Peiter Zatko

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Peiter “Mudge” Zatko
Peiter Zatko at DARPA.jpg
Mudge during his tenure at DARPA
Born (1970-12-01) December 1, 1970 (age 43)
Residence Mountain View, California
Citizenship American
Fields Computer Science
Public administration
Hacker
Institutions Google, Motorola, DARPA, L0pht
Alma mater Berklee College of Music
Known for L0pht, L0phtcrack, DARPA Cyber Fast Track, Testimony to the Senate
Notable awards Secretary of Defense Exceptional Civilian Service Award


Peiter C. Zatko, better known as Mudge, was the most prominent member of the high profile hacker think tank the L0pht[1] as well as the long-lived computer and culture hacking cooperative the Cult of the Dead Cow. He was the original author of the password cracking software L0phtCrack.[2] In 2010 Mudge accepted a position as a program manager at DARPA where he oversaw cyber security research.[3] In 2013 Mudge went to work for Google in their Advanced Technology & Projects division.[4][5]

Biography[edit]

Born in December 1970, Mudge graduated from the Berklee College of Music at the top of his class[6] and is an adept guitar player.

Mudge was responsible for early research into a type of security vulnerability known as the buffer overflow. In 1995 he published "How to Write Buffer Overflows", one of the first papers on the topic.[7] He published several security advisories on vulnerabilities in Unix and was a leader in the full disclosure movement. He was the initial author of security tools L0phtCrack, AntiSniff, and l0phtwatch.

Mudge was one of the first people from the hacker community to reach out and build relationships with government and industry. In demand as a public speaker, he spoke at hacker conferences such as Defcon[8] and academic conferences such as USENIX.[9] Mudge has also been a member of Cult of the Dead Cow since 1996.[10]

He was one of the seven L0pht members who testified before a Senate committee in 1998 about the serious vulnerabilities of the Internet at that time.[11] The L0pht became the computer security consultancy @stake in 1999, and Mudge became the vice president of research and development and later chief scientist.[12]

In 2000, after the first crippling Internet distributed denial of service attacks, he was invited to meet with President Bill Clinton at a security summit alongside cabinet members and industry executives.[13]

In 2004 he became a division scientist at government contractor BBN Technologies,[14] where he originally worked in the 1990s, and also joined the technical advisory board of NFR Security.[15]

On 11 August 2007 he married Sarah Lieberman, a co-worker at BBN.[citation needed]

In February 2010, it was announced that he would be project manager of a DARPA project focused on directing research in cyber security.[16]

On 12 April 2013 Zatko announced that he would leave DARPA for a position at Google ATAP. [5][17]

DARPA[edit]

At DARPA he created the Cyber Analytical Framework the agency used to evaluate DoD investments in offensive and defensive cyber security. During his tenure he ran at least three DoD programs known as Military Networking Protocol (MNP), Cyber-Insider Threat (CINDER), and Cyber Fast Track (CFT).

Military Networking Protocol (MNP) - Provided network prioritization with full user-level attribution for military computer networks.[18]

Cyber-Insider Threat (CINDER) - Focused on identifying cyber espionage conducted by virtual insider threats such as future variants of Stuxnet or Duqu. CINDER is often mistakenly associated with Wikileaks in the media.[19][20] This is possibly due to the confusion between DARPA programs focused on identifying human insider threat such as ADAMS [21] and the identification of software espionage posed by malware in the CINDER program.[22] This issue was clarified by Mudge in his Defcon 2011 keynote at 46 minutes and 11 seconds into the talk.[23]

Cyber Fast Track (CFT) - Provided resources and funding to security research, including programs run by hackers, hackerspaces, and makerlabs. The program provided an alternative to traditional government contracting vehicles that was accessible to individuals and small companies previously unable to work within the cumbersome and complicated DARPA process. The novel contracting effort had an averaging time of 7 days from receipt of proposal to funding being provided to the proposing research organization.[24] The program was initially announced at Shmoocon during his 2011 keynote.

Awards[edit]

  • 2013 Office of the Secretary of Defense Exceptional Public Service Award[25]
  • 2011 SC Magazine Top 5 influential IT security thinkers of the year[26]
  • 2007 Boston Business Journal 40 under 40[27]

Refereed Papers[edit]

  • An Architecture for Scalable Network Defense, Proceedings of the 34th Annual IEEE Conference on Local Computer Networks (LCN), Strayer, Miliken, Watro, Heimerdinger, Harp, Goldman, Spicuzza, Schwartz, Mankins, Kong, and Zatko., Proceedings of the 34th Annual IEEE Conference on Local Computer Networks (LCN), October 2009.
  • SLINGbot: A System for Live Investigation of Next Generation Botnets, Alden Jackson, David Lapsley, Christine Jones, Mudge Zatko, Chaos Golubitsky, and W. Timothy Strayer, Proceedings of Cybersecurity Applications and Technologies Conference for Homeland Security (CATCH), Washington, D.C., March 2009.
  • Security Analysis of the Palm Operating System and its Weaknesses Against Malicious Code Threats , Joe Grand and Mudge, 10th Usenix Security Symposium, Washington, D.C., August 2001.
  • Cryptanalysis of Microsoft’s PPTP Authentication Extensions (MSCHAPv2), Bruce Schneier, Mudge, and David A. Wagner, Secure Networking CQRE [Secure] 1999, International Exhibition and Congress, Springer Lecture Notes in Computer Science, no. 1740, pp. 192-203, Nov/Dec, 1999.
  • Cryptanalysis of Microsoft’s Point-to-Point Tunneling Protocol (PPTP), Bruce Schneier and Mudge, Fifth ACM Conference on Communications and Computer Security, pages 132-141, March 1998.

L0pht Security Advisories and Software[edit]

While involved with the L0pht, Mudge contributed significantly to disclosure and education on information and security vulnerabilities. In addition to pioneering Buffer overflow work, the security advisories he released contained early examples of flaws in the following areas: Code injection, Race condition, Side_channel_attack, exploitation of embedded systems, and Cryptanalysis of commercial systems.

  • Crontab buffer overflow vulnerabilities, Oct 2001[28]
  • Initial Cryptanalysis of the RSA SecurID Algorithm, Jan 2001[29]
  • AntiSniff: Identification of remote systems in promiscuous mode, May 2000[30]
  • Race conditions within RedHat Linux initscripts, Dec 2000[31]
  • Reverse Engineering Cactus Software shell-lock obfuscation techniques, Oct 1999[32]
  • Solaris /bin/su side channel attack, June 1999[33]
  • L0pht Watch: A tool for filesystem race condition attacks, Jan 1999[34]
  • Hash disclosure vulnerabilities in Quakenbush Windows NT Password Appraiser, Jan 1999[35]
  • suGuard privilege escalation attack, Jan 1999[36]
  • Embedded FORTH Hacking on Sparc Hardware, Phrack Magazine, Volume 8, Issue 53, July 1998[37]
  • Race Condition in Rational Systems ClearCase source control system, Jan 1998[38]
  • Imap 4.1 remote memory dump and retrieval of sensitive information, Oct 1997[39]
  • L0phtCrack: Technical rant on vulnerabilities in Microsoft encryption and passwords, July 1997[40]
  • Root Compromise through Solaris libc_getopt(3), Jan 1997[41]
  • BSD distributions of modstat allow compromise of DES keys, passwords, and ring 0 control, Dec 1996[42]
  • Kerberos 4 memory leaks provide sensitive credential information via remote attacks, Nov 1996[43]
  • Privilege escalation through Sendmail 8.7.5 GECOS buffer overflow vulnerability, Nov 1996[44]
  • cgi-bin/test-cgi parsing vulnerabilities allow remote directory traversal, April 1996[45]
  • Design weaknesses in the SecurID authentication system, 1996[46]
  • MONKey: An attack on the s/key one-time-password system, 1995[47]


References[edit]

  1. ^ Security Scene Errata[dead link]
  2. ^ [1] L0phtCrack]
  3. ^ Hacker Mudge Gets DARPA Job
  4. ^ Peiter “Mudge” Zatko To Join Motorola Mobility’s Advanced Technology & Projects (ATAP)
  5. ^ a b [2], Mudge goes to Google, retr 2013 4 12
  6. ^ Berklee College Peiter Zatko
  7. ^ How to Write Buffer Overflows
  8. ^ DEF CON V Archives
  9. ^ An Interview with Mudge
  10. ^ CULT OF THE DEAD COW Team Bio
  11. ^ U.S. Senate Press Release: HEARINGS ANNOUNCED ON COMPUTER SECURITY FAILURES IN GOVERNMENT
  12. ^ The L0pht, renowned 'hacker think-tank,' becomes @stake
  13. ^ Clinton fights hackers, with a hacker[dead link]Archive copy at the Wayback Machine
  14. ^ Hacker 'Mudge' Returns to BBN
  15. ^ NFR Security Adds Leading Security Industry Experts to Technology Advisory Board
  16. ^ Hacker 'Mudge' gets DARPA job
  17. ^ [3], Google goes DARPA, retr 2014 9 27
  18. ^ Military Networking Protocol, retr 2012 2 12
  19. ^ Darpa's Star Hacker Looks to WikiLeak-Proof Pentagon, Spencer Ackerman, Wired, August 31, 2010, retr 2012 2 12
  20. ^ An Interview with WikiLeaks' Julian Assange, Andy Greenberg, Forbes, November 29, 2010
  21. ^ Anomaly Detection at Multiple Scales, retr 2012 2 12
  22. ^ Cyber Insider Threat, retr 2012 2 12
  23. ^ BlackHat USA 2011 Keynote, retr 2012 2 12
  24. ^ New Fast Track Program Okays Hacker Projects in Just Seven Days, Dawn Lim, Wired Magazine, November 14, 2011, retr 2012 2 12
  25. ^ Mudge receives Office of SecDef highest non-career civilian award
  26. ^ SC Magazine Top 5 Influential IT Security Thinkers of 2011, Angela Moscaritolo, December 1, 2011, retr 2012 2 12
  27. ^ [4], BBN Press Release, October 15, 2007, retr 2014 9 27
  28. ^ Crontab buffer overflow vulnerabilities, Oct 2001
  29. ^ Initial Cryptanalysis of the RSA SecurID Algorithm
  30. ^ NMRC L0pht Antisniff Product Review
  31. ^ L0pht Advisory: initscripts-4.48-1 RedHat Linux 6.1
  32. ^ L0pht Advisory: Cactus Software de-obfuscate and retrieve shell code
  33. ^ /bin/su timing vulnerability
  34. ^ l0phtwatch Advisory
  35. ^ NT Password Appraiser hash disclosure
  36. ^ IFS trojan path vulnerability
  37. ^ FORTH Hacking on Sparc Hardware
  38. ^ Vulnerabilities in Rational Systems source control system
  39. ^ Imap core dump information disclosure
  40. ^ Vulnerabilities in Microsoft password encryption
  41. ^ Solaris 2.5 libc exploitation
  42. ^ modstat group kmem overflow
  43. ^ L0pht Kerberos 4 remote memory leak
  44. ^ Sendmail 8.7.5 GECOS buffer overflow vulnerability
  45. ^ remote inventory via test-cgi vulnerability
  46. ^ Weaknesses in the SecurID (RSA Token) authentication system
  47. ^ S/Key password cracker

External links[edit]