Hyperstones latest security controller, the S9S, has been granted FIPS 197 for its AES encryption engine (in ECB, CBC and XTS modes) and FIPS-180-4 certification for its SHA2-256 hashing engine.
Today, Hyperstone announces its latest security geared controller, the S9S (compatible to host systems up to the SD 7.1 interface), has received two sought after security certifications for its hashing and AES encryption engines. The need for high-level security in the transmission of sensitive data and the prevention of information leakage among government agencies as well as private corporations using industrial-grade storage has dramatically increased in recent years. The S9S SHA2-256 hashing engine was granted the FIPS-180-4 certification and the AES encryption engine the FIPS 197 for both XTS and CBC modes with en/ decryption with 128 and 256-bit keys.
The AES encryption standard (FIPS-197) is a cryptographic technique recommended for government and industrial use. AES encryption engines utilize the optimized XTS mode specifically to encrypt user data on the NAND flash. “This certification is integral in the design of secure storage systems such as password protected drives, copy protected applications, digital rights management and applications demanding crypto erase functionality, WORM functionality, access control, encrypted partitions and in order to apply for FIPS 140 certifications” adds Axel Mehnert, VP of Marketing and Strategy.
While Hyperstone uses the certified SHA2-256 hashing engine in its firmware verification and secure boot process, the engine is also available alongside the AES engine to customers implementing firmware extensions with the Hyperstone API. This API enables customers to further develop a proprietary firmware and security capabilities of their storage design without disclosing any information. It allows designers of embedded systems to create truly unique, value-added products. The road to a fully certified FIPS-140 system, requires the implementation of at least one FIPS certified algorithm. By integrating Hyperstones S9S controller into a storage design, one automatically meets these requirements while simultaneously having the added potential of the company’s API.
This press release may include estimates and forward-looking statements that involve a number of risks or uncertainties. It should not be considered technical documentation and content is subject to change without prior notice. Brand, product or company names and trademarks are property of the respective holder. Warranties implied or expressed as well as liabilities for any damage resulting from using the provided information in this document is void. (HS-Mkt-LMH-PR-23-03-09)
Today, Hyperstone announces its latest security geared controller, the S9S (compatible to host systems up to the SD 7.1 interface), has received two sought after security certifications for its hashing and AES encryption engines. The need for high-level security in the transmission of sensitive data and the prevention of information leakage among government agencies as well as private corporations using industrial-grade storage has dramatically increased in recent years. The S9S SHA2-256 hashing engine was granted the FIPS-180-4 certification and the AES encryption engine the FIPS 197 for both XTS and CBC modes with en/ decryption with 128 and 256-bit keys.
The AES encryption standard (FIPS-197) is a cryptographic technique recommended for government and industrial use. AES encryption engines utilize the optimized XTS mode specifically to encrypt user data on the NAND flash. “This certification is integral in the design of secure storage systems such as password protected drives, copy protected applications, digital rights management and applications demanding crypto erase functionality, WORM functionality, access control, encrypted partitions and in order to apply for FIPS 140 certifications” adds Axel Mehnert, VP of Marketing and Strategy.
While Hyperstone uses the certified SHA2-256 hashing engine in its firmware verification and secure boot process, the engine is also available alongside the AES engine to customers implementing firmware extensions with the Hyperstone API. This API enables customers to further develop a proprietary firmware and security capabilities of their storage design without disclosing any information. It allows designers of embedded systems to create truly unique, value-added products. The road to a fully certified FIPS-140 system, requires the implementation of at least one FIPS certified algorithm. By integrating Hyperstones S9S controller into a storage design, one automatically meets these requirements while simultaneously having the added potential of the company’s API.
This press release may include estimates and forward-looking statements that involve a number of risks or uncertainties. It should not be considered technical documentation and content is subject to change without prior notice. Brand, product or company names and trademarks are property of the respective holder. Warranties implied or expressed as well as liabilities for any damage resulting from using the provided information in this document is void. (HS-Mkt-LMH-PR-23-03-09)
