
SECURITY policy has typically meant different things to different people within an organization. The facilities management department covers all physical access points, teaching staff to lock all doors and windows before leaving for the night. IT managers keep up to date with the latest patches and ensure users only access the applications and data they are allowed to access. Despite the common purpose, physical and logical access technologies have existed in separate, parallel worlds for years. Physical access technologies, such as building security systems and employee access cards, are controlled by the corporate security department. Application passwords and firewalls are the domain of the IT department.
Raising the bar is a phrase commonly associated with pole vaulting or high jumping. At the Utah Summer Games, officials also are raising the bar on efficiency and security with a speedier, more stringent ID card program for athletes.
NETWORK access control is one of the hottest topics in IT today. Despite this, available approaches are either fragmented or not ready for widespread implementation. In order to understand this phenomenon, users must evaluate current approaches and understand the process of implementing a NAC solution. When implementing network access control, the first set of decisions that need to be made regarding network policy. The first necessary question for a NAC project is: Why does it need to be implemented and what is expected from implementation?
FOUR years in the making, the drive to implement HSPD-12 at long last began by issuing smart identification cards last October. Every federal agency has now opened at least one facility where employees can go to get personal identification verification (PIV) cards fitted to the strict criteria of FIPS 201. This year, federal agencies will begin to activate a massive interoperable system of card readers in which any agency's readers will be able to read and process cards presented by any and all federal employees -- no matter what agency employs them.
IN recent years, investigative reporters have uncovered security vulnerabilities in what are believed to be closely monitored applications: school buildings. In too many instances, investigators are able to slip into school buildings without being stopped, and administrators find out about the security breach on the evening news.
IT'S a simple enough request at most companies -- the last person to leave the office should lock the doors. But many times, one of the most basic tenants of access control can be compromised by something as simple as a forgetful employee.
RECENTLY, security dealers and integrators in the access control industry have seen a great shake-up. Widespread demand and overall adoption of IP-compatible devices has, in many cases, introduced security dealers to the IT world for the first time.
BANKS and larger financial institutions are interested in making the most of the newest security technologies and analytical software solutions to better protect assets, employees and customers.
SEPTEMBER 2006 marked the fifth anniversary of the Sept. 11, 2001, attacks on the World Trade Center, sparking widespread debate on whether the United States is any safer today than it was on that fateful day in 2001. Since 9/11, much has been done to promote greater vigilance of both foreign and homegrown terrorist activities. But until another successful or unsuccessful terrorist attack, the nation may never know the complete answer.
U.S. airports with one or more checkpoint areas, security officials have probably never thought of themselves as ID managers.
Telephone entry
s67cov03 Model EL2000, with simplified installation and easier programming, is the latest addition to the Chamberlain® Elite® telephone entry and access control line. Engineered for gated communities, EL2000 is adaptable for use in apartment buildings, condos and commercial applications. EL2000 can accept up to 2,000 flexible codes that can be programmed as directory or access codes and features digital audio technology, sharp backlit screen and corrosion-resistant aluminum housing in three colors—black, nickel and gray.
Honeywell’s NetAXS access control panel is a four-door programmable panel offering a hybrid Web- or PC-based system, giving users an easy-to-install solution for a new access control system or updates to an existing one. Using a built-in Web server, the system can be accessed anywhere Internet is available. The Web browser allows a user to manage the system, run reports, monitor events and alarms, and add and remove users.
Shimon Systems’ Bio-NetGuard™ Wi-Fi security solution uses fingerprint verification technology to authenticate the user. The solution prevents client association with Wi-Fi access points that are not WPA/WPA 2.0 configured or authorized by the administrator. The plug-and-play unit can connect to either a Wi-Fi access point or LAN router. Each unit is capable of securing multiple Wi-Fi access points connected to the same router, allowing authenticated users to freely and seamlessly roam between access points without having to re-authenticate.
Securely exchanging and storing documents and emails has become a necessity across multiple industries. An increasing number of businesses need to exchange data internally as well as with business partners and customers. The question is: How do you do exchange information easily, efficiently, and securely?