Greg looks all right in a suit, and has even been a magazine cover model! Of course, Greg got older. This is a 2007 professional photo.
Early morning of 11/9 was the culmination of a major terrorist attack. Women in the US and around the world woke up that morning in fear, that they will be groped in the elevator, denied advancement because of their looks, and unable to make their own decisions about their bodies.
In 1967* (before Roe.v.Wade, but at a time when some states allowed abortion but others did not) about 200 US women per year died because of complications to illegal abortions. If safe, legal abortion is outlawed in the US, given the population increase since 1967, it is not at all unlikely that 300 or more fatalities per year will be caused by botched illegal abortions. In ten years, the total death toll could exceed that of the 9/11 attacks. More than half of the population would be affected by such a change.
Of course other minorities are also terrorized by the 11/9 outcome. Undocumented immigrants woke to the fear that they might have their families broken up or be deported back to a country where their lives would be at serious risk. Muslims woke to the fear that they will be attacked in random acts of violence (several such attacks have happened in the subsequent week), or be hindered in the exercise of their religion. Black people fear that they will be killed by police in traffic stops with no justice available to their families. Everyone should fear that many deaths will be caused by coal and oil pollution.
Women are the hardest hit by 11/9. Please support Planned Parenthood. If you don't care about women, but you're not a privileged white male, you could always support the American Civil Liberties Union .
* See the 2003 Guttmacher Institute report: Lessons from Before Roe: Will Past be Prologue?
Some interesting cryptographic utilities and papers can be found at QUALCOMM's open source portal. (These used to be at qualcomm.com.au. Moved to corporate then disappeared. The link is now to archive.org (the wayback machine))
Greg uses cryptography extensively, and has some interesting links. His various PGP public keys are available (if you can't use the newer style Diffie-Hellman/DSS keys you need this instead). Note that Greg uses a multi-level key scheme, with a very secure top level key and less secure keys for personal/USENIX and QUALCOMM related work. Or you can use S/MIME encryption with this CAcert certificate. Secure voice / text: Seecrypt email@example.com (this is as close as you'll get to a phone number on this web page).
He also developed the PGP Moose which allows newsgroup moderators to authenticate postings, and which automatically cancels unauthentic postings. This is still in use but not really supported any more.
Greg was the Program Chair for USENIX's Sixth USENIX Security Symposium focusing on Applications of Cryptography and was invited talks coordinator for the 7th USENIX Security Symposium For the Eigth, he was Works-In-Progress coordinator. For the Ninth, he was Program Co-Chair with Steve Bellovin. Tenth, Invited talks coordinator again. Taking a rest. He worked on a PGP key signing service and electronic voting for USENIX.
Greg was a member of the Board of the
International Association for Cryptologic Research, by virtue of having served
as General Chair of
He served as treasurer 2011-2016,
recently re-elected as vice president (president of vice)
on the board again 2017-2020.
Greg developed the SOBER family (including Turing, NLS, Shannon and Boole) of stream ciphers for embedded application. This and other software and publications can be found at QUALCOMM's open source portal.
Greg is proud to be founding life member #1 of LOPSA, the League of Professional System Administrators, for which he was also on the leadership committee.
Greg for a while became President of CAcert, Inc, a not-for-profit Certificate Authority that issues free certificates based on a web-of-trust identification model.
Greg is the lesser co-author of BigNum Math with Tom St Denis.
Greg supports the American Civil Liberties Union of San Diego and Imperial Counties , The Southern Poverty Law Center and Planned Parenthood of the Pacific Southwest .
Founder and Managing Director of Fawnray Pty Ltd (became Neology Ltd). Founder and Managing Director of Softway Pty Ltd, became AUREMA, sold to Citrix in 2006, long after Greg left. Visiting Scientist at IBM's Thomas J. Watson Research Center in 1991. Manager of the Open Distributed Systems Program at the Australian Computing and Communications Institute. UNIX product engineer for Sterling Software. Joined QUALCOMM in July 1996 as a senior staff engineer/manager, working on cryptography and authentication for CDMA cellular phone systems, and to set up the office of QUALCOMM Australia. Moved to the USA in 2004. Was senior vice president of engineering, in the office of the chief scientist, with responsibility for day to day management of up to 230 researchers.
In January 2014, left Qualcomm to refresh technical skills in security and cryptography, and devote more time to extracurricular activities such as not-for-profit organizations. Available for consulting.
Involved with the use and development of the UNIX Operating System since its arrival in Australia in 1974. Founding secretary and past president of AUUG. Founding treasurer of SAGE-AU, the System Administrator's Guild of Australia. Past Vice President of the USENIX Association. Past Member of the Board of Directors of the International Association for Cryptologic Research. President of CAcert, a free certificate authority.
Experienced teacher at university and in private courses, mostly involving cryptography and security, programming languages, operating systems, and implications of software and hardware technology.
Greg has a surprising (to him) number of patents. USPTO search
Many years ago now (2001, last minor revision in 2004), I wrote a full day tutorial called "Cryptographic Algorithms Revealed". Here are the slides and printable notes pages. This is the original blurb for the course:
This tutorial will require some mathematical background from attendees. At the very least, familiarity with common mathematical notation, polynomials, and some elementary statistical knowledge will be needed. You've been warned. In this advanced tutorial, attendees will get a fairly detailed overview of what makes cryptographic algorithms work, and when they don't work, how they are broken. Some of the AES finalists are covered to provide lessons in block ciphers, with the winner (Rijndael) treated in depth. Topics covered (unless time runs out): Brief History substitution and transposition development of DES public key cryptography Symmetric Block Ciphers Feistel ciphers generally DES Other AES Candidates (Twofish, RC6, Serpent) Rijndael (AES) in depth Block Cipher modes of operation Symmetric Stream Ciphers Linear Feedback Shift Registers A5, SOBER and other LFSR based constructions Cryptanalysis Differential & Linear cryptanalysis Attack assumptions and threat models Attacks on stream ciphers Public Key systems Group and Finite field theory Discrete Log systems (El Gamal, Diffie-Hellman, DSS) RSA Elliptic curves Other stuff: Hash functions, SHA-1, SHA-256
Recently, people have been asking me for some of my old publications
(generally not crypto related). Many of them are in archaic formats. When I get
a round tuit, I might put more of them here. For the moment, here is:
I wrote a paper KISS: A Bit Too Simple (at IACR's EPRINT server). Here are the corresponding presentation slides.
I was (Oct 2011) keynote speaker at the CIPHERTEC WORKSHOP on the THEORY and APPLICATIONS of CRYPTOGRAPHY in Pretoria, South Africa (not my capitalization!). Here are the slides from my talk about stream ciphers.
This web page was carefully handwritten by me, using archaic tools like vi. If you have comments, please send them to firstname.lastname@example.orgGreg Rose (email@example.com)