About Locked Mail™ 

MySQIF™ Locked Mail™ is the world’s first true polymorphic encryption messaging system able to handle 4 GB files and built to put privacy, free speech, and control back in the user’s hands. For 33 years after PGP in 1993, electronic message encryption barely moved. Six years of intensive R&D changed that. Polymorphic encryption designed by Dr. Albert Carlson—independently certified against AI and quantum attack—combines with single-use keys that dissolve after each message, an advanced key-exchange that locks even the To, From, Subject fields, and extreme sharding that splits each payload into 20,000+ dual-key fragments. The interface, shaped by email pioneer Michael McKibben.

Why We Built 
MyS​QIF™ Locked Mail™

Most mainstream platforms (Gmail, Outlook, Proton Mail, Signal, and others) promise privacy but remain vulnerable to provider access, third-party surveillance, advertising, and sophisticated attacks. Even many “end-to-end encrypted” solutions that claim invulnerability and use ephemeral keys continue to be exposed to side-channel attacks and ​traditional PKE (Public Key Encryption) weaknesses.

MySQIF™ Locked Mail™ was engineered to close these gaps.

Polymorphic Encryption

At the heart of MySQIF​™ is polymorphic encryption—an AI-quantum-proof system developed by leading cryptologists. It goes far beyond conventional end-to-end encryption through several advanced mechanisms to protect people from prying eyes.

Certified AI-Quantum-Proof 

Independently tested and certified by respected institutions as resistant to both classical and AI-quantum computing attacks. No one has successfully broken MySQIF™’s encryption, even with quantum approaches. The system is backed by a $20,000 Crack-it! Prize for anyone who can crack it.

Side-Channel Proof

Designed by the same team that publicly demonstrated critical side-channel vulnerabilities in major encryption standards in 2015. MySQIF™’s architecture makes traditional side-channel attacks (timing, power analysis, cache, electromagnetic, acoustic, etc.) irrelevant.

Advan​ced Polymorphic 
Mechanics

  • E​very message is split into 20,000+ randomly sized shards.
  • Each shard is encrypted with dual unique keys (one from sender, one from receiver).
  • Employs one-time dissolving keys generated from random device-specific data. These keys are used once and then permanently dissolve, making them impossible to recreate.
  • Zero-knowledge architecture: MySQIF™ has no ability to read, scan, or access your content at any point.


Michael T. McKibben, B.S.C.E.

Michael McKibben designs large-scale communications systems. He rebuilt the AT&T AccessPlus 3.0 email system in time for the release of Windows 95. After supporting AT&T’s global operati​on and its largest clients, he concluded that big-box technology had a fatal flaw in how it implemented large-scale collaboration, and that the industry was committed to its old wineskins. He formed Leader® Technologies to invent and patent what came to be called social networking. With the invention in hand, he was directed to a prominent Washington, D.C., patent professor to protect the work.

Just as he was teaming with the cryptologist Phil Zimmermann to implement encryption, his patent attorney formed the Eclipse Foundation with IBM and secretly shared the invention with big government and big tech. They began exploiting it under the cover of fourteen different origin stories meant to explain how they had obtained his source code. That account is set out in his new book, The Hidden Hand. 

McKibben then turned to historical investigation to make sense of this breach of the U.S. Constitution. Along the way he met the eminent cryptologist Albert Carlson, Ph.D., and Carlson’s business partner, Michael Del La Garza. The three decided to build a new file-sharing and messaging system, combining McKibben’s software design with Carlson’s groundbreaking work in polymorphic encryption. 

They launched the MySQIF™ Privacy App™ two years ago for file sharing. This release, MySQIF™ Locked Mail™, sharply improves the usability of the system so that, on the surface, it works like email. The polymorphic exchange of one-time keys is simultaneously powerful and invisible to the user. There are no fiddly encryption keys to manage, yet the result is the most powerful messaging platform encryption ever offered.

Albert H. Carlson, Ph.D.

Professor Albert Carlson, Ph.D., has built a distinguished 30-year career across academia, industry, and the military in mathematics, physics, and cryptography. His work has spanned teaching, research supervision, and applied technical practice, linking theoretical training with operational problems in secure communications and electronic systems. He is currently on the faculty of Austin Community College and, at the same time, serves on doctoral committees for Ph.D. candidates at institutions around the nation.

The range of that career is best seen in the institutions and forums with which he has been associated: the University of Illinois at Urbana-Champaign and the University of Illinois at Chicago; U.S. Army Tactical and Strategic Electronic Warfare; the Illinois Institute of Technology; Mankato State University; the University of Idaho; Fontbonne University; and Austin Community College. He has also contributed in professional and technical settings that include DefCon 23, ShowMeCon, aQED, and the IEEE. Together these appointments and engagements mark a career that moves between the classroom, the laboratory, the field, and now into commercial software.

Carlson, McKibben & Williams Scientific Papers

67 entries, oldest publication date first.

  1. Ueli M. Maurer, James L. Massey. (Mar. 01, 1993). “Cascade Ciphers: The Importance of Being First.” pp.55-61. J. Cryptology. https://fbcoverup.com/docs/library/1993-03-01-Cascade-Ciphers-The-Importance-of-Being-First-pp-55-61-by-Ueli-M-Maurer-James-L-Massey-J-Cryptology-Mar-01-1993.pdf
  2. Carlson, Albert; Marc Laude, Deborah Frincke. (Aug. 01, 2003). “Railway Security Issues: A Survey of Developing Railway Technology, Conference: CCCT 2003, Orlando, Florida.” Source:https://www.atdlines.com/pdf/rsi-secur.pdf. https://fbcoverup.com/docs/library/2003-08-01-Railway-Security-Issues-%20A-Survey-of-Developing-Railway-Technology-by-Albert-H-Carlson-et-al-Conferenece-CCCT-2003-Orlando-Florida-Aug-01-2003.pdf
  3. Carlson, Albert Henry; Whilhite, Elizabeth et al. (Dec. 02, 2004). WO 2004/105296, “Secure Communications.” WIPO. https://fbcoverup.com/docs/library/2004-12-02-Secure-Communications-WO2004105296A2-by-Carlson-Albert-Henry-Whilhite-Elizabeth-et-al-WIPO-Dec-02-2004.pdf
  4. A.H. Carlson, R.B. Wells, and R.E. Hiromoto. (Sep. 05-07, 2005). “Using Set Theoretic Estimation to Implement Shannon Secrecy.” 2005 IEEE Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applications, Sofia, Bulgaria, 2005, pp. 435-438, doi: https://doi.org/10.1109/IDAACS.2005.283018. https://fbcoverup.com/docs/library/2005-09-05-07-Using-Set-Theoretic-Estimation-to-Implement-Shannon-Secrecy-%E2%80%93by-AH-Carlson-et-al-2005-IEEE-Intellgnt-Data-Acquisition-and-Advanced-Comp-Systs-Tech-and-Appls-Sofia-Bulgaria-2.pdf
  5. A.H. Carlson, R.B. Wells, and R.E. Hiromoto. (Sep. 05-07, 2005). “The Problem with Regular Multiple Byte Block Boundaries in Encryption.” 2022 IEEE 13th Annual Information Technology, Electronics and Mobile Communication Conference (IEMCON), Vancouver, BC, Canada, 2022, pp. 0055-0060, doi:https://doi.org/10.1109/IEMCON56893.2022.9946470. https://fbcoverup.com/docs/library/2022-10-12-15-The-Problem-with-Regular-Multiple-Byte-Block-Boundaries-in-Encryption-by-A-Carlson-et-al-2022-IEEE-13th-Annl-Info-Tech-Electronics-and-Mobile-Comm-Conf-(IEMCON)-Vancouver-BC.pdf
  6. McKibben et al. (Nov. 21, 2006). U.S. Patent No. 7,139,761, “Dynamic Association of Electronic Stored Information with Iterative Workflow Changes.” USPTO. https://fbcoverup.com/docs/library/2006-11-21-McKibben-et-al-US-Pat-No-7139761-Dynamic-Association-of-Electronic-Stored-Information-with-Iterative-Workflow-Changes-Nov-21-2006.pdf
  7. Albert H. Carlson. (Apr. 01, 2009). “Defense in Depth: Perspectives on utility security from a military intelligence viewpoint.” Western Power and Delivery Conference, Spokane, WA. https://fbcoverup.com/docs/library/2009-04-01-Defense-in-Depth-Perspectives-on-utility-security-from-a-military-intelligence-viewpoint-by-Albert-H-Carlson-Western-Pwr-and-Delivry-Conf-Spokane-WA-Apri-01-2009.pdf
  8. Albert H. Carlson. (Apr. 01, 2009). “Defense in Depth: Perspectives on utility security from a military intelligence viewpoint.” Western Power and Delivery Conference, Spokane, WA. Gate. https://fbcoverup.com/docs/library/2009-04-01-Defense-in-Depth-Perspectives-on-utility-security-from-a-military-intelligence-viewpoint-by-Albert-H-Carlson-Western-Pwr-and-Delivry-Conf-Spokane-WA-Apri-01-2009.pdf
  9. McKibben et al. (Apr. 12, 2011). U.S. Patent No. 7,925,246, “Radio/Telephony Interoperability System.” USPTO. https://fbcoverup.com/docs/library/2011-04-12-McKibben-et-al-US-Pat-No-7925246-Radio-Telephony-Interoperability-USPTO-Apr-12-2011.pdf
  10. A.H. Carlson, R.E. Hiromoto, and R. B. Wells. (Sep. 15-17, 2011). “Breaking block and product ciphers applied across byte boundaries. Proceedings of the 6th IEEE International Conference on Intelligent Data Acquisation and Advanced Computing Systems, Prague.” 2011, pp. 733-736, doi:https://doi.org/10.1109/IDAACS.2011.6072867. https://fbcoverup.com/docs/library/2011-09-15-Breaking-Block-and-Product-Ciphers-pp-256-263-ISSN-1727-6209-by-Albert-H-Carlson-et-al-International-Journal-of-Computing-Sep-15-17-2011.pdf
  11. A.H. Carlson, R.E. Hiromoto and R.B. Wells. (Sep. 15-17,  2011). “Breaking block and product ciphers applied across byte boundaries.” Proceedings of the 6th IEEE International Conference on Intelligent Data Acquisition and Advanced Computing Systems, Prague, 2011, pp. 733-736, doi:https://doi.org/10.1109/IDAACS.2011.6072867. https://fbcoverup.com/docs/library/2011-09-05-Breaking-Block-and-Product-Ciphers-pp-256-263-ISSN-1727-6209-by-Albert-H-Carlson-et-al-International-Journal-of-Computing-Sep-5-17-2011.pdf
  12. Albert H. Carlson. (May 01, 2012). “SET THEORETIC ESTIMATION APPLIED TO THE INFORMATION CONTENT OF CIPHERS AND DECRYPTION, Final Dissertation, Thesis for Doctor of Philosophy, Computer Science, University of Idaho.” Source: . https://fbcoverup.com/docs/library/2012-05-01-SET-THEORETIC-ESTIMATION-APPLIED-TO-THE-INFORMATION-CONTENT-OF-CIPHERS-AND-DECRYPTION-Final-Dissert-by-Albert-H-Carlson-Thesis-for-Dr-of-Phil-Comp-Sci-Univ-of-Idaho-May-01-2012.pdf
  13. McKibben et al. (Jun. 05, 2012). U.S. Patent No. 8,195,714, “Context Instantiated Application Protocol.” USPTO. https://fbcoverup.com/docs/library/2012-06-05-McKibben-et-al-US-Pat-No-8195714-Context-Instantiated-Application-Protocol-USPTO-Jun-05-2012.pdf
  14. Petition for Writ of Certiorari. (Nov. 16, 2012). Leader Techologies Inc. v. Facebook Inc., No-12-617. U.S. Supreme Court. https://fbcoverup.com/docs//library/2012-11-06-Petition-for-Writ-of-Ceriorari-CLICKABLE-CITES-Leader-Technologies-Inc-v-Facebook-Inc-No-12-617-U-S-Supreme-Court-Nov-16-2012.pdf
  15. Dr. Albert H. Carlson, Dr. Robert E. Hiromoto. (Jun. 21, 2013). “Reduction of Key Space Using Isomorphs and Language Characteristics.” Cloud+MD. https://fbcoverup.com/docs/library/2013-06-21-Reduction-of-Key-Space-Using-Isomorphs-and-Language-Characteristics-by-Dr-Albert-H-Carlson-Dr-Robert-E-Hiromoto-CloudMD-Jun-21-2013.pdf
  16. Carlson et al. (Nov. 03, 2015). U.S. Patent No. 9,178,514, “Polymorphic Hardware Engine.” USPTO. https://fbcoverup.com/docs/library/2015-11-03-US-Patent-No-9178514-Polymorphic-Hardware-Engine-by-Carlson-et-al-USPTO-Nov-03-2015.pdf
  17. Albert Henry Carlson et al. (Sep. 04, 2018). U.S. Patent No. 10,069,805, “Polymorphic one time pad matrix.” USPTO. https://fbcoverup.com/docs/library/2018-11-04-US-Patent-No-10069805-Polymorphic-one-time-pad-matrix-by-Carlson-Albert-Henry-et-al-USPTO-Sep-04-2018.pdf
  18. Carlson et al. (Nov. 06, 2018). U.S. Patent No. 10,122,684, “Local Area Network Electronic Perimeter Security.” USPTO. https://fbcoverup.com/docs/library/2018-11-06-US-Patent-No-10122684-Local-Area-Network-Electronic-Perimeter-Security-Carlson-et-al-USPTO-Nov-06-2018.pdf
  19. Carlson, Albert Henry et al. (Dec. 25, 2018). U.S. Patent No. 10,162,985, “Virtual Polymorphic Hardware Engine.” USPTO. https://fbcoverup.com/docs/library/2018-12-25-US-Patent-No-10162985-Virtual-Polymorphic-Hardware-Engine-by-Albert-Henry-Carlson-et-al-USPTO-Dec-25-2018.pdf
  20. FIRST AMENDED MILLER ACT NOTICE. (Apr. 25, 2019). “Leader Technologies, Inc.” to the U.S. Executive pursuant to 40 U.S.C. §3131 et seq. Leader Technologies, Inc. https://fbcoverup.com/docs/library/2019-04-25-FIRST-REVISED-MILLER-ACT-NOTICE-TO-UNITED-STATES-EXECUTIVE-served-via-USPS-Express-Mail-electronically-and-by-hand-Apr-25-2019.pdf
  21. B. Williams, R. E. Hiromoto, and A. Carlson. (Sep. 18-21, 2019 ). “A Design for a Cryptographically Secure Pseudo Random Number Generator.” 2019 10th IEEE International Conference on Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applications (IDAACS), Metz, France, 2019, pp. 864-869, doi:https://doi.org/10.1109/IDAACS.2019.8924431. https://fbcoverup.com/docs/library/2019-09-18-21-A-Design-for-Cryptographically-Secure-Pseudo-Random-Number-Gentr-by-B-Williams-et-al-2019-10th-IEEE-Intl-Conf-on-Intellgnt-Data-Acquis-and-Advcd-Comp-Systs-Tech-and-App-(IDA.pdf
  22. Carlson et al. (Nov. 19, 2019). U.S. Patent No. 10,482,290, “Virtual Polymorphic Hardware Engine.” USPTO. https://mysqif.com/2019-11-19-US-Patent-No-10482290-Virtual-Polymorphic-Hardware-Engine-by-Carlson-et-al-USPTO-Nov-19-2019.pdf
  23. Carlson et al. (Feb. 18, 2020). U.S. Patent No. 10,567,351, “Polymorphic One Time Pad Matrix.” USPTO. https://fbcoverup.com/docs/library/2020-02-18-US-Patent-No-10567351-Polymorphic-One-Time-Pad-Matrix-by-Carlson-et-al-USPTO-by-Feb-18-2020.pdf
  24. I. Kalyan Dutta, B. Ghosh, A.H. Carlson, and M. Bayoumi. (Jun. 02-16, 2020). “Lightweight Polymorphic Encryption for the Data Associated with Constrained Internet of Things Devices.” 2020 IEEE 6th World Forum on Internet of Things (WF-IoT), New Orleans, LA, USA, 2020, pp. 1-6, doi:https://doi.org/10.1109/WF-IoT48130.2020.9221296. https://fbcoverup.com/docs/library/2020-06-02-16-Lightweight-Polymorphic-Encryption-for-the-Data-Associated-with-Constrained-Internet-of-Things-Devices-by-IK-Dutta-2020-IEEE-6th-World-Forum-on-IOT-New-Orleans-LA-USA-2020-p.pdf
  25. B. Ghosh, I. Kalyan Dutta, A. Carlson, and M. Totaro. (Oct. 20-22, 2020). “Mathematical Modeling and Prediction of Neural Network Training based on RC Circuits.” 2020 International Symposium on Networks, Computers and Communications (ISNCC), Montreal, QC, Canada, 2020, pp. 1-4, doi: https://doi.org/10.1109/ISNCC49221.2020.9297244. https://fbcoverup.com/docs/library/2020-10-20-22-Mathematical-Modeling-and-Prediction-of-Neural-Network-Training-based-on-RC-Circuits-2020-Intl-Symp-on-Networks-Comps-and-Comms-(ISNCC)-Montreal-QC-Canada-2020-pp-1-4-Oct-20.pdf
  26. B. Ghosh, I.K. Dutta, A. Carlson, M. Totaro, and M. Bayoumi. (Oct. 28-31, 2020). “An Empirical Analysis of Generative Adversarial Network Training Times with Varying Batch Sizes.” 2020 11th IEEE Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON), New York, NY, USA, 2020, pp. 0643-0648, doi:https://doi.org/10.1109/UEMCON51285.2020.9298092. https://fbcoverup.com/docs/library/2020-10-28-An-Empirical-Analysis-of-Generative-Adversarial-Network-Training-Times-with-Varying-Batch-Sizes-by-B-Ghosh-et-al-2020-11th-IEEE-Annual-Ubiquitous-Comp-Elect-and-Mobl-Comm-Conf-NY.pdf
  27. I. K. Dutta, B. Ghosh, A. Carlson, M. Totaro, and M. Bayoumi. (Oct. 28-31, 2020). “Generative Adversarial Networks in Security: A Survey.” 2020 11th IEEE Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON), New York, NY, USA, 2020, pp. 0399-0405, doi:https://doi.org/10.1109/UEMCON51285.2020.9298135. https://fbcoverup.com/docs/library/2020-10-28-Generative-Adversarial-Networks-in-Security-A-Survey-by-IK-Dutta-et-al-2020-11th-IEEE-Annual-Ubiq-Comp-Elect-and-Mob-Comm-Conf-(UEMCON)-NY-2020-pp-0399-0405-Oct-28-2020.pdf
  28. Carlson, Albert Henry. (Feb. 18, 2021). “U.S.” Patent Appl. No. 10,051,006. Blind Key Generator and Exchange. USPTO. https://patentimages.storage.googleapis.com/bd/8b/c1/65d851cd296de2/US20210051006A1.pdf. https://fbcoverup.com/docs/library/2021-02-18-US-Patent-Appl-No-10051006-Blind-Key-Generator-and-Exchange-by-Albert-Henry-Carlson-USPTO-Feb-18-2021.pdf
  29. Carlson et al. (Mar. 30, 2021). U.S. Patent No. 10,965,710, “Dynamic PIN Configurator.” USPTO. https://fbcoverup.com/docs/library/2021-03-30-US-Patent-No-10965710-Dynamic-PIN-Configurator-by-Carlson-et-al-USPTO-Mar-30-2021.pdf
  30. A. Carlson, B. Ghosh, I.K. Dutta, S. Khanre, and M. Totaro. (Oct. 27-30, 2021). “Isomorphic Cipher Reduction.” 2021 IEEE 12th Annual Information Technology, Electronics and Mobile Communication Conference (IEMCON), Vancouver, B.C., Canada, 2021, pp. 0947-0953, doi:https://doi.org/10.1109/IEMCON53756.2021.9623135. https://fbcoverup.com/docs/library/2021-10-07-Isomorphic-Cipher-Reduction-by-B-Gosh-et-al-2021-IEEE-12th-Annual-Info-Tech-Elect-and-Mobile-Comm-Conf-(IEMCON)-Vancouver-BC-Canada-2021-pp-0947-0953-Oct-07-30-2021.pdf
  31. A. Carlson, B. Ghosh, I.K. Dutta, S. Khare, and M. Totaro . (Oct. 27-30, 2021). “Key Space Reduction Using Isomorphs.” 2021 IEEE 12th Annual Information Technology, Electronics and Mobile Communication Conference (IEMCON), Vancouver, BC, Canada, 2021, pp. 0970-0975, doi:https://doi.org/10.1109/IEMCON53756.2021.9623158. https://fbcoverup.com/docs/library/2021-10-27-Key-Space-Reduction-Using-Isomorphs-by-Albert-Carlson-et-al-2021-IEEE-12th-Annual-Info-Tech-Elects-and-Mobile-Comm-Conf-(IEMCON)-Oct-27-30-2021.pdf
  32. Albert Carlson et al. (Oct. 27, 2021). “Key Space Reduction Using Isomorphs.” 2021 IEEE 12th Annual Information Technology, Electronics and Mobile Communication Conference (IEMCON), Vancouver, BC, Canada, 2021, pp. 0970-0975, doi:https://10.1109/IEMCON53756.2021.9623158. https://fbcoverup.com/docs/library/2021-10-27-Key-Space-Reduction-Using-Isomorphs-by-Albert-Carlson-et-al-2021-IEEE-12th-Annual-Info-Tech-Elects-and-Mobile-Comm-Conf-(IEMCON)-Oct-27-30-2021.pdf
  33. B. Ghosh, I.K. Dutta, S. Khare, A. Carlson, and M. Totaro. (Oct. 27-30, 2021). “Isomorphic Cipher Reduction.” 2021 IEEE 12th Annual Information Technology, Electronics and Mobile Communication Conference (IEMCON), Vancouver, BC, Canada, 2021, pp. 0947-0953, doi:https://doi.org/10.1109/IEMCON53756.2021.9623135. https://fbcoverup.com/docs/library/2021-10-27-30-Isomorphic-Cipher-Reduction-2021-IEEE-12th-Annual-Info-Tech-Elects-and-Mobile-Comm-Conf-(IEMCON)-Vancouver-BC-CA-2021-pp-0947-0953-Oct-27-30-2021.pdf
  34. A. Carlson, G. Gang, T. Gang, B. Ghosh and I. K. Dutta. (Dec. 01-04, 2021). “Evaluating True Cryptographic Key Space Size.” 2021 IEEE 12th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON), New York, NY, USA, 2021, pp. 0243-0249, doi: https://doi.org/10.1109/UEMCON53757.2021.9666530. https://fbcoverup.com/docs/library/2021-12-01-04-Evaluating-True-Cryptographic-Key-Space-Size-by-A-Carlson-et-al-2021-IEEE-12th-Annual-Ubiquitous-Comp-Elects-and-Mobile-Comm-Conf-(UEMCON)-New-York-NY-USA-2021-pp-0243-0249-.pdf
  35. A.H. Carlson, I.K. Dutta, B. Ghosh and M. Totaro. (Dec. 06-09, 2021). “Modeling Polymorphic Ciphers. 2021 Sixth International Conference on Fog and Mobile Edge Computing (FMEC), Gandia, Spain.” 2021, pp. 1-5, doi:https://10.1109/FMEC54266.2021.9732571. https://fbcoverup.com/docs/library/2021-12-06-Modeling-Polymorphic-Ciphers-by-Albert-H-Carlson-et-al-2021-6th-Intl-Conf-on-Fog-and-Mobile-Edge-Computing-(FMEC)-IEEE-Xplore-Dec-6-9-2021.pdf
  36. A. Carlson, S. Khare, I.K. Dutta, B. Ghosh, and M. Totaro. (Jan. 26-29, 2022). “Space Selection and Abstraction in Set Theoretic Estimation.” 2022 IEEE 12th Annual Computing and Communication Workshop and Conference (CCWC), Las Vegas, NV, USA, 2022, pp. 0012-0020, doi:https://doi.org/10.1109/CCWC54503.2022.9720845. https://fbcoverup.com/docs/library/2022-01-26-Space-Selection-and-Abstraction-in-Set-Theoretic-Estimation-2022-IEEE-12th-Annl-Comp-and-Comm-Wkshp-and-Conf-(CCWC)-Las-Vegas-NV-USA-2022-pp-0012-0020-Jan-26-29-2022.pdf
  37. H. Idriss, P. Rojas, S. Alahmadi, T. Idriss, A. Carlson, and M. Bayoumi. (May 27, 2022 to Jun. 01, 2022). “Shadow PUFs: Generating Temporal PUFs with Properties Isomorphic to Delay-Based APUFs.” 2022 IEEE International Symposium on Circuits and Systems (ISCAS), Austin, TX, USA, 2022, pp. 175-179, doi:https://doi.org/10.1109/ISCAS48785.2022.9937489. https://fbcoverup.com/docs/library/2022-05-27-to-2022-06-01-Shadow-PUFs-Generating-Temporal-PUFs-with-Properties-Isomorphic-to-Delay-Based-APUFs-by-H-Idriss-et-al-2022-IEEE-Intl-Sympm-on-Circuits-and-Syst-(ISCAS)-Austin-TX.pdf
  38. Albert Carlson et al. (July 19, 2022). “Equivalence of Product Ciphers to Substitution Ciphers and their Security Implications. 2022 International Symposium on Networks, Computers and Communications (ISNCC).” IEEE Xplore. https://fbcoverup.com/docs/library/2022-07-19-Equiv-of-Product-Ciphers-to-Substn-Ciphers-and-their-Security-Implics-by-Albert-Carlson-et-al-2022-Intl-Symp-on-Nets-Comps-and-Commns-ISNCC-IEEE-Xplore-Jul-19-2022.pdf
  39. A. Carlson, H.C. Mumm, K.L. Sharkey, M.S. Watchorn. (Jul. 08, 2022). “Quantum Chemistry for Detecting Cybersecurity Threats to Information Systems.” Quantum Security Alliance (QSA). https://fbcoverup.com/docs/library/2022-07-08-Quantum-Chemistry-for-Detecting-Cybersecurity-Threats-to-Information-Systems-by-A-Carlson-et-al-Quantum-Security-Alliance-(QSA)-Jul-08-2022.pdf
  40. A. Carlson, S.R. Mikkilineni, M.W. Totaro, and C. Briscoe. (Jul. 19-22, 2022). “A Venona Style Attack to Determine Block Size, Language, and Attacking Ciphers.” 2022 International Symposium on Networks, Computers and Communications (ISNCC), Shenzhen, China, 2022, pp. 1-6, doi:https://doi.org/10.1109/ISNCC55209.2022.9851716. https://fbcoverup.com/docs/library/2022-07-19-22-A-Venona-Style-Attack-to-Determine-Block-Size-Language-and-Attacking-Ciphers-2022-Intl-Sympon-Networks-Comps-and-Comms-(ISNCC)-Shenzhen-CN-2022-pp-1-6-Jul-19-22-2022.pdf
  41. A. Carlson, S.R. Mikkilineni, M.W. Totaro, R.B. Wells, and R.E. Hiromoto. (Jul. 19-22, 2022). “Equivalence of Product Ciphers to Substitution Ciphers and their Security Implications.” 2022 International Symposium on Networks, Computers and Communications (ISNCC), Shenzhen, China, 2022, pp. 1-6, doi:https://doi.org/10.1109/ISNCC55209.2022.9851719. https://fbcoverup.com/docs/library/2022-07-19-Equiv-of-Prod-Ciphers-to-Subst-Ciphers-and-their-Secty-Implicns-by-A-Carlson-et-al-2022-Intl-Symp-on-Networks-Comps-and-Comm-(ISNCC)-Shenzhen-CN-2022-pp-1-6-Jul-19-22-2022.pdf
  42. A. Carlson, S.R. Mikkilineni, M.W. Totaro, R.E. Hiromoto, and R.B. Wells. (Jul. 19-22, 2022). “An Introduction to Local Entropy and Local Unicity.” 2022 International Symposium on Networks, Computers and Communications (ISNCC), Shenzhen, China, 2022, pp. 1-7, doi:https://doi.org/10.1109/ISNCC55209.2022.9851755. https://fbcoverup.com/docs/library/2022-07-19-22-An-Introduction-to-Local-Entropy-and-Local-Unicit,-2022-Intl-Symp-on-Networks-Comp-and-Comm-(ISNCC)-Shenzhen-China-2022-pp-1-7-Jul-19-22-2022.pdf
  43. Dr. Albert H. Carlson et al. (Aug. 03, 2022). “Standard Password Practices for Organizations: Relative Theory and Recommendations.” Quantum Security Alliance (QSA). https://fbcoverup.com/docs/library/2022-08-03-Standard-Password-Practices-for-Organizations-Relative-Theory-and-Recommendations-by-Dr-Albert-H-Carlson-Quantum-Security-Alliance-(QSA)-Aug-03-2022.pdf
  44. Dr. Albert Carlson, Dr. Keeper L. Sharkey. (Aug. 19, 2022). “NIST Quantum Proof Algorithm Analysis.” Quantum Security Alliance (QSA). https://fbcoverup.com/docs/library/2022-08-19-NIST-Quantum-Proof-Algorithm-Analysis-by-Albert-Carlson-Dr-Keeper-L-Sharkey-Quantum-Security-Alliance-(QSA)-Aug-19-2022.pdf
  45. A. Carlson, I. Dutta, and B. Ghosh. (Oct.  03-05, 2022). “Using the Collision Attack for Breaking Cryptographic Modes.” 2022 13th International Conference on Computing Communication and Networking Technologies (ICCCNT), Kharagpur, India, 2022, pp. 1-7, doi:https://doi.org/10.1109/ICCCNT54827.2022.9984325. https://fbcoverup.com/docs/library/2022-10-03-Using-the-Collision-Attack-for-Breaking-Cryptographic-Modes-by-A-Carlson-et-al-2022-13th-Intl-Conf-on-Comp-Comm-and-Netng-Tech-(ICCCNT)-Kharagpur-India-2022-pp-1-7-Oct-03-2022.pdf
  46. B. Williams, A. Carlson, and R. Hiromoto. (Oct. 03-05, 2022). “Novel Innovations for Improving the Quality of Weak PRNGs.” 2022 13th International Conference on Computing Communication and Networking Technologies (ICCCNT), Kharagpur, India, 2022, pp. 1-6, doi:https://doi.org/10.1109/ICCCNT54827.2022.9984611. https://fbcoverup.com/docs/library/2022-10-03-05-Novel-Innovations-for-Improving-the-Quality-of-Weak-PRNGs-by-B-Williams-et-al-2022-13th-Intl-Conf-on-Comp-Comm-and-Netwkng-Techns-(ICCCNT)-Kharagpur-India-2022-pp-1-6-Oct-03-2022.pdf
  47. B. Williams, A. Carlson, and R. Hiromoto. (Oct. 03-05, 2022). “Novel Innovations that Failed to Improve Weak PRNGs.” 2022 13th International Conference on Computing Communication and Networking Technologies (ICCCNT), Kharagpur, India, 2022, pp. 1-6, doi:https://doi.org/10.1109/ICCCNT54827.2022.9984517. https://www.fbcoverup.com/docs/library/2022-10-03-05-Novel-Innovations-that-Failed-to-Improve-Weak-PRNGs-by-B-Williams-et-al-2022-13th-Intl-Conf-on-Comp-Comm-and-Netwkg-Tech-(ICCCNT)-Kharagpur-India-2022-pp-1-6-Oct-03-05-2022.pdf
  48. Carlson, Albert H. Mandeep Singh. (Jan. 8-10, 2024). “Exploring Polymorphic Algorithms and Their Use in Cryptography.” IEEE, Conference: 2024 IEEE 14th Annual Computing and Communication Workshop and Conference (CCWC) At: Las Vegas, NV. https://fbcoverup.com/docs/library/2024-01-08-Exploring-Polymorphic-Algorithms-and-Use-in-Cryptography-by-Carlson-n-Singh-2024-IEEE-14th-Annual-Comp-and-Commu-Wrkshp-and-Conf-(CCWC)-Las-Vegas-NV-Jan-08-10-2024.pdf
  49. Mandeep Singh, Albert Carlson. (May 31, 2024). “An Approach to Watermarking Using Polymorphic Algorithms For Increased Data Security.” Austin Community College/IEEE. https://fbcoverup.com/docs/library/2024-05-31-Mandeep-Singh-Albert-Carlson-An-Approach-to-Watermarking-Using-Polymorphic-Algorithms-For-Increased-Data-Security-Austin-Community-College-IEEE-May-31-2024.pdf
  50. Albert Carlson, Benjamin Williams et al. (Oct. 17, 2024). “Is Everlasting Security Necessary? 2024 IEEE 15th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON).” IEEE Xplore. https://fbcoverup.com/docs/library/2024-10-17-Is-Everlasting-Security-Necessary-by-A-Carlson-B-Williams-et-al-2024-IEEE-15th-Annual-Ubiqs-Comptg-Electrs-and-Mobile-Comm-Conf-UEMCON-IEEE-Xplore-Oct-17-2024.pdf
  51. Albert Carlson, Benjamin Williams et al. (Dec. 05, 2024). “The Value of Information.” Quantum Security Alliance. https://fbcoverup.com/docs/library/2024-12-05-The-Value-of-Information-by-Albert-Carlson-Benjamin-Williams-et-al-Quantum-Security-Alliance-Dec-05-2024.pdf
  52. Mandeep Singh, Albert Carlson, Christopher Briscoe. (Dec. 06, 2024). “Using the y-intercept in Collision Attacks for Encryption.” Quantum Security Alliance. https://www.fbcoverup.com/docs/library/2024-12-06-Using-the-y-intercept-in-Collision-Attacks-for-Encryption-by-Mandeep-Singh-Albert-Carlson-Christopher-Briscoe-Quantum-Security-Alliance-Dec-06-2024.pdf
  53. Albert Carlson, Benjamin Williams et al. (Jan. 06, 2025). “The Value of Information. 2025 IEEE 15th Annual Computing and Communication Workshop and Conference (CCWC).” IEEE Xplore. https://fbcoverup.com/docs/library/2025-01-06-The-Value-of-Information-by-Albert-Carlson-Benjamin-Williams-et-al-2025-IEEE-15th-Annual-Comptg-and-Comm-Workshop-and-Conf-CCWC-IEEE-Xplore-Jan-06-2025.pdf
  54. Mandeep Singh, Albert Carlson. (Jan. 06, 2025). “Using the y-intercept in Collision Attacks for Encryption. 2025 IEEE 15th Annual Computing and Communication Workshop and Conference (CCWC).” IEEE Xplore. https://fbcoverup.com/docs/library/2025-01-06-Using-the-y-intercept-in-Collision-Attacks-for-Encryp-by-Mandeep-Singh-Albert-Carlson-2025-IEEE-15th-Annual-Computg-and-Comm-Workshop-and-Conf-CCWC-IEEE-Xplore-Jan-06-2025.pdf
  55. Carlson, Albert Henry. (Jan. 28, 2025). “Curriculum Vitae.” https://fbcoverup.com/docs/library/2025-01-28-Albert-Henry-Carlson-Resume-Jan-28-2025.pdf
  56. Albert Carlson, Benjamin Williams et al. (May 28, 2025). “Identifying the Factors in Reporting the Cost of a Hack. 2025 IEEE World AI IoT Congress (AIIoT).” IEEE Xplore. https://fbcoverup.com/docs/library/2025-05-28-Identifying-the-Factors-in-Reporting-the-Cost-of-a-Hack-by-Albert-Carlson-Benjamin-Williams-et-al-2025-IEEE-World-AI-IoT-Congress-AIIoT-IEEE-Xplore-May-28-2025.pdf
  57. Albert Carlson, Benjamin Williams et al. (May 28, 2025). “Basics of Polymorphism in Encryption. 2025 IEEE World AI IoT Congress (AIIoT).” IEEE Xplore. https://fbcoverup.com/docs/library/2025-05-28-Basics-of-Polymorphism-in-Encryption-by-Albert-Carlson-Benjamin-Williams-et-al-2025-IEEE-World-AI-IoT-Congress-AIIoT-IEEE-Xplore-May-28-2025.pdf
  58. Albert Carlson, Benjamin Williams et al. (May 28, 2025). “Identifying the Factors in Reporting the Cost of a Hack. 2025 IEEE World AI IoT Congress (AIIoT).” IEEE Xplore. https://www.fbcoverup.com/docs/library/2025-05-28-Identifying-the-Factors-in-Reporting-the-Cost-of-a-Hack-by-Albert-Carlson-Benjamin-Williams-et-al-2025-IEEE-World-AI-IoT-Congress-AIIoT-IEEE-Xplore-May-28-2025.pdf
  59. Albert Carlson, Benjamin Williams et al. (May 28, 2025). “Basics of Polymorphism in Encryption. 2025 IEEE World AI IoT Congress (AIIoT).” IEEE Xplore. https://www.fbcoverup.com/docs/library/2025-05-28-Basics-of-Polymorphism-in-Encryption-by-Albert-Carlson-Benjamin-Williams-et-al-2025-IEEE-World-AI-IoT-Congress-AIIoT-IEEE-Xplore-May-28-2025.pdf
  60. Albert Carlson, Benjamin Williams et al. (Sep. 27, 2025). “Proof of Increased Security of Polymorphism.” Prepublication Release. IEEE. https://www.fbcoverup.com/docs/library/2025-09-27-Proof-of-Increased-Security-of-Polymorphism-Albert-Carlson-Benjamin-Williams-et-al-IEEE-Sep-27-2025.pdf
  61. Albert Carlson, Benjamin Williams et al. (Oct. 20, 2025). “Proof of Increased Security of Polymorphism.” IEEE 16th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON), DOI: 10.1109/ UEMCON67449.2025.11267626. IEEE. https://www.fbcoverup.com/docs/library/2025-10-20-Proof-of-Increased-Security-of-Polymorphism-by-Albert-Carlson-Benjamin-Williams-2025-IEEE-16th-Annual-Ubiquitous-Computing-(UEMCON)-IEEE-Oct-20-2025.pdf
  62. Albert Carlson, Benjamin Williams et al. (Oct. 20, 2025). “Calculating the Increased Speed of Polymorphic Encryption.” 2025 IEEE 16th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON), DOI: 10.1109/ UEMCON67449.2025.11267551. IEEE. https://www.fbcoverup.com/docs/library/2025-10-20-Calculating-the-Increased-Speed-of-Polymorphic-Encryption-by-Albert-Carlson-Benjamin-Williams-et-al-2025-IEEE-16th-Annual-Ubiquitous-Computing-(UEMCON)-IEEE-Oct-20-2025.pdf
  63. Albert Carlson et al (Ghaffar, Thiele-Pissini, Briscoe, Mikkilinieni, Singh). (May 20-22, 2026). “Algebra of Cryptographic Collisions.” 2026 World AI IoT (AIloT). IEEE Xplore. DOI: 10.1109/AIIoT68874.2026.11569522. IEEE. https://fbcoverup.com/docs/library/2026-05-20-Algebra-of-Cryptographic-Collisions-2026-World-AI-IoT-(AIloT)-by-Albert-Carlson-et-al-IEEE-Xplore-May-20-22-2026.pdf
  64. Albert Carlson, Ben Williams et al (Briscoe, Hiromoto, Mikkilinieni, Singh). (May 20-22, 2026). “Revising the 1:1 Principle in Cryptography. . 2026 IEEE World AI IoT Congress (AIIoT). IEEE Xplore. DOI: 10.1109/AIIoT68874.2026.11569534.” IEEE. https://fbcoverup.com/docs/library/2026-05-20-Revising-the-1-1-Principle-in-Cryptography-2026-IEEE-World-AI-IoT-Congress-(AIIoT)-IEEE-Xplore-Albert-Carlson-Ben-Williams-et-al-(Briscoe,-Hiromoto,-Mikkilinieni,-Singh)-May-20-2026-IEEE.pdf
  65. Albert Carlson, Benjamin Williams et al. (2026). “A Polymorphic Plan for Database Security.” Pre-release. https://www.fbcoverup.com/docs/library/2026-A-Polymorphic-Plan-for-Database-Security-by-Albert-Carlson-by-Benjamin-Williams-et-al-Pre-release-2026.pdf
  66. Michael T. McKibben. (2026). The Hidden Hand - Unraveling the Rothschilds and Israel, incl. theft of McKibben's social networking invention by Facebook and the IBM Eclipse Foundation. St. Michael's Books. https://fbcoverup.com/docs/library/2026-04-11-THE-HIDDEN-HAND-PDF-Michael-T-McKibben-LIBRARY-Apr-11-2026.pdf
  67. Michael T. McKibben. (2026). Lillian Scott Troy - She Unmasked the British Pilgrims Society Plot to Annex America, incl. the takeover of communications and computer technology. https://lillianscotttroy.com. https://fbcoverup.com/docs//library/2026-09-23-Lillian-Scott-Troy-She-Unmasked-Pilgrisms-Society-Plot-to-Annex-America-by-Michael-McKibben-St-Michaels-Books-Search-Version-Sep-23-2026.pdf