With smartcards, physical access identity management complements IT identity management
As organisations open up their networks to let partners, customers and suppliers connect to their networks, they become vulnerable to illegitimate access and identity theft. Not only can outsiders access the network and physical access control system more easily, so can employees. Thus, there is a need for an identity authorisation solution that alleviates opportunities for fraud and unauthorised access, a solution not enough companies follow.
Seeing a potential market, the Microsoft website proclaims, "The smartcard will become an integral part of the Windows platform because smartcards provide new and desirable features as revolutionary to the computer industry as the introduction of the mouse or compact disc."
Increased security demands continue to speed the adoption of smartcard technology. The major advantage of smartcards over other credentials is that they can have multiple applications on a single card. Major uses include:
* Employee identification and authentication.
* Physical security.
* Building security.
* Storage of biometric information.
* Secure access to the Internet.
* Secure transactions over the Internet.
Administrative applications, such as property management, storage of medical records, electronic purses, tracking cafeteria purchases and a multitude of uses, are possible, while still performing all the major uses of the earlier bulleted items. More importantly, this data can be safely stored with smartcards.
Institutions are taking advantage of smartcards
In the US, close to 1 million smartcards are being used in the college market alone, representing approximately one in 17 students.
For instance, Clemson University's Tiger 1 Card is their official ID card. In addition to being the student's personal identification card, many departments use the Tiger 1 Card as a means to grant access to their information and services. Tiger 1 Cards serve as debit cards to access funds deposited into 'TigerStripe' accounts, enabling students to obtain university dining services, check out library books and access residential halls, campus recreation centres, and athletic ticket privileges. From a teacher requiring to see a student's Tiger 1 Card to take a test to needing it to purchase discounted software, the Tiger 1 Card is a necessity of everyday campus life.
In 2004, Clemson expanded the Tiger 1 program to include off-campus merchants. Each Clemson student uses the Tiger 1 Card an average of 18 times per day.
Smartcard migration in the private sector is accelerating
"We are currently switching from magnetic stripe to Mifare cards," reports Jeremy Brewer, card access administrator for Fifth Third Bank, headquartered in Cincinnati. "We want to stay on top of technology."
At Noridian, which provides a variety of insurance products and administrative services across the western United States, the access control system is linked to the personnel (human relations - HR) system to control which employees are currently employed by the company. The linkage of these systems ensures that as employees are terminated or re-assigned, the access control is completely synchronised with the personnel moves, without manual intervention.
Noridian has put together a world-class integration system using GE's Secure Perfect 4.O Enterprise as its security platform, which integrates into the organisation's PeopleSoft system used for human resources. In this integrated system, Secure Perfect pulls down certain fields, such as first name/last name/employee ID number/employee status, from PeopleSoft, not the access control system, so that there are no variances.
When Noridian Mutual upgraded its security system, smartcards were ordered for the approximately 2000 employees.
Smartcards provide enhanced security
Using single-factor authentication, such as user ID, for information or physical access control systems access creates a significant security risk. Such password-based methods, although chosen by most enterprises, are very susceptible to the problems they were designed to eliminate. They are written down on desk pads, sticky notes put on the monitor screen, scraps of paper kept in the wallet or written on the back of the ID card. They are even sent over the Internet. When sets of passwords are needed, users choose those easy to remember, such as last names and one of the most common of all - 'password'. When passwords are forgotten, help desks are contacted, at a cost.
A card only user ID can be easily compromised and storing such data on corporate networks introduces additional vulnerability to attackers who gain network access or insider fraud. Other developments are also demanding a solution for strong authentication because:
1) The deployment of Web services to facilitate interactions among diverse systems and applications creates holes in the system.
2) Systems, which depend on credentials created for one location being accepted for authorised access in another, produce opportunities for fraudulent use.
3) Single sign-on (SSO), which consolidates application-specific authentication, exacerbates security as it simplifies access for both legitimate and illegitimate users.
4) Standardising on the Web and offering SSO and authorised access control to both Web-based internal and externally exposed applications and legacy client/server and mainframe applications can be a recipe for disaster.
5) And, as previously noted, regulatory requirements created by Sarbanes-Oxley, HIPPA and others mandates the need for both strong policies regarding access and proof of their application via audit trails.
6) Wireless networks installed across enterprises and organisations further erode the traditional network boundary and open up networks to attackers. Unlike eavesdroppers on wired LANs, WLAN eavesdroppers do not have be on site to make a connection to the network. And, passwords have been the authentication method of choice for wireless access, exposing network assets to additional vulnerability.
Thus, strong authentication requires the use of two or three factors. Smartcards work with other authentication techniques by storing some combination of password files, public key infrastructure certificates, one-time password seed files or biometric image templates on a single card.
Organisations then combine more than one factor to improve the security and privacy of the overall authentication process. For example, authentication might require something you have, the smartcard; something you know, a personal identification number or password; and something you are, a unique physical characteristic or biometric identifier.
Lastly, but very importantly, smartcards are the most secure solution in access control. They use cryptography, encryption and the internal computing power of smart chips to provide the most secure access control card solution possible.
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