabled terminal guidance, allow defensive systems to continue operating effectively in electronically contested environments where communications and GPS may be degraded.
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