Dr. Eric Guo is a Senior Staff Engineer in the QCT Product Security division at Qualcomm, where he plays a pivotal role in ensuring the security of the company’s cutting-edge Snapdragon Mobile, WiFi, Automotive, and IoE/IoT System-on-Chip (SoC) chipsets. With a robust background in SoC...
Dr. Eric Guo is a Senior Staff Engineer in the QCT Product Security division at Qualcomm, where he plays a pivotal role in ensuring the security of the company’s cutting-edge Snapdragon Mobile, WiFi, Automotive, and IoE/IoT System-on-Chip (SoC) chipsets. With a robust background in SoC Security Architecture, Dr. Guo is at the forefront of developing innovative security solutions that address the evolving challenges in hardware and software security. His expertise encompasses a wide range of critical areas, including Secure Boot, Secure Patching, and Debug Lifecycle Management, which are essential for safeguarding devices against vulnerabilities and threats.
Dr. Guo leads several key hardware security research projects at Qualcomm, focusing on advanced methodologies for Security Risk Analysis and SoC Access Control. His research interests extend to tackling complex issues related to Physical and Side-Channel Attacks, as well as Software IP and Content Protection, making him a valuable asset in the fight against emerging security threats in the semiconductor industry. His proficiency in applied cryptography further enhances Qualcomm's capabilities in developing secure products that meet the rigorous demands of today’s interconnected world.
In addition to his technical acumen, Dr. Guo is skilled in programming languages such as C and Assembly, and he utilizes advanced tools like Synopsys VCS and ModelSim for simulation and verification. His hands-on experience with FPGAs and microprocessors, combined with his knowledge of IC design, positions him as a leader in the field of product security. Through his work, Dr. Guo not only contributes to Qualcomm's reputation as a pioneer in secure technology but also actively shapes the future of secure computing in the mobile and IoT landscapes.
