A specialist engineering service that takes chip teams from root-of-trust requirements through architecture review, firmware integration, validation planning, and lab readiness.
Added Jul 23, 2026
Fabless semiconductor companies and device OEMs must integrate PUFs, HSMs, secure boot, device identity, and key derivation into increasingly complex SoCs. These controls cross silicon, firmware, platform software, and compliance boundaries, while qualified security architects are scarce. Design errors discovered during validation or evaluation can delay tape-out, certification, and customer adoption.
Provide fixed-scope security architecture engagements for new or revised SoCs, beginning with threat modeling and root-of-trust design review. Deliver an implementation-ready secure boot and key-management architecture, PUF entropy and reliability test plan, firmware integration guidance, and traceable validation evidence package. Fulfillment starts as expert consulting supported by reusable test procedures, reference firmware, checklists, and lab partners.
Root-of-trust capabilities are spreading across automotive, data-center, industrial, mobile, and edge processors, creating demand for expertise that spans hardware and software. Multiple major chip vendors are hiring for the same cross-functional capability, indicating both urgency and a constrained talent pool.
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As the Security Architect, you will be accountable for defining and developing creative Security Architecture solutions for SoCs for multiple product market segments. This includes solutions for the SoC Root of Trust, Secure Boot, Key Management, Confidential Compute, Authentication and Encryption, and Secure Manufacturing and Device Lifetime Management. The SOC Security Architect will be architecting and designing access control solutions for Confidential Compute and Secure Media Pipeline. The
Designed and developed firmware for Hardware Security Modules (HSMs), security accelerators, and Root of Trust (RoT) solutions. Contributed to all phases of product development, including architecture, design, implementation, integration, and validation for security-focused SoCs.
Security expertise in the following industries: Aerospace & Defense, Automotive, Datacenter, Test & Measurement Deep expertise in Physical Unclonable Functions (PUFs), spanning architecture, silicon behavior and reliability, entropy characterization, and secure use for device identity, key derivation, and root‑of‑trust across SoC and platform security designs
Serve as a technical interface to customers, evaluation labs, compliance experts, and product development teams. Contribute to the continuous improvement of NXP's product security methodologies, frameworks, and processes.
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