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How is the Excrypt SSP Enterprise v.2 the world’s most advanced financial HSM?

Protect Sensitive Payment Data at Rest, in Use, and in Motion

Electronic payment networks need data security solutions that scale in speed and expand over time to support emerging payment types and algorithms. The Excrypt SSP Enterprise v.2 is the world’s fastest hardware security module (HSM) for financial transaction processing. It offers robust functionality and full backward compatibility with the Excrypt SSP Series of HSMs. It has a high degree of scalability, offering speeds in excess of 50,000 transactions per second. All in a tamper-resistant, 1U rackmount chassis.

Integrated disaster recovery and redundancy features ensure rock-solid reliability. The device complies with key management best practices and contains some of the industry’s most advanced security features.

Payment Security Functionality
  • Card/PIN Issuance
  • Mobile Payments
  • P2PE and Tokenization
  • ATM Remote Key Loading
  • Card/PIN Validation
  • EMV Issuance/Validation
  • MAC and Hashing
  • General Purpose Functionality
HSM Virtualization

The Excrypt SSP Enterprise v.2 can create multiple logically independent HSMs inside a single host device for separate transaction processing environments.

  • Increase the ROI of your HSM infrastructure
  • Multiple methods of access including a web portal, API, the Guardian Series 3, and VirtuCrypt
  • Test new firmware on an independent virtual instance
  • Unique firmware versions, users, key storage space, and security policies on each virtual HSM
HSM Virtualization and Application Partitioning
  • The Excrypt SSP Enterprise v.2 offers HSM virtualization and application partitioning. This allows multiple logically separated environments to be created within a single FIPS 140-2 Level 3 validated HSM boundary.
Universal Compatibility
  • Turnkey compatibility with all major financial host application software, as well as support for standardsbased interfaces like PKCS #11 and Java for general purpose cryptographic processing.
Securing the world's most sensitive data.
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