The core theoretical principle demonstrated is **Deterrence Theory**, specifically applied to physical security domains where a high-probability threat response alters the cost-benefit analysis for an adversary. This mechanism operates by establishing a binary state of system readiness (armed vs. deactivated) that, upon activation through specific boundary transgressions (e.g., lock manipulation), triggers a catastrophic outcome intended to preclude theft attempts entirely. The concept relies on formal definitions within **Security Science**, positing that effective defense systems function not merely as barriers but as active agents that redefine the operational limits of potential attackers by introducing unacceptable levels of risk and destruction.
The core theoretical principle demonstrated is **Deterrence Theory**, specifically applied to physical security domains where a high-probability threat response alters the cost-benefit analysis for a…