Bing Zhu - Security Architect at NVIDIA

Bing Zhu

Security Architect at NVIDIA

United States

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Summary

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Rockstar

🎓

Top School

Bing Zhu is a security architect with over 17 years at Intel and a deep focus on system, firmware and CPU-level security across OS, virtualization, TEE, TPM/DICE, and applied cryptography, now continuing at NVIDIA. He has transitioned from validation engineer to technical security leader, filing a dozen security-related patents and co-authoring industry specs like virtio-RPMB and an Android emulator security spec for China. His work spans practical products—driving Intel DeepSafe, ACRN virtualization security, automotive TEEs and an SGX-based eHSM for AI key protection—to strategic influence, including a Technology Strategic Discussion on “Security Autonomy” recognized up to the CTO. An active low-level engineer, he contributes to embedded kernel projects addressing x86 FPU and address handling, reflecting hands-on expertise that complements his architecture and threat-modeling leadership.

11 years of coding experience

Bachelor's degree Electronic and Information Engineering, Bachelor's degree Electronic and Information Engineering at Hangzhou Dianzi University

Master's degree Signal and Information Processing (Electronic Engineering), Master's degree Signal and Information Processing (Electronic Engineering) at Shanghai Jiao Tong University

English, Chinese

Stackoverflow

Stats

1reputation

319reached

0answers

1question

Github Skills (15)

embedded10

assembly10

rtos10

sys10

assemble10

assembler10

x8610

operating-system10

c-programming9

kernel-mode9

kernel9

apply6

indexing6

subset6

Programming languages (8)

ShellC++CRustMakefileJavaScriptHTMLPython

Github contributions (5)

littlekernel/lk

Nov 2015 - Mar 2016

LK embedded kernel

Role in this project:

Embedded Systems Engineer / IoT Developer

Contributions:6 commits, 6 PRs, 23 comments in 4 months

Contributions summary:Bing primarily focused on low-level system modifications within the embedded kernel, specifically related to x86 architecture. Their work involved fixing address validity checks for virtual and physical addresses, adjusting FPU flag naming conventions, and improving the initialization of FPU states for new threads. They also addressed a compilation issue and loaded the initial stack pointer, contributing to the stability and correct operation of the system.

kernelbare-metalmicrokernelarmv8cortex-a

bzhu5/lk

Nov 2015 - Mar 2016

Contributions:10 PRs, 24 pushes, 25 branches in 4 months

kernellinuxembedded

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