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adaptmicrosys is a proactive cybersecurity & HPC solution company.

Our solutions are to immunize processors (i.e., CPU/GPU/DSP/AP/MCU/etc.) from all cyber threats. This is the cybersecurity of the future. Our immunized Unit (iU™) with our IPs and proprietary technologies transforms any types of vulnerable processors into immunized versions (i.e., immunized processing units (iPUs)) by randomly switching between millions of machine languages at any time. The iPU™ provides solid protection. But what’s more, it actually contributes processors run faster, consume less energy, and cost less to manufacture, all while guaranteeing code compatibility.

adaptmicrosys’ vision is this:

We will end this cyber pandemic without endless vaccination or worries about future variants;

We will make cybersecurity comprehensive, foolproof, and accessible for all; and

We will no longer have to imagine a world without cybercrime.

People

Kyu Jung, Ph. D.

Dr. Jung is the President and CTO at Adaptmicrosys. Dr. Jung is an Associate Professor at Gannon University. Previously, he held roles as Vice-President of VLSI Technology at VP Technologies Inc., Atlanta and as an Assistant Professor at Texas A&M University. He worked as a Senior Researcher at LG Electronics at Central R&D Center.

His research interests include CPU Frontend Microarchitecture & Micro-Code Compilation  Innovations for (1) High-performance & Low-power Multi Core SoCs, (2) Proactive Cybersecurity.

Dr. Jung earned his Ph.D. and MS degrees from Georgia Institute of Technology (Georgia Tech) and completed his BS degree at Korea University.

Publications

Intellectual Properties (US Patents)

Jung, “Immunized Processing Unit/Security-enabled Computing System/Compiler-Assisted Lookahead Frontends of Processor/Small, Simple, Low-power Memory Systems/Security-enabled Code Compilation/Adaptive Fetch/Information Security related Patent Applications are issued,” Multiple US Utility Patent Applications are currently pending.​

Gwan Choi, Ph. D.

Dr. Choi is the Vice-President of VLSI Technology at Adaptmicrosys and serves as an Associate Professor  at Texas A&M University. With a diverse professional background, he has contributed to Cray Research Inc. and Tandem Computers Inc., and has also served as a visiting scientist at the NASA Langley Research Center.

Dr. Choi's research interests encompass fault-tolerant memory, high-performance VLSI circuits, design for dependability, and software engineering, reflecting his dedication to advancing technology and enhancing reliability.

He completed his Ph.D., MS, and BS degrees at the University of Illinois at Urbana-Champaign, solidifying his academic foundation. 

Rainer Fink, Ph. D.

Dr. Fink is the Director of Business Development at Adaptmicrosys and also serves as an Associate Professor at Texas A&M University. With a diverse professional portfolio, he directs the Texas Instruments Mixed-Signal Test Laboratory at Texas A&M and has actively contributed to the success of nine venture companies throughout his career.

Dr. Fink earned his Ph.D., MS, and BS degrees from Texas A&M University. His dynamic roles in academia and industry highlight his dedication to fostering innovation and driving growth in both educational and business environments.

Paul (SK) Jung

Mr. Paul Jung serves as the General Manager of Adaptmicrosys, USA, bringing a wealth of experience from his career spanning startups to large corporations, where he has excelled as a team leader.

Advisory Board Members

  • Louise Kirkbride from Tech Futures Group (TFG) at NorCal SBDC

Technical/White Papers

  1. Immunized Processing Unit (iPU) for cybersecurity without Security Software," Adaptmicrosys.

  2. "SE-CPU: Security-enabled Computing System-Stop Protecting Computers! Securing CPUs Which Control Computers," Adaptmicrosys.

  3. “CALO3: Transform Your Processors with Compiler-assisted Lookahead Out-of-Order (CALO3) Frontend,” Adaptmicrosys.

  4. “CAL: Create Changes for Better CPUs with a Compiler-assisted Lookahead (CAL) I-Fetch/Br-Prediction/Loop Scheme,” Adaptmicrosys.

  5. “CLB: Compiler-assisted Look-ahead Branch-prediction for Mobile Application Processors,” Adaptmicrosys.

  6. “CIF: Development of a Cooperative Hardware/Software Instruction Fetch (CIF) Mechanism for Designing Mobile Application Processors,” Adaptmicrosys.

  7. Microarchitecture Level Optimization: (1) branch elimination, (2) inline expansion, (3) Microarchitecture-level parallelism/optimization, & (4) pseudo micro-programming/micro-branch

  8. “all.LITTLE Technology for Mobile SoC Processors with Machine Language Adaptive Processor (MLAP) Technology,” Adaptmicrosys.

  9. “all.LITTLE Technology for Mobile SoC Processors with Adaptive Instruction Memory (AIM) Technology,” Adaptmicrosys.

  10. “AIM: An Adaptive Instruction Memory System for Low-power and High-performance Computing,” Adaptmicrosys.

  11. “Stop Wasting Your Cache Memory,” Adaptmicrosys.

  12. “Post-manufacturing Instruction Set Synthesis for Adaptive CPUs,” Adaptmicrosys.

  13. “Give Your Processor a New Life for its Future,” Adaptmicrosys.

  14. “An Emerging Adaptive CPU Architecture and Compilation Technology,” Adaptmicrosys.

  15. “What if your processor is capable of running customized instructions whenever necessary,” Adaptmicrosys.

  16. Rapid Prototyping Methodologies, Hardware Description Language (HDL) Modeling & Simulation, and RTL Implementation & Verification of Microprocessor Systems

  17. “An Intellectual Property/Technology Development and Dissemination Company,” Adaptmicrosys.

  18. “FPSR: Field-programmable Self-repairable (FPSR) CPU Microarchitecture,” Adaptmicrosys.

Business Advisory Board

Current & Former Advisory Board Members are:​

  • James Carter

  • Jeffrey Parnell

  • Carter McCrary

  • Roy Campbell

  • Jim Cosco

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