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Enhance Embedded System Security with Intel® AES-NI

Advanced encryption in Intel® AES New Instructions prevents delays and avoids errors, enhancing the security of embedded systems. (v.001, Nov. 2010)

Enabling High-Performance Galois-Counter Mode on Intel® Processors

Intel improves data security with Galois-Counter Mode (GCM) implementations on Intel® processors, which perform high-speed GCM encryption.

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High Performance DEFLATE Decompression on Intel® Architecture

White Paper: Performance characteristics of an optimized implementation of DEFLATE decompression on Intel® processors. (v.1, Nov. 2010)

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Improving OpenSSL* Performance

White Paper: Results of OpenSSL* performance measurements with highly optimized cryptographic implementations on IA. (v.1, Oct. 2011)

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Intel® Advanced Encryption Standard Instructions: Article

Intel’s Jeffrey Rott presents an in-depth look at Intel® Advanced Encryption Standard New Instructions and performance and security improvements.

Boosting AES Algorithm Performance for Superior Encryption

White Paper: Running the AES algorithm with Intel® technology improves encryption performance of serial and parallel modes of operation. (April 2010)

Novel Hashing Method Suitable for Lookup Functions: Paper

Describes a hashing method suitable for lookup functions and how to compute a high-quality 64-bit hash digest on Intel® processors. (v.1, Feb. 2012)

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Improve IPSec Performance Using Intel® AES Instructions

White Paper: Demos IPSec performance capabilities in Linux* using Intel® AES New Instructions and Galois Counter Mode* algorithm combination.

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High Performance DEFLATE Compression Intel® Architecture: Paper

White Paper: The performance characteristics of fast prototype implementations of DEFLATE compression. (v.1, Nov. 2011)

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Multi-Hash: Family of Cryptographic Hash Algorithm Extensions

White Paper: Proposes extensions to cryptographic hash algorithms, describes overall design, and presents performance summary. (v.001, July 2012)

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