Enlock approaches critical infrastructure protection as an air defense engineering task. For each facility, we separately determine the required number of radars based on area and coverage sectors, calculate the number of interception groups according to the projected scale of attack, and design a closed communication network that integrates all components into a unified system.

For example, for a facility the size of an oil refinery with an area of 12 km², with a radar detection range of 15 km and a coverage sector of 90°, the calculated coverage requires five radars. To counter a simultaneous raid of ten targets, at least seven interception groups are necessary. It is at this level of detail that each Enlock solution is formed.

The methodology is based on the parameters of the specific facility. The area of the territory, detection range, and coverage sector determine the minimum number of radars, while the expected number of targets, probability of engagement, and standard coefficient determine the required number of interception groups. As a result, the customer receives not a general presentation, but a substantiated deployment scheme with equipment positions, quantities of assets, and calculated standards that can be verified by specialized engineers.