Silicon System Security Architect

Google is seeking a Silicon System Security Architect to join their hardware team developing custom silicon solutions for direct-to-consumer products. This role combines advanced security architecture with hardware development, focusing on next-generation security features for Google's SOC designs.

The position requires deep expertise in cryptography, PKI management, and secure manufacturing, with responsibilities spanning from defining SOC security architecture to implementing cutting-edge cryptographic operations. The ideal candidate will have extensive experience in hardware/software threat analysis and security protocols, working at the intersection of hardware security and system architecture.

This is an advanced technical role that offers the opportunity to shape the security foundation of Google's future hardware products. The position involves collaboration with various teams including SoC Architecture, Software, Certification, and Device Manufacturing, ensuring comprehensive security solutions across the product lifecycle.

The role offers competitive compensation including a base salary range of $183,000-$271,000, plus bonus, equity, and comprehensive benefits. Based in San Diego, CA, this position is part of Google's broader mission to create radically helpful experiences through the combination of AI, Software, and Hardware.

Key responsibilities include defining next-generation security architectures, overseeing cryptographic operations, and developing security services integrated with hardware security modules and Google Cloud Platform. The role requires both technical depth in security architecture and the ability to work cross-functionally to implement security solutions at scale.

This is an excellent opportunity for a senior security professional to make a significant impact on Google's hardware security infrastructure while working with cutting-edge technology and world-class teams. The position offers the chance to work on products used by millions while pushing the boundaries of hardware security innovation.