Facilities management is no longer defined by task completion alone. It is defined by control, consistency, and the ability to manage risk, compliance, and performance across complex operational environments. Facilities Management Systems: Volume 5, Risk, Compliance & Performance Systems represents the final layer of a fully integrated facilities management framework. This volume focuses on the systems required to measure performance, enforce standards, maintain regulatory compliance, and ensure that all operations align with defined organizational expectations. Building on the foundational structure established in earlier volumes, this book addresses the critical components that transform facilities operations from reactive execution into controlled, measurable, and continuously improving systems. It introduces structured approaches to performance measurement, quality assurance, continuous improvement, documentation, policy control, and audit verification. Through a systems-based approach, this volume demonstrates how facilities organizations can establish accountability, reduce operational risk, and maintain compliance across all areas of operation. It provides the frameworks necessary to ensure that procedures are followed, standards are enforced, and performance is consistently evaluated and improved. Designed for facilities leaders, compliance professionals, and operational executives, this book serves as both a strategic and practical guide to implementing high-level control systems within facilities management. It is particularly valuable for organizations seeking to move beyond basic maintenance execution toward a structured, performance-driven operational model. As the concluding volume in the Facilities Management Systems series, this work completes the full lifecycle of facilities management: from leadership and governance, to execution, measurement, improvement, and ultimately, verification and control. Organizations that implement these systems position themselves to operate with greater clarity, accountability, and long-term stability in increasingly complex environments.