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Software / IPsec / Cryptlib / SHA-1 / Packet Processing / Cryptographic primitive / Hifn / Microsoft CryptoAPI / Key size / Cryptographic software / Cryptography / Computing


The Design of the OpenBSD Cryptographic Framework Angelos D. Keromytis Columbia University [removed] Jason L. Wright
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Document Date: 2003-06-16 01:39:22


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File Size: 133,32 KB

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Company

Avaya / kernel SA / AES / Broadcom / CBC / Microsoft / /

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Facility

KERNELNULL bar / /dev/crypto Building / /

IndustryTerm

security applications / symmetric-key algorithms / early hardware / asynchronous processing model / crypto devices / de-register algorithms / cryptographic processing / average processing latency / wire protocol / software case / software cryptography / transport protocol / asymmetric algorithms / security technologies / real cryptographic algorithms / bulk-data processing / packet processors / appropriate protocol / actual hardware / data-compression algorithm / cryptographic algorithms / crypto services / algorithm chaining / symmetric algorithms / compression algorithms / interface to hardware / security protocols / 32bit/33Mhz device / protocol processing / output processing cycle / network security protocols / uniform access to hardware / higher-level protocols / null encryption algorithm / higher level security services / software crypto / variable-round algorithms / crypto processing / Input processing / system using hardware / data encryption/authentication protocols / web servers / software implementation / symmetric crypto chips / packet processing / outbound-packet processing / symmetrickey algorithms / access to such functionality to applications / cryptographic hardware / pure-software encryption / wire protocols / kernelresident software public-key algorithms / datatransfer security protocols / faster processor / co-processor / output processing / electronic commerce / /

OperatingSystem

Unix / OpenBSD / FreeBSD / Linux / NetBSD / /

Organization

Columbia University / Internet Engineering Task Force / /

Person

Theo de Raadt / Jason L. Wright / /

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Position

hifn driver / network scheduler / device driver / producer / author / network driver / ubsec driver / nofn driver / hardware driver / EVP / driver / lofn driver / /dev/crypto device driver / defunct driver / network driver for actual transmission / /dev/crypto driver / software pseudo-driver / scheduler / /

Product

OpenSSL / /

Technology

same algorithms / higher-level protocols / Linux / 7751 chips / API / also selectively de-register algorithms / network security protocols / second processor / security protocols / symmetric-key algorithms / operating system / variable-round algorithms / real cryptographic algorithms / wire protocols / performing symmetric-key encryption / in-place encryption / encryption / security technologies / symmetrickey algorithms / cryptography / needed algorithm / OCF-supported algorithms / 6500 chip / faster processor / symmetric crypto chips / cryptographic algorithms / pure-software encryption / 7811 chip / 5822 chips / IPv6 / datatransfer security protocols / null algorithm / 7951 chips / ESP protocol / peer-to-peer / appropriate IPsec protocol / compression algorithms / 5820 chip / cloning / private key / null encryption algorithm / MTU / UDP / SSL / operating systems / HIPP1 packet processors / data-compression algorithm / 7751 chip / appropriate protocol / public key / kernelresident software public-key algorithms / Load Balancing / data encryption/authentication protocols / wire protocol / transport protocol / caching / SDRAM / 7854 chips / /

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