Security Standards provides practical, engineering-led guidance for the design, specification, procurement and assurance of electronic security systems.
Whether you are an engineer, system designer, consultant, end user or procurement professional, our resources are designed to improve decision quality throughout the complete security system lifecycle.
Our guidance is technology-neutral, standards-informed and focused on achieving operational outcomes rather than promoting particular manufacturers or products.
Why Security Standards Exists
Electronic security is a multidisciplinary engineering profession. Effective system design requires an understanding of operational requirements, risk management, relevant standards, technology capabilities, systems engineering and long-term lifecycle management.
While thousands of technical standards, manufacturer documents and guidance notes exist, they are often difficult to navigate, inconsistent in quality or written for a single audience.
Security Standards brings these resources together into a structured knowledge base that explains not only what should be considered during security design, but why those decisions matter and how they influence successful project outcomes.
Standards
Understanding the standards that govern electronic security is fundamental to producing compliant, resilient and defensible designs.
The Standards section provides an overview of the British, European and International Standards, legislation and industry guidance commonly referenced during electronic security projects, together with links to the organisations responsible for publishing them.
Technology Guides
Selecting appropriate technology requires more than comparing product specifications.
The Technology Guides explain how electronic security technologies operate, where they are most appropriately applied and the engineering considerations that influence successful deployment.
Each guide focuses on the principles behind the technology rather than individual manufacturers.
Design Guides
Technology alone does not produce effective security systems.
The Design Guides explain how to engineer individual security disciplines, highlighting the practical design decisions that affect performance, resilience, maintainability and operational effectiveness.
Each guide complements the Security Design Process by focusing on discipline-specific engineering considerations.
Security Design Process
Successful security projects begin with operational objectives rather than technology selection.
The Security Design Process describes a structured methodology for transforming business requirements into technically robust, operationally effective electronic security systems.
Rather than prescribing products, the process explains how requirements evolve through risk assessment, performance specification, architectural design, validation and lifecycle management.
Procurement Guide
The quality of a security system is heavily influenced by the quality of its specification and procurement process.
This section provides practical guidance for preparing tender documentation, evaluating submissions and selecting solutions that deliver the required operational outcomes throughout their service life.
Engineering Tools
Engineering decisions should be supported by evidence rather than estimation.
Our free engineering tools automate common calculations used during electronic security system design, helping engineers produce consistent and repeatable outputs.
Additional professional tools are available through Security Designer.
Professional Training
Developing competent security professionals requires more than product training.
Our training resources focus on engineering principles, operational design methodologies and the practical skills required to design, specify and assure complex electronic security systems.
Learning pathways are available for new entrants, engineers, system designers and security consultants, supporting professional development throughout every stage of a security career.