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`Curriculum Vitae
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`Michael Caloyannides, Ph.D.
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`2606 Liz Court, Herndon, VA 20171
`Tel: 703‐9949567
`micky@ieee.org
`micky@fastmail.fm
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`Summary:
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` Special expertise (both technological and testifying in court) on advanced
`cellular systems (4G, 3G, evolving 5G). Protocols, modulations, spectra, MIMO
`antennas, IQ channels, quadrature mixers, superhet and direct conversion
`receivers, etc.
` World class expertise in GPS navigation, and all radio direction finding
`techniques. Was one of the designers of the original GPS system.
` World class expertise in encryption (symmetric, PKI, Elliptic Curve, etc.)
` Expert in both analog and digital telecom, Digital Signatures, Authentication,
`Networks, VPNs, digital telecommunications, and IT security.
` Senior Scientist / Chief Scientist at a US Government Agency for 13 years
`concentrating on IT issues, networking, VPNs, encryption, etc.
` Chief Scientist at I3, Inc. Oversaw IT networking issues of US forces in the
`Middle East.
` Senior Fellow, Mitretek Systems ( a “think tank”), 8 years. Chaired the IT
`networks board.
` Adjunct Faculty, Johns Hopkins and George Washington Universities, in
`Networks, IT security.
` Scientist of the Year award, US Gov’t for Telecom and IT‐related developments.
` Excellent in Teaching Award (Johns Hopkins University) for Graduate‐level
`Computer Science
` Published several IT books and numerous refereed publications
` Expert Witness in Telecom and IT technology‐related litigation, internationally.
` Testified in US Federal, State, and Circuit courts; also testified at the ITC
` Extensive experience in handling IPR cases at the Patent Office
` Expert witness in over 100 cases, deposed well over 150 times, written over
`200 expert witness reports
` For patent cases, testified both as an infringement and invalidity expert
` Helped win multimillion dollar judgments for clients ($24M in August 2016 for
`my client at the Federal Court in the Eastern District of Texas)
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` Caltech PhD in Electrical Engineering and Applied Math.
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`Key Strengths:
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`In depth expertise in Signal Processing, Telecommunications Technologies,
`with emphasis on networks and cellular telephony (4G, 3G, other)
`o Technical (Decades of expertise, University professor)
`o Regulatory (FCC Panel Chairman)
`o Management and strategic planning
` GPS
` Possesses world class Networking and IT competence which requires
`multidisciplinary expertise: Telecommunications, Encryption, Signal Processing,
`Infosec and Infotech, Intelligence, Advanced Mathematics, Physics.
`In depth expertise on Digital Networks and Computer science (Adjunct
`professor of Computer Science, prolific author of Infosec books, sought after
`lecturer) and in particular on digital communications (both wireless and wired)
` Extensive experience in Intelligence (SIS‐3 position for 14 years) with multiple
`recognitions and awards, including “Scientist of the Year” and “Meritorious
`Officer” awards.
` Respected in all three sectors of the economy. Held top positions in
`Government and Industry; taught at four universities and still teaching evening
`postgraduate classes at Johns Hopkins and George Washington Universities.
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`Areas of Expertise:
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` Expertise in the advanced technical, management, strategic planning, academic,
`economic, operational, commercial, legal and applied R&D aspects of:
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`1) Telecommunications
`a. Digital Signatures, Encryption, VPN over cellular networks 4G/LTE, 3G,
`GSM, CDMA, AMPS, Narrowband AMPS, Nordic. Cellular Caller‐ID,
`Call‐waiting, other.
`Quality of Service (QoS)
`Buffer Statue Report (BSR) patents
`Service Request handling (SR)
`Modulation types (FDM, OFDMA, CDMA, etc.)
`Codecs
`Encryption
`Geolocation with and without GPS. Assisted GPS technologies.
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`b. Telecommunications (RF, LPI, Wireline, Optical/Laser, Fiberoptic, etc.)
`c. Wireless data communications; VPNs over Wi‐Fi, Wi‐Max, Ad‐hoc
`networks, other.
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`2) GPS, radio‐navigation, direction‐finding.
`a. Designed part of the GPS system before the satellites were first
`launched.
`b. Helped design evolutionary changes to GPS system.
`c. Taught GPS and other radio‐navigation at the graduate school level.
`d. Testified numerous times on GPS issues.
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`3) IT
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`a. Has been teaching Computer Science, with emphasis on Encryption,
`Digital Signatures, Authentication, Networks, VPNs, etc. at Johns
`Hopkins and George Washington Universities.
`- PPTP, L2F/L2TP, SOCKS‐5, other
`- VPN forensics
`b. Information Security
`- Encryption, Digital Signatures, Authentication, Identity Theft.
`Techniques, consequences, Remedies (legal, technical)
`Information Technology (Infrastructure protection,
`Information assurance)
`- Privacy and Network Security; legal basis of privacy in the
`U.S.
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`Information theft and exfiltration.
`- Computer Forensics. Forensics on non‐computer digital
`devices.
`- Electronic data privacy. HIPAA compliance.
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`4) Covert Communications
`a. Encryption, Data hiding, Covert channels and Steganography.
`b. Hidden communications through the Internet and other channels
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`5) Security
`a. Physical Intrusion Detection Sensors and their vulnerabilities.
`b. Physical Security.
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` Often quoted in the New York Times and other news media on Information
`Security and Infrastructure Protection issues.
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` Experience as a court‐qualified testifying expert witness on Telecom and IT
`issues. Has testified at the Federal Court in Alexandria in a billion‐dollar telecom
`and IT patent infringement case. Also retained as an expert witness on telecom
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`and IT issues in a number of civil and criminal cases including a major telecom
`liability case in Australia (Sept‐Dec. 2009).
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`Work Experience:
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`Jan. 2014 – Now:
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`‐ CTO, Caloyannides Consulting, LLC, Northern Virginia
`Oct ‘08 – Jan. ‘14:
`- Senior Scientist for TASC, Inc., Northern VA. Led new corporate directions in
`IT.
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`May ’06 – Sept. ’08.:
` ‐ Chief Scientist, Ideal Innovations Inc. Arlington, VA.
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`Expanded a military‐focused company into one focused on IT and infosec.
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`June ‘99 – May ‘06:
`‐ Senior Fellow” with Mitretek Systems (now renamed to Noblis Inc.), a Washington,
`DC area “think tank” (ongoing) in DoD information assurance, RF technologies,
`cellular telecom, network security, VPNs, computer forensics, and related aspects.
`‐ Extensive experience with the “Infosec Research Council”, the Interagency
`board clearinghouse for infosec issues (NSF, National Institute of Justice,
`DARPA, DoD/SecDef, FAA, NRO and others.)
`‐ Chaired the Infosec Control Board which overseas all aspects of the corporate
`network, introduces new features, adjudicates requests for changes, etc.
`‐ Led the consulting effort for a proprietary government customer on infosec and
`telecom issues.
`‐ Chief contributor to numerous ongoing programs in VPN, infosec, biometrics.,
`geolocation.
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`June ‘98 – Late 2013.
`Independent senior consultant to NASA/NIAC to evaluate advanced technology
`proposals for work in deep space exploration, mostly IT and telecom.
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`August 2002 – Now.
`Adjunct Professor, Johns Hopkins University, Applied Physics Laboratory
`Teaching: 1) VPNs
`2)“Enterprise Security”
`2) RF
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`2) “Network and Data Communications”
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`3) “Internet Communications and Issues”
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`(all graduate level courses).
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`February 2004 – 2013.
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`Adjunct Professor, George Washington University, Washington, DC
`Teaching: a) IP Networks and b) Information security
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`2000 – Now.
`Expert witness in intellectual property litigation.
`Testified in billion‐dollar disputes in Federal Court in Alexandria, VA
`Invited expert witness at the Australian Federal Court in Sydney, Australia.
`Testified at the US Trade Commission Court, in Washington DC.
`Wrote over 100 expert witness reports for the courts.
`Been deposed over 100 times under oath.
`My qualifications were never disputed by any court.
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`July 2008 – Nov. 2008.
`Adjunct Professor, George Mason University, Fairfax, VA
`Teaching: Information Technology Security
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`January 2000‐ Now.
`Technical consultant and testifying Expert Witness to attorneys on technical issues,
`including: a) VPNs, b) Telecom, c) IT, d) Cellphones, e) VoIP, f) Computer Forensics.
`g) GPS
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`2000‐2001
`Chairman of an FCC NRIC advisory panel on Packet Networks. (2000‐2001)
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`9/98‐6/99
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`Senior Scientist at Boeing Corp., responsible for:
`a) Getting Boeing into the commercial information technology business
`Tasked to steer Boeing into the broadband commercial satellite
`telecommunications business; this involved interfacing with the highest levels of
`various regulatory authorities, recommending corporate acquisitions in satcom,
`assessing multi‐billion dollar marketing options, working the frequency
`management issues, interfacing with competitors, and laying the groundwork for
`this new business for Boeing.
`b) Corporate direction on:
`1. The “Ellipso” commercial satcom system. At my recommendation, Boeing
`pulled out of the “satellite cellular” business. My recommendation was
`subsequently proved right by the well‐known commercial demise of Iridium
`and ICO.
`2. Technical oversight of US DoD’s satellite‐based tracking of all Army mobile
`platforms.
`3. Spearheaded the refocusing of the corporation towards a network‐centric
`approach.
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`9/84‐8/98
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`Senior Scientist (SIS‐3 senior executive level), US Government.
`‐ 7 years in Operations, Supporting the technical support of field ops, and
`another 7 years as Chief Scientist in Research and Development.
`‐ Headed the development of numerous new technology efforts over a 14 year
`period.
`‐ Directed contracts of up to tens of millions of dollars.
`‐ Supervised the technical and strategic aspects of most new technical
`developments in a wide spectrum of fields centered on IT and telecom.
`‐ Led teams that developed state‐of‐the‐art techniques for special
` Telecommunications, including VPNs.
`‐ Led the strategic planning for the incorporation of new technologies into
` operations.
`‐ Personally designed numerous pioneering technologies in:
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`Uninterceptable telecommunications.
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`Computer and Data Security.
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`VPN, Encryption. Data Hiding. Effective steganographic techniques.
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`Physical Security and countermeasures.
`‐ Developed and had been personally delivering two highly acclaimed 2‐day
` seminars on:
`a) Security aspects of computers and the Internet.
`b) Security implications of modern technologies.
` which were attended by thousands from many US Government offices.
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`1980‐1984.
`Chief Scientist for classified Space technologies, Rockwell International Corp.
`Pioneered new technologies for space‐borne platforms:
`Satellite‐based Synthetic Aperture Radar and Fourier Transform
`Spectrometry.
`Satellite‐based lasers for SAR and for inter‐satellite communications.
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`New functionalities for GPS satellites. Special purpose satellites.
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`Rockwell International Corp. (now Boeing Corp.), Seal Beach, CA
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`Program Manager and Technical Director, Strategic Systems, Rockwell International
`Corp. (‘77‐’80)
`Headed the design of highly complex military systems.
` Analyzed and designed LPI radars using PN spread spectrum.
` Analyzed and designed bistatic radars (geographically separated
`transmitter and receiver) using indigenous broadcasting
`transmitters as illuminators.
` Designed and built ground penetrating radars
` Designed and built through‐the‐wall imaging radars.
` Analyzed and designed point‐to‐point microwave links, as well as
`troposcatter and meter scatter links.
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` Analyzed and designed means for detecting sidelobes from point
`to point microwave links
`Rockwell Corp. (now Boeing Corp.), Anaheim, CA
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`Chief Scientist, classified systems, Rockwell International Corp. (‘74‐’77)
`Headed all technical aspects of the design and deployment of a nationwide
`signals’ interception system for a US ally ($300 million contract).
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`Senior Scientist, Research Division, Rockwell International Corp. (‘71‐74)
`Developed new digital communications systems (awarded a US Patent for one)
`Designed a new automated system for latent fingerprint classification.
`Developed innovative means for missile guidance and missile defense.
`Developed classified telecommunications systems for clandestine operations.
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`1970 (part time)
`Instructor: a) California State University at Pomona: Feedback Control.
`b) California Institute of Technology (Caltech): Stochastic Feedback.
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`’80 – ‘98
`Senior Retained Consultant for numerous US and multinational corporations.
`(7/80 ‐ now).
`Strategic planning for business development. Won multimillion $ contracts for
`clients.
`Senior technical advisor on Inmarsat, Cellular telephony (GSM, AMPS, CDMA), fiber‐
`optics, telecommunications, computer & physical security, RF propagation, Internet,
`VPN.
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`7‐10 ’98
`Adjunct Professor, George Mason University (Fairfax, VA, USA) (7/98 – 10/98)
`Dep’t of Electrical and Computer Engineering.
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`Education:
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`Ph.D. Electrical Engineering, Applied Mathematics, and Philosophy,
` Caltech 1972
`M.Sc. Electrical Engineering, Caltech (California Institute of Technology) 1968
`B.Sc. with Highest Honors, Caltech, 1967
` “A+” grade point average. Full scholarships throughout all studies.
`First in a class of over 1,000 students during both years at Rensselaer
`Polytechnic Institute (Troy, NY, ‘63/64 & ‘64/65). Transferred to Caltech.
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`Attended multiple seminars on management, and on all aspects of contracting &
`contract‐ monitoring, on new trends in business and technology (Brookings Institution,
`etc.)
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`Completed numerous specialized courses in clandestine operations taught within the US
`Government.
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`Taught numerous courses as adjunct professor, and within the US Gov’t. (see above).
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`Recognitions and Awards:
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`“Scientist of the Year” (1987, US Gov’t)
`“Meritorious Officer” (1989, US Gov’t).
`Five separate “Exceptional Accomplishment Awards”. US Gov’t. 1984‐98
`Award for Excellence in Teaching. Johns Hopkins University, April 2008.
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`Small Sampling from Numerous Books authored, Publications and
`Patents:
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`”Forensics is so Yesterday” IEEE Security and Privacy magazine, March 2009.
`”Desktop Witness: Do's and Don'ts of Personal Computer Security”. John Wiley and
`Sons, Publishers. Sole author. June 2002. ISBN: 0‐471‐48657‐4
`”Computer Forensics and Privacy/Security”. Artech House Publishers (2001). 450‐page
`book. Sole author. ISBN: 1‐58053‐283‐7. Second Edition published in 2004.
`“Encryption”, IEEE Spectrum, April and May 2000 issues.
`”Computing Correct Results Despite Malice”, Caloyannides et al, International
`Conference on Dependable Systems and Networks DSN2004, Performance and
`Dependability Symposium, Florence, Italy, June 28‐July 1, 2004.
`www.dsn.org/pds.html
`”Digital Evidence”. Invited article in “Digital Crime and Forensic Science in Cyberspace”,
`P. Kanellis, N. Kolokotronis, E. Kiountouzis, D. Martakos, Editors. Publisher: Idea
`Group Inc. 701 E. Chocolate Avenue, Suite 200 Hershey PA 17033‐1240.
`”Reality vs. Hype in Next Generation Cellular and Wireless LAN Services”
`Proceedings of the Applied Telecommunications Symposium ATS04,
`Arlington VA, April 21‐24, 2004
`“Anonymity over the Internet”. 300+ page report for a sensitive government
`organization. June, 2005.
`”The Compromised Insider: a Major Threat to Official Document Issuance”. Keesing
`Journal of Documents, Amsterdam, Holland, Oct. 2005.
`”US E‐Government Authentication Framework and Programs”. Caloyannides et al, IT Pro
`(published by the IEEE Computer Society), May/June 2003
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`”The Internet and Cyberattacks”, Sigma Publication, Winter 2003, Mitretek Systems,
`Fairfax, VA
`“Will Open Source Really Improve System Security?” (Caloyannides, Witten, et
`al),
`Software, IEEE Computer Society, September/October 2001 (Vol. 18,
`No.5),
` http://www.computer.org/software/so2001/s5057abs.htm.
`”Digital Evidence may be Evidence of Nothing”, Keesing Journal of Documents,
`Amsterdam Holland, February 2004.
` January 2005: “Information Security”. Article published in the Keesing “Journal of
`Documents”, Amsterdam, Netherlands.
`”Digital Forensics: Operational, Legal and Research Issues”, co‐authored with
`Prof. S. Shenoi, Tulsa State University, January 2004.
`“Microcycle Spectral Estimates of 1/f Noise”, Journal of Physical Review, 1973.
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`Small Sampling from Numerous Presentations:
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`“IT Security and VPNs”. Invited presentation at NSA Hqs. June 2015
`”Economic Espionage”, Invited presentation at the Intelligence Conference (Intelcon),
`May 8 and 9, 2006, Bethesda, Maryland.
`”The Limitations of Computer Forensics”, Invited presentation at the Intelligence
`Conference (Intelcon), May 9 and 9, 2006, Bethesda, Marylans,
`Privacy in the Information Age”, Invited presentation to the Committee on Privacy at the
`National Academies, Washington, DC. May 8, 2003
`”Computer Forensics”. Two 2‐day seminars presented to senior law enforcement and
`corporate officials from Indonesia, Malaysia, Singapore, Brunei, and Thailand. UNI,
`Singapore (www.uninetintelligence.com), December 8‐9 and 11‐12, 2003, and also
`Dubai UAE May 9‐10, ‘04.
`”Information Security and Infrastructure Protection”. Two 3‐day seminars to be
`presented to government officials in Thailand and Dubai, UAE. May 12‐24, 2005.
`”Detecting Terrorist communications over the Internet”. 2‐day presentation presented
`to AFCEA (US Armed Forces Communications and Electronics Association), Fairfax,
`VA, June 2005, and again September 2005, and again April 2006.
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`Memberships in Professional Societies
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`Senior Member, IEEE
`Member, Communications Security Technical Committee, IEEE
`Member, Tau Beta Pi (Engineering Honorary Society)
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`Member, Sigma Xi (Science Honorary Society)
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`PhD Thesis Advisor to Students
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`PhD Thesis advisor to two doctoral students:
`a) Tulsa University, Tulsa, Oklahoma
`b) George Mason University, Fairfax, Virginia
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`VPN‐Specific Publications and Presentation
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`Note: During the 1984‐1998 period I was employed doing classified work for the
`Intelligence Community (IC) where no unclassified publication were permitted. My
`classified publications and classified presentations to security‐cleared audiences within
`the IC included the following (their unclassified titles provided below):
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`“PPTP VPN Security Weaknesses and Fixes”
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`“VPN Protocols: PPTP, L2FP, L2F: Which of these VPN protocols support non‐IP
`packets?”
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`“IPsec: The Perils of Too Much Complexity and their Impact on VPNs”
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`“One Time Pad (OTP) Symmetric Encryption; Practical Security Weaknesses”
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`“Pseudorandom is not the same as random in symmetric key generation in VPNs”
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`Since 1998, I have been teaching unclassified graduate school classes in information
`security for Johns Hopkins and George Washington Universities, which included lectures
`on VPNs.
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`Areas of Professional and Research Interest:
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` 4G/LTE, Standards, Patents. MIMO antennas
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` Encrypted data communications (VPN, symmetric and PKI encryption, data
`hiding, steganography, etc.
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` Digital communications and networks
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` All Cellular technologies. 3G, 4G, LTE
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` Security (confidentiality, integrity, availability, attributability)
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` Telecom Infosec. Defense and offense. All aspects
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` Digital forensics on the increasingly diverse spectrum of digital devices besides
`computers.
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` Geolocation technologies. RFID, beacons, GPS, other.
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` Advanced Signal Processing Techniques. Kalman filtering, stochastic estimation.
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` Substantive infrastructure protection and security.
`o Exploitable weaknesses of intrusion detection systems and sensors.
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` EMP Analysis and Shielding Design
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` Network survivability, Network Communications, Security, Intelligent Systems,
`VPN/IPsec, Privacy, Information exploitation, Encryption, Steganography, Data‐
`Mining.
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` Radio Frequency technologies used for identification and tracking. Passive and
`active RFID, transponders.
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` VoIP. Encrypted and covert VoIP.
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` RF telecommunications: VLF, HF, Microwave, Troposcatter, Satcom. Wireless
`LANs, Ultrawideband.
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` Counterterrorism technologies and operations, Covert communications.
`Clandestine techniques, technologies and operations, Military communications.
`C3I.
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` Biometrics. Physical and electronic security. Intrusion sensor vulnerabilities and
`countermeasures.
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` Electronic watermarking of sensitive files so as to be able to trace their source if
`leaked.
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` Virtual intrusion into secure facilities, and protection from such intrusion. (cyber‐
`theft, RF emanations from workstations, remote sabotage, etc.)
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`Other experience and Licenses
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`Licensed commercial pilot (also multiengine and instrument‐rated), and pilot instructor.
`6,000+ hours as pilot in command.
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`Summarized Record of some recent past assignments as expert witness
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`I have functioned as an expert witness since 1998 for a total of over 100 cases, at the
`rate of approx. 4‐5 cases per year. Helped win multimillion dollar cases. Testified in
`Federal Courts (Virginia, Texas, Colorado), State Courts as well as at the ITC.
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`95% of these cases have been technology intellectual property cases (patents). Both
`for infringement/noninfringement and invalidity.
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`Maxell v. ZTE & Huawei, Federal Circuit Court for the Eastern District of Texas,
`Texarkana Division, June 2018. (Verdict for $43.3 Million in favor of the client I
`supported – Maxell‐).
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`CCE v. Apple et al. Federal Court for the Eastern District of Texas, Tyler Division.
`August 2016 (Magistrate Judge Mitchell). Verdict for $33M in favor of the client I
`supported (CCE).
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`Verizon v. Cox, and I supported the plaintiff (Verizon).
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`Also served as an expert witness in an intellectual property case in the Federal Court
`in Sydney, Australia. Case was won by the side I supported.
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`My qualifications have never been questioned by any court.
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`Was deposed well over 150+ times, most of them lasting a full day each (one lasted 2
`days).
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`Wrote expert reports in all 100+ cases, some as long as 70 pages.
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`The remaining 5% of the cases I supported as an expert witness involved:
`a) Wrongful termination based on GPS readings
`b) Criminal cases based on cellular GPS records
`c) Civil cases based on cellular records
`d) Civil cases involving product liability
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`SOME RECENT SPECIFIC CASES I WAS RETAINED AS EXPERT WITNESS:
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`1) CCE v. Apple et al, Civil Action No. 6:13-cv-507 in the US Court for the Eastern
`District of Texas.
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`2) Gemalto v. CPI Card Group, Inc. Infringement case about US Patent 6.786,418.
`Federal Court, Denver, CO. Civil Action No. 1:16-cv.010067-RBJ. I supporeted
`the Plaintiff, Gemalto S.A.
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`3) Multiple different IPR cases at the Patent Office
`a. IPR2015-01220
`b. IPR2015-01226
`c. IPR review of U.S. Patent No. 8,331,869
`d. IPR2015-01170
`e. Numerous others
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`4) PATENT CASE: TomTom v. Dr. Michael Adolph (patent infringement case on
`GPS navigators)
`Vienna, VA
`I supported the Michael Adolph team (plaintiff)
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`5) LIABILITY CASE: Lidco v. L3 Inc. (2012). Lidco cut L3’s fiberoptic cable by
`mistake.
`Bary Vrevich, partner of law firm.
`San Diego, CA
`I supported the defendant,m Lidco Co. against allegations that its trucks dug and
`cut a fiber optic line.
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`6) CASE: Magnum v. AirIQ [Leaking GPS Mountings of GPS Equipment in Truck
`Fleet (2011)]
`I provided expert witness support for the user of the faulty equipment, Magnum
`Co. (plaintiff)
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`7) PATENT CASE: TQP Development, LLC, Plaintiff v. Ticketmaster
`Entertainment, Inc. et al., 2:09-cv-279,
`In the United States District Court for the Eastern District of Texas Marshall
`Division.
`I provided expert witness support for all the defendants, who included UPS,
`FedEx, Apple, Motorola, and numerous others named in the complaint.
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`8) PATENT CASE: Verizon v. Cox Communications (2009)
`Washington, DC 20036
`I provided expert witness support for Verizon (plaintiff).
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`9) PATENT CASE
`United States District Court, Florida. Case No. 08-21496-civ Moreno/Brown.
`Roblor Marketing Group, Inc.Plaintiff, v.GPS Industries, LLC,
`Proshot Investrors, LLC, Cypress GPS, LLC, and
`Calaway Golf Co.
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`10) PATENT CASE (2012)
`The plaintiff was Motorola Solutions, Inc. against Round Rock Research, LLC, with
`respect to patent numbers 5,500,650 5,627,544, 6,459,726, and RE41, 531, Case No.
`1:12‐cv‐53‐GBL‐IDD in the District Court for the Eastern District of Virginia.
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`11) CRIMINAL CASE: Commonwealth of Kentucky v. Robert Drown (Geolocation
`of a cellphone). (2009)
`I provided expert witness support for the State of Kentucky (the district attorney’s
`office).
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`12) PATENT CASE: Avidyne v. L3 Communications (patent infringement case) 2009.
`Grand Rapids, MI 49546
`I provided expert witness support for L3 Communications.
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`13) PATENT CASE: (unknown plaintiff) v. AT&T (2010). Plaintiff accused cellular
`manufacturer and service provider of having manufactured a cellphone that
`emitted a loud tone that damaged her hearing..
`Oklahoma City, OK
`I provided expert witness support for the plaintiff (the injured party).
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`14) CASE: Carbine v. Tri-State Guardrail (Wrongful death case)
`Nashville, Tennessee 37201
`I provided expert witness support for the estate of the deceased (the plaintiff)
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`15) CASE: (Patent case, 2014). Furuno Co. (Japan) v. Raymarine and Garmin (both
`US manufacturers of marine electronics and radars)
`Case was in front of the ITC (Washington), Investigation # 337-TA-900
`I supported the plaintiff. Case was settled in favor of the plaintiff.
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`IPR2017-02023
`Patent Owner's Exhibit 2002
`Page 14 of 15
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`16) CASE: (Patent case) Case # 6:12-cv-120-MHS-CMC in Texas by Adaptix Inc. v.
`LG Electronics et al.
`Case No. 5:13-cv-02023-PSG
`Case No. 5:13-cv-01844-PSG
`Case No. 5:13-cv-01778-PSG
`Case No. 5:13-cv-01777-PSG
`Case No. 5:13-cv-01776-PSG
`Against Apple, AT&T. Callco dba Verizon)
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`17) CASE (same as above, but a Patent Review case in front of the patent office).
`(case is ending; I just turned in my last declaration on it)
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`18) CASE: (Patent case). Single Touch Intercactive, Inc. v. Zoove Corp.
`Case # 4:12-CV-00831-YGR (US District Court, Oakland Div., California)
`On wireless networks for tracking medical items using RFID
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`19) CASE: (Patent case in front of the ITC- PENDING)
`Investigation # 337-TA-910 “Certain RV sets and components thereof”.
`I support the plaintiff.
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`20) CASE: CSS v. Fibernet (telephone company had inadequate backups and many
`customers lost telephone service for a long time) (2009)
`Charleston, West Virginia
`I provided expert witness support for the defendants (the customers who lost
`service).
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`IPR2017-02023
`Patent Owner's Exhibit 2002
`Page 15 of 15
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