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  Microsoft Warnings

MS04-028 : Buffer Overrun in JPEG Processing (GDI+)
MS04-027 : Vulnerability in WordPerfect Converter
MS04-026 : Vulnerability in Exchange Server 5.5 Outlook Web Access
MS04-025 : Cumulative Security Update for IE
MS04-024 : Vulnerability in Windows Shell
MS04-023 : Vulnerability in HTML Help
MS04-022 : Vulnerability in Task Scheduler
MS04-021 : Security Update for IIS 4
MS04-020 : Vulnerability in POSIX
MS04-019 : Vulnerability in Utility Manager
  Sun Warnings

#220 Double Free bug in zlib compression library
#219 SEA SNMP
#218 Bytecode Verifier
#217 Java Web Start
#216 HttpURLConnection
#215 snmpdx
#214 dtspcd
#213 login
#212 rpc.ttdbserverd
#211 xntpd

Certicom has launched an ECC Challenge 3 feb 1998

Certicom has created and launched an ECC Challenge, giving cryptographers and mathematicians who are new to the Elliptic Curve Cryptosystem (ECC) the benefit of hands-on experience with elliptic curve algebra. The Certicom ECC Challenge is the result of research and development into ECC by Certicom's cryptographic experts.

The Certicom ECC Challenge, posted at Certicom's web site, is expected to draw participation from cryptographers and mathematicians around the world, giving them the opportunity to work with elementary elliptic curve algebraic problems and test their own knowledge against what are internationally recognized to be difficult and infeasible problems.

Participants in the Certicom ECC Challenge must try to compute an ECC private key at a particular key size, given the corresponding ECC public key and a set of parameters. As a lead-up to the Challenge, Certicom has included a set of Exercise problems, the simplest of which should be solved in a matter of hours following the Challenge's launch.

Prizes will be awarded for the first correct answer to each of the Exercises. Mathematical software to facilitate cryptography-related computations and a copy of the Handbook of Applied Cryptography will be awarded for the 79 and 89-bit Exercises, and US$5,000 for the 97-bit Exercises.

Prizes have also been set for both Level I and II Challenge problems, including those which are considered infeasible based on current knowledge and available computing capabilities. The highest prize is US$100,000 to find a 359-bit ECC private key. The elliptic curves for the Level II Challenges meet the stringent security requirements imposed by forthcoming ANSI banking standards, specifically ANSI X9.62 and X9.63.

If you want to find out more about the ECC Challenge, you may want to check out these sites:

The Certicom ECC Challenge

Certicom's ECC Tutorials and Whitepapers.

The HP/LiDIA Elliptic Curve Cracking Page

Source: certicom.com


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