Job description
We are seeking a Firmware Security Engineer to design, implement, and maintain security‑critical components in embedded firmware for next‑generation storage and controller products. This role focuses on device‑level security, including secure firmware update, lifecycle management, debug port control, Root of Trust (RoT) interactions, and protection of critical assets such as keys, OTP, and credentials.
The ideal candidate has strong low‑level firmware expertise combined with hands‑on experience in embedded security architectures and secure system design.
We are looking for candidates with not only an exceptional skillset, but also an exceptional mindset, willing to go above and beyond to make our breakthrough product even better.
Job requirements
Bachelor’s or Master’s degree in Computer Science, Electrical Engineering, or related field.
5+ years of experience in firmware or embedded systems development.
Strong proficiency in C / C++ for low‑level, resource‑constrained environments.
Hands‑on experience with embedded security concepts, including secure boot, firmware authentication, cryptography, and access control.
Experience working close to hardware (register‑level programming, SoC integration).
Experience with Root of Trust (RoT) architectures (HW‑RoT or FW‑RoT).
Exposure to flash storage, controller firmware, or SoC‑based embedded platforms.
Understanding of secure manufacturing, RMA modes, and field update security.
Experience supporting security reviews, internal audits, or SDL processes.
Job responsibilities
Security Firmware Architecture & Development
Design and implement security layers within device firmware, aligned with product security requirements and ASIC security IP capabilities
Integrate firmware with Root of Trust (RoT) subsystems, including support for both hardware‑based and firmware‑based RoT models where applicable.
Ensure secure handling of cryptographic material and prevention of unauthorized access.
Implement and integrate cryptographic primitives and related authentication and encryption flows used in firmware
Work closely with hardware teams to leverage ASIC security IPs, HSMs, and secure key storage.
Support security testing, threat analysis, and vulnerability mitigation during development and validation cycles.
Participate in design reviews, security assessments, and risk evaluations.
Additional information
The successful candidate will have the unique opportunity to participate in shaping the design of our groundbreaking product, contributing to the development of ultra-secure and high-performance SoC designs. They will be part of a dynamic and innovative team, working in a collaborative and challenging environment at the forefront of the semiconductor technology.