Military bases concentrate a significant amount of critical resources: personnel, aviation equipment, ammunition, fuel, communications systems, and command infrastructure. This makes them priority targets for aerial reconnaissance, strike UAVs, and kamikaze drones. Even a single aerial target can reveal equipment locations, disrupt logistics, or pose a threat to the entire facility’s operations.

Enlock complements the existing defense system with a dedicated interception echelon. The base’s radars, electro-optical stations, observation posts, and monitoring networks are integrated into a unified guidance circuit. The system receives target data, analyzes its coordinates, speed, and direction of movement, calculates the optimal intercept point, and automatically guides the interceptor drone to the designated course.

A typical configuration for a military base includes antenna mast equipment, a protected automated operator workstation, and one or more launch positions. Their placement is determined based on terrain, territory size, potential approach sectors, and critical facility locations. This enables the formation of a controlled airspace perimeter and reduces the time from threat detection to interceptor launch.

Integration is performed through a closed network without replacing detection systems already verified by the garrison. Enlock uses existing sensors as data sources and adds a controlled kinetic echelon with a range of up to 20 km. The operator sees a unified air picture, monitors mission progress, and makes decisions at the final interception stage.