Short pages

Showing below up to 50 results in range #2,001 to #2,050.

2001. (hist) A case study on Storm worm [1,311 bytes]
2002. (hist) SGNET: a worldwide deployable framework to support the analysis of malware threat models [1,312 bytes]
2003. (hist) Evolution of Win32Carberp: going deeper [1,313 bytes]
2004. (hist) "NetTraveler is Running!" - Red Star APT attacks compromise high-profile victims [1,318 bytes]
2005. (hist) Kelihos botnet trying to expand by harnessing Russian national sentiments [1,320 bytes]
2006. (hist) The ACCDFISA malware family – Ransomware targeting Windows servers [1,325 bytes]
2007. (hist) China targets macs used by NGOs [1,326 bytes]
2008. (hist) Carberp [1,329 bytes]
2009. (hist) An evaluation of current and future botnet defences [1,334 bytes]
2010. (hist) ZeroAccess rootkit launched by signed installers [1,336 bytes]
2011. (hist) Win32/Gataka - or should we say Zutick? [1,338 bytes]
2012. (hist) Microsoft partners with Interpol, industry to disrupt global malware attack affecting more than 770,000 PCs in past six months [1,339 bytes]
2013. (hist) Cutwail drives spike in malicious HTML attachment spam [1,341 bytes]
2014. (hist) Top 50 bad hosts & networks 2011 Q4 [1,343 bytes]
2015. (hist) BoteAR: a “social botnet”- What are we talking about [1,344 bytes]
2016. (hist) Detection and classification of different botnet C&C channels [1,344 bytes]
2017. (hist) Dutch users served Sinowal for lunch [1,345 bytes]
2018. (hist) Acquisition and analysis of volatile memory from Android devices [1,348 bytes]
2019. (hist) On the analysis of the ZeuS botnet crimeware toolkit [1,350 bytes]
2020. (hist) ZeuS [1,355 bytes]
2021. (hist) Cyber gang seeks botmasters to wage massive wave of trojan attacks against U.S. banks [1,357 bytes]
2022. (hist) Carberp-based trojan attacking SAP [1,370 bytes]
2023. (hist) An advanced hybrid peer-to-peer botnet [1,374 bytes]
2024. (hist) The Cridex trojan targets 137 financial organizations in one go [1,388 bytes]
2025. (hist) Meet ‘Flame’, the massive spy malware infiltrating Iranian computers [1,389 bytes]
2026. (hist) Static analysis of Dalvik bytecode and reflection in Android [1,389 bytes]
2027. (hist) You can’t be invulnerable, but you can be well protected [1,392 bytes]
2028. (hist) Peer-to-peer botnets: overview and case study [1,393 bytes]
2029. (hist) Richard Clarke on who was behind the Stuxnet attack [1,393 bytes]
2030. (hist) RIG exploit kit strikes oil [1,396 bytes]
2031. (hist) A DDoS family affair: Dirt Jumper bot family continues to evolve [1,397 bytes]
2032. (hist) Warbot [1,398 bytes]
2033. (hist) New trojan found: Admin.HLP leaks organizations data [1,402 bytes]
2034. (hist) Tilon/SpyEye2 intelligence report [1,402 bytes]
2035. (hist) DGAs and cyber-criminals: a case study [1,403 bytes]
2036. (hist) Why forums? An empirical analysis into the facilitating factors of carding forums [1,404 bytes]
2037. (hist) An interesting case of JRE sandbox breach (CVE-2012-0507) [1,411 bytes]
2038. (hist) Blackhole, CVE-2012-0507 and Carberp [1,419 bytes]
2039. (hist) Spam botnets: The fall of Grum and the rise of Festi [1,421 bytes]
2040. (hist) BlackEnergy competitor – The 'Darkness' DDoS bot [1,423 bytes]
2041. (hist) Mehika [1,425 bytes]
2042. (hist) Learning stateful models for network honeypots [1,430 bytes]
2043. (hist) Harnig botnet: a retreating army [1,431 bytes]
2044. (hist) The where and why of Hlux [1,448 bytes]
2045. (hist) Flamer: highly sophisticated and discreet threat targets the Middle East [1,450 bytes]
2046. (hist) New IceIX (ZeuS variant) changes its encryption method (again) [1,451 bytes]
2047. (hist) RootSmart Android malware [1,452 bytes]
2048. (hist) How Lockergoga took down Hydro — ransomware used in targeted attacks aimed at big business [1,456 bytes]
2049. (hist) Under the hood of Carberp: Malware & configuration analysis [1,461 bytes]
2050. (hist) The ‘advertising’ botnet [1,461 bytes]