Kingston Digital DataTraveler 5000 Certified for DAR List
- Filed under: USB Flash Drives, USB News
- Date: Jun 13,2010
DoD Ban on Flash Media Modified; DataTraveler 5000 at the Ready to Secure ‘Data-At-Rest’ for Government Agencies
Kingston announced its DataTraveler 5000 USB Flash drive has been approved for inclusion on the U.S. government’s Data-At-Rest (DAR) list. The certification and the modification of the ban on portable Flash media by the U.S. Strategic Command (STRATCOM) allows the FIPS 140-2 Level 2 certified DataTraveler 5000 to be used by government entities. Kingston’s DataTraveler 5000 is available exclusively to federal and civilian agencies via its DAR (Data-At-Rest) ESI/BPA (Enterprise Software Initiative/Blanket Purchase Agreement) reseller, Autonomic Resources.
“With STRATCOM’s recent modification of its ban on portable storage devices, federal agencies are more cautious than ever in looking for top-notch products that deliver the highest level of security,” said John Keese, president of Autonomic Resources. “The Kingston Secured by SPYRUS devices offer the best in both memory and encryption to provide the most secure USB Flash technology for federal agencies. As a DAR contract holder, Autonomic is pleased to partner with Kingston to make the devices readily available to federal agencies to support their secure storage needs.”
The DataTraveler 5000 utilizes patented Secured by SPYRUS(TM) technology which supports hardware-based 256-bit XTS-AES data encryption and Suite B elliptic curve cryptography. The National Security Agency (NSA) Suite B algorithms were specifically selected and approved by the U.S. government and the Department of Defense (DoD) for use in multinational data sharing environments including both classified and unclassified applications. XTS-AES is a block cipher encryption mode that is much stronger than the more common CBC and ECB cipher modes used to secure data on other USB Flash drives. The DataTraveler 5000 uses patented technologies for key management and key encryption operations to shield cryptographic processing from electronic eavesdropping. Read the rest of this entry »

