Fangjian Zhong
Software System Architect at NewFW
Singapore
Summary
👤
Senior🎓
Top SchoolFangjian Zhong is a Software System Architect with around a decade of experience specializing in low-level systems, virtualization, and secure trusted execution on x86 and embedded platforms. He has driven architecture and integration efforts for Intel and contributed x86 Trusty support and unified QEMU virtual device solutions that were merged into Google's AOSP, demonstrating deep expertise in platform bring-up and cross-architecture tooling. Comfortable across Windows and Linux, he is a C and assembly master with strong background in drivers, bootloaders, VT-x/VT-d features and kernel-level test frameworks. At NewFW he focuses on firmware and payload projects (EDK2, Coreboot, u-root), continuing his work at the intersection of firmware, hypervisors, and secure storage. His GitHub contributions show hands-on automation and secure storage work—adding RPMB simulation and keybox provisioning for Trusty within Android builds—highlighting a pragmatic focus on reproducible, testable trusted environments. Based in Singapore, he pairs formal academic training in pattern recognition with practical systems engineering to solve complex platform security and virtualization challenges.
10 years of coding experience
16 years of employment as a software developer
Master’s Degree, Pattern Recognition and Intelligent Systems, Master’s Degree, Pattern Recognition and Intelligent Systems at Beijing Institute of Technology
Github Skills (11)
sh10
embedded10
script10
trust10
shell10
android-build10
sys10
scripting10
qemu10
security8
virtualization8
Programming languages (7)
Github contributions (5)
projectceladon/device-androidia-mixins
Jan 2020 - Dec 2020
Role in this project:
Embedded Systems Engineer / Automation Engineer
Embedded Systems Engineer / Automation EngineerContributions:8 reviews, 13 commits, 39 PRs in 10 months
Contributions summary:Fangjian primarily contributed to the integration and automation of Trusty within the Android build system. Their work involved configuring Trusty binaries, adding support for debug versions, and updating the storage daemon to utilize virtualization solutions. They also added RPMB simulation support and implemented keybox provisioning, demonstrating a focus on secure boot and system-level integration for an embedded environment. This included modifications to build configurations, scripts, and init files related to secure storage and trusted execution environments.
AjanZhong/linuxboot-edk2
Jul 2024 - Apr 2025
EDK II
Contributions:139 pushes, 37 branches in 8 months
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