Some related posts from Technorati and Google.
Masood Mortazavi's Weblog: is the lead author of a recent paper on a new attack on SHA-0 (and others regarding similar methods of attack on SHA-1). John Markoff of The New York Times tells the story of how she was unable to make it to the Crypto 2005 conference due to visa restrictions that slowed her application. (via Cosmos)
NetSec: Adi Shamir, the "S" in "RSA", announced the results of Xiaoyun Wang's research at Crypto 2005 as the researchers involved were not allowed visas in time. The time complexity of the new attack is 2^63, bruteforce is 2^80. (via Cosmos)
B# .NET Blog: Strong collision resistance: it should be computationally infeasible to find a pair of different messages (M1, M2) such that H(M1) = H(M2). This week ( Crypto 2005 conference in Santa Barbara, California), two papers have been published by Xiaoyun Wang from Shandong University (China) about finding collisions in SHA-0 and SHA-1 (well, these were already published before but have now been presented at the (via Cosmos)
[Volubis.com] InfoSec News Blog: This week has been pretty intense: I got elected to the national InfraGard board (and then blogged), had dinner/drive with a great friend from Marin, hung out with other friends from Walnut Creek (on more than one occasion!), and will be making a shift in my life that you already know about if you talk to me on a regular basis.
[Bloglines.com] Bloglines | Citations: 上æ到了在王å°é›²å¥³å£«æˆåŠŸåœ¨åˆç†çš„時間找到 SHA-0 與 SHA-1 çš„ collision 後，Andrew Yao 與 Frances Yao æ出了更快的方法：New Cryptanalytic Results Against SHA-1。
[Dev.upian.com] Hot Links: kayodeok : Schneier on Security: New Cryptanalytic Results Against SHA-1 - Xiaoyun Wang, one of the team of Chinese cryptographers that successfully broke SHA-0 and SHA-1, along with Andrew Yao and Frances Yao, announced new results against SHA-1 yesterday at Crypto's rump session
[Memestreams.net] MemeStreams | Short sighted gluttony: Schneier on Security: New Cryptanalytic Results Against SHA-1 .successfully broke SHA-0 and SHA-1, along with Andrew Yao and Frances Yao, announced new .
Reflected tags on Technorati: Blog, Encryption, Global Security Watch