Architects and engineers are responsible for designing buildings that remain secure, functional, and adaptable for years to come. As physical security requirements evolve, traditional access control methods like keycards and PINs are no longer sufficient on their own. In order to keep up, biometric access control is becoming an increasingly important consideration during the specification phase, as part of a comprehensive security strategy.
Designing for Identity, Not Just Access
Conventional access control authenticates a credential instead of the actual user. Lost IDs, shared credentials, and stolen access continue to present security vulnerabilities in retail facilities, hospitals, data centers, government buildings, and critical infrastructure worldwide.
Biometric authentication provides additional security by validating the actual person attempting access by verifying unique individual traits. Many of these authentication methods, like iris recognition, are particularly resistant to spoofing and have exceptionally accurate accuracy – as high as 99.9%. This helps to ensure stronger identity verification and can completely eliminate threats due to lost or stolen credentials.
Why Biometrics Are Gaining Momentum
Biometric security systems have come a long way since the early adoption at airports and government buildings. These days, biometric access control is being deployed across healthcare, finance, transportation, research institutions, and enterprise campuses to help organizations bolster security and streamline operations.
Biometric systems also provide a better overall user experience. Contactless verification means individuals can pass through secure entrances quickly without needing to use badges or keypads. Multi-modal platforms that utilize more than one biometric factor—like iris and facial recognition—are also increasing authentication accuracy and security without slowing down throughput.
Higher-end systems even have features like Presentation Attack Detection (PAD) to detect spoofing attempts with printed photos, masks, or other replica biometric traits. As biometrics become more prevalent and AI assists in developing fraudulent credentials, PAD is an essential feature to consider when specifying a facility’s security system.
Designing for Long-Term Flexibility
Today’s access control systems should be interoperable with other security systems like access control software, visitor management systems, video surveillance systems, and identity management systems. Open standards support common protocols, ensuring access control systems stay flexible as a building’s needs change over time.
Privacy should also be considered when discussing specifications. Newer biometric platforms take privacy into consideration by storing encrypted biometric templates, instead of biometric images. In many instances there are options for storage on local volatile memory to protect these templates in the instance of physical device theft. They also allow organizations to retain ownership of their data and help companies stay compliant with changing privacy laws.
Why Specifications are Important
Security planning happens long before installation day. One challenge architects and engineers face is finding complete, standardized documentation that can easily be included in specifications.
Manufacturers that provide CSI-compliant three-part specifications, product documentation, and sheet notes simplify the design process by reducing coordination time and making it easier to include biometric access control in construction documents. Standardized documentation also helps improve consistency from design through installation while reducing the likelihood of revisions later in the project.
Facility security expectations are growing, and advances in smart building technology are creating new opportunities for biometric access control to become a key component of the design team’s toolbox. Consider these solutions early in the project and take advantage of manufacturers who offer full CSI- standardized specs to reduce project documentation efforts and assist in delivering a future-ready facility.
