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baseball caps and t-shirts and we all waved goodbye.
--[ 8 - Acknowledgments
Jim Rees, Chief Technologist at CITI, conceived of, designed, and built all
of the hardware and software tools described here, and wrote and deployed
most of the diagnostic software. Naomaru Itoi built the smart card file
system and the secure boot extension, did all the Kerberos and Windows
integration, and, with Tomoko Fukuzawa, conceived of and implemented the
remote Internet smart card concept. Brahm Windeler ran lots and lots of
tests.
Bellcore provided early funding; Avi Rubin was instrumental in getting CITI
started with smart card R&D. Schlumberger funded a two-year Program in
Smartcard Technology at CITI; Scott Guthery, Tim Jurgenson, and Bertrand du
Castel were essential in navigating deep technical waters.
--[ 9 - Publications funded through the Program in Smartcard Technology
Itoi, N., Honeyman, P. Pluggable authentication modules for Windows NT. 2nd
USENIX Windows NT Symposium (Seattle, 1998).
Itoi, N., Honeyman, P. Practical security systems with smartcards. IEEE 7th
Workshop on Hot Topics in Operating Systems (Rio Rico, 1999).
Itoi, N., Honeyman, P. Smartcard integration with Kerberos v5. USENIX
Workshop on Smartcard Technology (Chicago, 1999).
Itoi, N., Honeyman, P., Rees, J. SCFS: a UNIX filesystem for smartcards.
USENIX Workshop on Smartcard Technology (Chicago, 1999).
Itoi, N., Fukuzawa, T., Honeyman, P. Secure Internet Smartcards. 1st
International JavaCard Workshop (Cannes, 2000).
Rees, J., Honeyman, P. WebCard: a Java Card web server. IFIP TC8/WG8.8 4th
Working Conference on Smart Card Research and Advanced Applications
(Bristol, 2000).
Itoi, N., Arbaugh, W.A., Pollack, S.J., Reeves, D.M. Personal Secure
Booting. 6th Australasian Conference on Information Security and Privacy
(Sydney, 2001).
Itoi, N. Integrating Secure Hardware into Modern Security Systems:
Authentication, Secure Storage, and Secure Bootstrap. Doctoral
dissertation, University of Michigan, 2001.
--[ 10 - About the author
Peter Honeyman is Research Professor Emeritus of Computer Science and
Engineering at the University of Michigan. Honeyman holds the B.G.S. (with
distinction) from the University of Michigan and the M.S.E., M.A., and
Ph.D. degrees from Princeton University. After completing doctoral studies
in relational database theory under the supervision of J.D. Ullman, he
joined Bell Labs as a Member of Technical Staff in computer systems
research, then returned to Princeton as Assistant Professor of Computer
Science. He joined the University of Michigan faculty in 1986 and retired
in 2022.
With a focus on networking, file systems, security, and mobile computing,
Honeyman was instrumental in numerous significant software projects
including Honey DanBer UUCP, PathAlias, MacNFS, Disconnected AFS, WebCard
(the first Internet smart card), the Linux-based open-source reference
implementation of NFSv4, and pNFS extensions for high end computing.
Honeyman taught more than forty undergraduate and graduate courses, chaired
nine doctoral committees, published more than sixty refereed journal and
conference papers, chaired the USENIX Workshop on File Systems (1992),
USENIX Annual Technical Conference (1995), IEEE International Workshop on
Services in Distributed and Networked Environments (1996), USENIX Workshop
on Smartcard Technologies (1999), IFIP Smart Card Research and Advanced
Application Conference (CARDIS, 2002), was Area Chair for Security and
Privacy at HAL 2001 in Enschede, and served on over sixty other program
committees, including the International Conference on System Administration
and Network Engineering (SANE) in Maastricht (2000, 2002), Amsterdam
(2004), and Delft (2006).
In 2007, Honeyman was awarded the USENIX Lifetime Achievement Award "for
his work as a mentor to so many leaders in our field." In 2016, Honeyman
and co-authors Niels Provos and Markus Friedl were awarded the USENIX
Security Test-of-Time award for their 2003 paper "Preventing Privilege
Escalation." Honeyman received the University of Michigan College of
Engineering Edward Law Emeritus Outstanding Service Award in 2025.
|=-----------------------------------------------------------------------=|
|=-----------=[ E0: Selective Symbolic Instrumentation ]=----------=|
|=-----------=[ Powering Data-Flow Fuzzing and LLM Reasoning ]=----------=|
|=-----------------------------------------------------------------------=|
|=-----------------------------=[ Jex Amro ]=----------------------------=|
|=--------------------=[ @jexamro <jx@squarelabs.ai> ]=------------------=|
|=-----------------------------------------------------------------------=|
-- Table of contents
0 - Introduction
1 - Fuzzing
2 - Symbolic Execution
3 - Large Language Models (LLMs)
4 - Towards a Hybrid Approach
4.1 - Data-Flow vs Code-Coverage Guidance
4.2 - E0 Design Decisions
5 - E0 Architecture