article · 2003

Strong Cryptography in the Linux Kernel - . . .

Cooke, Stephanie Donovan, Gerrit Huizenga Ibm, Andrew J. Hutton, Andrew J. Hutton, C. Craig Ross, C. Craig Ross, Linux Symposium, Linux Symposium, Linux Symposium, Martin K. Petersen, Wild Open Source, Jean-luc Cooke, Certainkey Inc, David Bryson

Cited by 0Abstract and details only

Abstract

In 2.5, strong cryptography has been incorporated into the kernel. This inclusion was a result of several motivating factors: remove duplicated code, harmonize IPv6/IPSec, and the usual crypto-paranoia. The authors will present the history of the Cryptographic API, its current state, what kernel facilities are currently using it, which ones should be using it, plus the new future applications including: 1. Hardware and assembly crypto drivers 2. Kernel module code-signing 3. Hardware random number generation 4. Filesystem encryption, including swap space.

Cite this paper

APA 7

Cooke, Donovan, S., Ibm, G. H., Hutton, A. J., Hutton, A. J., Ross, C. C., Ross, C. C., Symposium, L., Symposium, L., Symposium, L., Petersen, M. K., Source, W. O., Cooke, J.-L., Inc, C., & Bryson, D. (2003). Strong Cryptography in the Linux Kernel - . . .

MLA 9

Cooke, , et al. “Strong Cryptography in the Linux Kernel - . . .” 2003.

Chicago

Cooke, Stephanie Donovan, Gerrit Huizenga Ibm, Andrew J. Hutton, Andrew J. Hutton, C. Craig Ross, C. Craig Ross, et al. 2003. “Strong Cryptography in the Linux Kernel - . . .”

Harvard

Cooke et al. (2003) ‘Strong Cryptography in the Linux Kernel - . . ’.

BibTeX

@article{cooke2003strong,
  title = {{Strong Cryptography in the Linux Kernel - . . .}},
  author = {Cooke and Donovan, Stephanie and Ibm, Gerrit Huizenga and Hutton, Andrew J. and Hutton, Andrew J. and Ross, C. Craig and Ross, C. Craig and Symposium, Linux and Symposium, Linux and Symposium, Linux and Petersen, Martin K. and Source, Wild Open and Cooke, Jean-luc and Inc, Certainkey and Bryson, David},
  year = {2003}
}

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