Attacks on RSA: Difference between revisions
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== TWIRL == | == TWIRL == | ||
'''The Weizman Instiute Relation Locator''' | '''The Weizman Instiute Relation Locator''' <ref>{{cite paper | ||
| author=Adi Shamir & Eran Tromer | |||
| title=On the cost of factoring RSA-1024 | |||
| journal=RSA CryptoBytes | |||
| volume=6 | |||
| date=2003 | |||
| url=http://people.csail.mit.edu/tromer/ | |||
}}</ref>, developed by [[Adi Shamir]] (The 'S' in RSA) and [[Evan Tromer]], is a machine designed to speed up the seiving step in the [[number field seive]] technique for [[integer factorisation]]. | |||
RSA Security have commented [http://www.rsa.com/rsalabs/node.asp?id=2004]. | |||
Revision as of 00:50, 14 April 2009
A number of methods have been proposed for attacking the RSA cryptosystem. This article describes them.
Any efficient solution to the integer factorisation problem would break RSA; see the RSA article for discussion. The difficulty with that approach is that no efficient solution is known. Cracking a large (say 1024 bits or more) RSA key with current factoring algorithms is not practical, even with massive parallelism.
Weiner attack
Michael Weiner proposed an attack [1] based on continued fractions which is effective if the exponent in the secret key is small.
TWIRL
The Weizman Instiute Relation Locator [2], developed by Adi Shamir (The 'S' in RSA) and Evan Tromer, is a machine designed to speed up the seiving step in the number field seive technique for integer factorisation.
RSA Security have commented [1].
- ↑ {{cite paper | title=Cryptanalysis of short RSA secret exponents | author=Wiener, M.J. | journal= IEEE Transactions on Information Theory | volume= 36 | issue= 3 | date=May 1990 | page=553 - 558
- ↑ Adi Shamir & Eran Tromer (2003). On the cost of factoring RSA-1024.