Experimental Model for Validating the Effectiveness of Security Controls in Enterprise Environments

Abstract

Modern enterprise environments are characterized by increasing technological complexity, including hybrid infrastructures, cloud comput-
ing, remote work models, and extensive supply-chain dependencies. At the same time, the cyber threat landscape evolves dynamically,
making it insufficient to assess security solely through formal compliance with security frameworks. Organizations increasingly require
verifiable methods to determine whether implemented security controls are effective in real operational conditions. This paper introduces
the Unified Security Validation Model (USVM), a structured approach for experimental validation of security controls in enterprise en-
vironments. The model shifts the focus from declarative compliance toward empirical verification of resilience through controlled attack
emulation, telemetry analysis, and measurement of detection and response capabilities. A key element of the model is the inclusion of de-
vice trust level, including hardware-rooted trust mechanisms, as an experimental variable influencing the effectiveness of security controls
and detection mechanisms within realistic attack scenarios.