Umm Al-Qura University in the City of Mecca, KSA, is one of the most prestigious institutions in the Islamic world. Its colleges occupy over 60 buildings, with more than 3000 staff on-site.
When the University identified the need for a Time & Attendance system, the scale of the installation called for a scrupulous examination of the most advanced biometric technologies available on the market.
The solution had to address several challenges: To securely and intelligently manage a large number of users, to display in Arabic language, to be easy to use, and most importantly, to solve the common challenge of “critical fingerprints”, such as thin skin resulting from diabetes, high pigment skin, and fingers decorated with henna.
The worldwide unique TBS Touchless Technology (TBS 3D) is using a non-intrusive capturing process that delivers far superior identification results. TBS 3D increases efficiency without compromising on security levels and maintaining high acceptance threshold for critical fingerprints.
TBS partner Business City successfully implemented a state-of-the-art 120-unit 3D solution in the colleges of the University, making it a leading reference worldwide.
TBS has built a strong presence and reference base in the Middle East with installations in over 30 Government organisations. Every day, globally, more than 1 Million people are using a TBS terminal.
Switzerland is famous for its unmatched stability and security making it a paragon worldwide. It is TBS’ mission to bring Swiss security standards to the world. TBS offers biometric devices made in Switzerland and complete solutions for any kind of biometric applications in access control and time & attendance.
TBS 3D Touchless finger scanning technology is worldwide unique. The three-dimensional and contact-free sensor technology captures the highest possible quantity of fingerprint details, guaranteeing significantly higher security than any other biometric system. Contact-free solutions qualify in particular for higher risk, large user groups or hygienically sensitive applications.