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What you’ll be doing:
Design, develop, test, debug, and optimize GPU firmware throughout the entire GPU lifecycle
Design and implement creative solutions for boot software
Continuously evaluate and improve the security posture of firmware and hardware that form the root of trust for our products
Evaluate and design secure firmware solutions for server platforms
Build automated security testing infrastructure
Facilitate security requirements for GPU products by driving compliance with industry standards such as NIST, Open Compute Project, DMTF etc.
Participate in in-depth security reviews of software, hardware, process, and infrastructure
Align with customers and partners on security requirements and features
Work with hardware teams to improve NVIDIA’s GPU security across hardware BootROMs, crypto accelerators, key stores, and other units
Collaborate with hardware, software, and business teams to transform new firmware features from idea to reality
Work with leading OS and PC vendors to improve and innovate on the startup experience
Improve team software process and core infrastructure by enhancing build systems and regression farms
What we need to see:
BS or MS degree in EE/CS/CE or equivalent experience
8+ years’ experience in developing device BIOS, firmware, or other low-level software
8+ years’ experience in building secure firmware and working with hardware security components
Strong C programming skills
Even stronger interpersonal skills
Sense of humor heavily encouraged, but not required
Deep understanding of software process
Secure software fundamentals including cryptography,authentication/attestation,chains of trust, and understanding of common SW security vulnerabilities
Easy to work with, as you’ll constantly work closely with both hardware designers and other software engineers to design, develop, and debug functional (and non-functional!) aspects of GPU subsystems
Ways to stand out from the crowd:
Experience in x86/RISCV/ARM assembly and knowledge of the PCIe architecture
Experience with secure development techniques such as threat models, attack-trees, static/dynamic analysis, fuzzing, and negative testing
Experience with formal verification
Passion for your work
You will also be eligible for equity and .
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