Salto access solution for Cairo University

Created by an international team of architects, the new US$400 million campus covers a 260 acre site. To secure staff and students, the new campus required a future proof access control security solution that would provide 24/7 critical security protection.

AUC was founded in 1919 by Americans devoted to education and community service in the Middle East. Today it serves as a vital bridge between the cultures of East and West, linking Egypt and the Arab region to the rest of the world through scholarly research, study-abroad programs and partnerships with academic and research institutions.

It is now the region’s premier English-language university and nearly 7,000 undergraduates come from Egypt and over 100 other countries around the world to study there. Programs and research centre on the Middle East; American studies; forced migration and refugees; gender and women’s studies; philanthropy and civic engagement; as well as specialised teaching programs on Arabic language and electronic journalism.

“As the premier university campus-tailored access control system, the Salto XS4 contactless Mifare solution was ideal for the American University in Cairo,” said Victor Hage, Salto Systems ME regional manager.

“Working in consultation with AUC and their team of architects we designed a highly secure and flexible access control system using a mix of on line and off line doors controlled via ‘hot spot’ wall readers to meet all of the requests of their new purpose designed campus in New Cairo.”

Key application
Management of students, staff and visitors is crucial for the university and this was the key application for the new access control system. To achieve it a secure solution was needed to control access via standard issue student and staff ID cards that could provide them with everything that a hard wired system would deliver but in a mix of on line and off line stand alone wire free formats.

The answer was Salto’s XS4 system, and now the snappily-titled XS4 ANSI A9650A00IM38 model door locks will control 1500 doors across various buildings including student dormitories, classrooms, laboratories and offices.

These are integrated with 500 CU50ENSVN wall readers located in strategic locations throughout the campus. In addition to these, students and staff will also use their Mifare enabled ID cards to access elevators and car parks as well as use them to check out books via the university’s library card program.

Software solution

Besides the hardware, the heart of the new access control system is its Salto Virtual Network software. This enables the XS4 locks to read, receive and write information via the standard issue ‘smart’ student and staff ID cards.

Since most access related information is kept encrypted on these cards, the ‘hot spot’ wall readers are able to update and receive information from the cards at any time.

The ‘smart’ ID cards build up ‘on-card’ audit trails through normal use, giving the university control over access and enabling them to track the movement of students, staff and visitors through both the off line and on line parts of the system if required. This enables an access profile of each individual to be established and updated as necessary at the updater or ‘hot spot’ wall readers.

Quick deletion
Any ID cards that get lost or stolen can be quickly deleted from the system by visiting the readers with updated cards. The system also reduces the number of visits necessary to off line doors, since user data is transferred on cards by normal usage. Salto says this eliminates the need to replace locks if security is breached due to the loss or theft of an ID card.

“With our ability to customise both the system hardware and software, the American University in Cairo has found that our solution has added flexibility and has given them unprecedented control over their security requirements” Hage concludes. “SALTO was the number on choice for the project specifiers from the beginning as it was the only system capable of managing both the student dormitories and the office buildings both on line and off line as well as interfacing with their library system using just one card and one software system”.