Press Release Summary:
Incorporating SCM Microsystems smart card reader, ParagonÃ‚Â® II KVM Switch provides anytime, non-blocked access to data center servers and other IT equipment from user station. System works with widely deployed smart cards, including special government smart cards, called Common Access Cards. For additional security, solution does not store or cache card data, requires reauthentication when changing targets, and allows access of servers by only one user at a time.
Original Press Release:
Industry's First Cat5 Analog KVM Switch with Smart Card Reader for Added Data Center Security Now Available from Raritan
- Supports U.S. Federal HSPD-12 Standard; Department of Defense Begins to Deploy -
SOMERSET, N.J., Aug. 15 - Raritan today announced the general availability of the first smart card reader solution for a KVM switch. The new ParagonÂ® II KVM Smart Card Reader solution is ideal for government, financial and other organizations that want an additional layer of security provided by smart card user authentication technology for accessing IT resources.
A number of customers - including U.S. federal government agencies - have been instrumental in helping to define the requirements of the Raritan solution. As a result, the new solution works with widely deployed smart cards, including special government smart cards, called Common Access Cards (CACs) - a key factor in complying with U.S. Homeland Security Presidential Directive (HSPD-12). HSPD-12 mandates the implementation of a common identification standard for federal employees and contractors to gain access to federally controlled facilities and information technology resources.
Raritan's solution integrates an SCM Microsystems smart card reader into a newly enhanced user station - a major component of Raritan's Paragon II KVM 4.3 system. The Paragon II KVM switch - which is used extensively by virtually all public and private sectors to simplify data center management - provides anytime, non-blocked access to data center servers and other IT equipment from the user station. The new built-in card reader helps enhance an organization's security approach, increase staff productivity, and reduce administrative costs.
For additional security measures, Raritan's all-in-one solution does not store or cache card data, requires re-authentication when changing targets, and allows access of servers by only one user at a time.
Paragon Smart Card Reader in the U.S. Department of Defense
According to Colin Philben, Information Technology Manager in the Office of the Assistant Secretary of Defense (Health Affairs)/Tricare Management Activity/E-Commerce Group, Raritan's Paragon Smart Card Reader solution will help his organization meet U.S. Homeland Security HSPD-12 requirements for accessing government data centers.
Mr. Philben is responsible for implementing the Public Key Infrastructure (PKI) within his organization's network by 2008, as required by the Department of Defense (DoD). "We discovered quickly that this was no small task," said Mr. Philben. "We needed to quickly find a solution to efficiently adhere to the DoD's PKI requirements when accessing servers via KVM. Our search was futile, we feared that we would be forced to install Common Access Card (CAC) readers on every server, or worse abandon any sort of KVM and have to rely on the infamous crash cart."
Already using Raritan's Paragon II KVM switches to manage his data centers, Mr. Philben contacted Raritan about adding the needed functionality to the Paragon II platform. Raritan understood the issue and answered with the new Enhanced User Station. In order to comply with the DoD's stringent security requirements, Raritan consulted with Defense Information Systems Assurance (DISA) to ensure that all the requirements of the Security Technical Implementation Guidelines were met.
"The development of this product will allow the United States Federal Government to more effectively comply with PKI at the server level," said Mr. Philben. "By leveraging our existing Paragon II architecture, a substantial cost savings to the government will be generated as existing systems are upgraded to comply with the PKI requirement. Total cost of ownership savings will be reflected in the support and administrative cost associated with implementing and maintaining the PKI infrastructure on all Federal networks. With this product we are mitigating substantial risks to the Federal Government."
About the Paragon II Smart Card Reader Solution
Raritan partnered with SCM Microsystems Inc., a leader in the smart card industry, to develop the Paragon II security solution. SCM card readers are on the United States GSA schedule.
The Paragon II Smart Card Reader solution provides all the features and capabilities of the original Paragon II Enhanced User Station - including the highest video screen resolutions (http://raritan.com/_downloads/TollyTS20616xRaritanParagon05Oct06.pdf ) over the greatest distance. In addition to the new user station, Raritan has developed a new USB Computer Interface Module (CIM) for use specifically with the new security solution. The new user station and CIM work with existing Paragon II KVM switches with a simple software update. For more information or to arrange a demonstration, please visit www.raritan.com/Cat5-KVM ( raritan.com/cat5-kvm/?afftid=4476 ).
About Raritan (Raritan.com)
Raritan, based in Somerset, N.J., is a leading provider of management solutions that simplify IT operations. Based on KVM (Keyboard, Video, Mouse) switches, serial console servers, management software, power management and remote connectivity, our secure solutions drive data center and branch office efficiency and productivity in more than 50,000 locations around the world. Raritan also serves the OEM market by developing advanced, hardware-based, remote-management components based on KVM-over-IP and IPMI technologies. Founded in 1985, Raritan today has 38 offices worldwide, and its products are distributed in 76 countries. For more information, please visit Raritan.com (http://www.raritan.com/).
All marks are the property of their respective owners.