Biometric Single Sign-On (SSO) Solution – Secure Access

Enabling biometric login with ePortID is straightforward. First, enroll users by having them scan their palm over our contactless reader—the system captures their unique vein pattern in seconds. The software then stores this encrypted biometric template. Once enrolled, users simply hold their hand over the reader to authenticate to any connected system. Our solution integrates with existing access control systems via Wiegand or OSDP protocols for physical access, and with data systems through our scanner mouse for logical access. No complex system integration required—setup typically takes less than a day.

Single sign-on (SSO) authentication allows users to access multiple applications, systems, or facilities with one set of credentials. Instead of remembering separate usernames and passwords for email, databases, applications, and physical doors, users authenticate once and gain access to everything they're authorized to use. ePortID's biometric SSO takes this further—your palm vein pattern becomes your single credential. No passwords to remember, no cards to carry, no PINs to type. One scan grants secure access across your entire technology and facility ecosystem.

Single sign on means authenticating your identity once to access multiple resources without repeatedly entering credentials. In traditional SSO, you log in with a username and password at the start of your workday, then access various applications seamlessly. With biometric SSO, your unique palm vein pattern replaces all passwords. This eliminates password fatigue, reduces help desk calls for password resets, and prevents credential sharing. For organizations, it means stronger security and better user experience—employees spend less time managing access and more time being productive.

ePortID's palm vein scanning technology cannot be spoofed, duplicated, or stolen. Unlike fingerprints (which can be lifted) or facial recognition (which can be fooled with photos), palm vein patterns exist beneath the skin and require living blood flow to be detected. Our system includes liveness detection that verifies active circulation during each scan. The vein pattern is derived from 5 million unique data points shared by no one else—not even identical twins. The encrypted biometric template cannot be reverse-engineered into a usable image, making it mathematically impossible to replicate.

ePortID offers flexible pricing models that treat biometric SSO as an operating expense rather than a capital investment, making it accessible even for small businesses. Most implementations pay for themselves within 3 to 6 months through reduced time theft, eliminated password management costs, and decreased security incidents. The exact cost depends on the number of access points, users, and integration requirements. We provide customized quotes based on your specific needs—whether you're securing a single server room or deploying across multiple facilities with thousands of employees.

ePortID systems can operate in standalone mode if network connectivity is lost, using locally stored encrypted biometric templates to continue authentication. For critical access points, we recommend implementing redundant readers and backup power supplies. The system maintains comprehensive audit logs that sync automatically when connectivity is restored, ensuring no access records are lost. For physical access control, you can configure failsafe or failsecure modes—doors either default to locked or unlocked during power failure, depending on your security requirements and local fire codes.

Initial biometric enrollment takes approximately 30 seconds per user. The individual simply holds their hand over the palm vein scanner for a few seconds while the system captures their unique vein pattern. The software immediately encrypts and stores the template, and the user can authenticate right away. For large organizations, we provide mobile enrollment capabilities for efficient deployment. Once enrolled, users never need to re-enroll unless they specifically request it. The vein pattern remains stable throughout a person's lifetime, unlike fingerprints which can be affected by cuts or wear.

Yes, ePortID systems support multi-factor authentication combining biometrics with existing RFID cards and PIN codes. You can implement two-part authentication (biometric plus card) or three-part authentication (biometric plus card plus PIN) for high-security areas. This flexibility allows gradual transition from card-based systems while maintaining backward compatibility. The system also validates TWIC cards in real time against TSA's Cancelled Card List for maritime and transportation facilities. You can set different authentication requirements for different access points based on security needs.