Tuesday, December 12, 2006

Security Appliance ensures secure credit card processing

Developed to address Visa USA and MasterCard International's security requirements at application and content level, PCI Risk Assessment program provides visibility into network applications used by employees to transmit data such as credit card numbers. PacketSure PCI security appliance performs deep packet analysis at packet level to determine what communication protocol is being used and only allows authorized protocols to be used to transfer corporate data.

Risk Assessment Program Will Use Palisade's PacketSure PCI Appliance to Analyze Network Applications Being Used by Employees to Transmit Credit Card Data

AMES, Iowa, Aug. 8 -- Palisade Systems, a leading provider of content and network security appliances, announced today a PCI Risk Assessment program for organizations processing and/or storing credit card information. Palisade's PacketSure PCI security appliance was developed specifically to address Visa USA and MasterCard International's soon to be unveiled security requirements at the application and content level. The first of its kind program is being offered to companies on a seven day risk assessment period. PacketSure PCI provides the visibility into the network applications being used by employees to transmit data including credit card numbers.

PacketSure PCI performs deep packet analysis at the packet level, not port level, to determine what communication protocol is being used. PacketSure eliminates unwanted applications being used on an organization's network allowing only authorized protocols to be used to transfer corporate data. PacketSure provides an additional layer of security on the authorized protocols by analyzing the data within the packets traveling across the network giving unprecedented security and compliance to Visa and MasterCard's PCI standards. PacketSure has been used as an assessment tool before, acting as a test monitor for simulations and cyber competitions by the U.S. Department of Justice funded Internet-Simulation Event and Attack Generation Environment cyber security lab.