Trusted Protection

SecureParser® solutions ensure that information can be trusted to be secure, always available, and never corrupted or tampered with.

SecureParser-enabled solutions employ a NIST-validated Cryptographic Module that makes data tamper-proof. The HMAC and SHA algorithms provide users the assurance that their data can be trusted to be "right."
SecureParser-enabled Stealth from Unisys transparently establishes a network defense that prevents unauthorized penetrations and a data storage defense that protects against insider threats, providing end users confidence that the network can be trusted for any Data in Motion application.
SecureParser-enabled storage solutions (NAS and SAN) leverage Security First's Cryptographic Data Splitting technology to provide Always On data availability. Built-in security and fault tolerance ensure that end users maintain Continuous Operations (COOP) and allow for rapid disaster recovery without costly backup regimens.

Gain secure storage that looks like normal storage.

SecureParser solutions split data at the bit level into physically separate shares, transparently embeds confidentiality, integrity, and high availability into each share, and then stores the shares in physically separate locations until they are reconstituted by an authorized and authenticated user or system. The data-centric Cryptographic Data Splitting Technique ensures that no meaningful information is susceptible to compromise because it never lands on any one storage device or system.

Create secure networks that look like normal networks.

SecureParser solutions secure data from end to end, providing the most efficient way to protect network data against unwanted access. Data enters the network protected, and remains protected at rest and in motion until it accessed at a network end point controlled by an authorized user or system.

Simplify access control with seamless Directory Server integration.

SecureParser is a single transformational technology with one access control method for all information protection and sharing requirements. Single sign on and Federated Authorization environments are easy to integrate for controlled access to both data at rest and in motion.