Robotics Platform Security Engineer

Autonomy Work

Irvine, CA, United States
On-site
Hardware root of trust
Secure boot flows
Tpm or secure elements
Architect a robust Root of Trust from the silicon up, ensuring the robotic platform is a "Fortress OS"

Job Summary

  • Architect a robust Root of Trust from the silicon up, ensuring the robotic platform is a "Fortress OS".
  • Design and implement the end-to-end boot chain, manage hardware-backed cryptographic keys, and engineer hardened UNIX/Linux environments.
  • Build Python tools for automated security posture checks and proactively identify and patch CVEs in the Linux ecosystem.

Matching Summary

Architect a robust Root of Trust from the silicon up, ensuring the robotic platform is a "Fortress OS".

Skills & Requirements

Must-have

  • Hardware Root of Trust
  • Secure Boot flows
  • TPM or Secure Elements
  • UNIX/Linux hardened environments
  • mTLS for inter-process communication
  • Python security automation tools
  • Linux ecosystem CVE patching

Nice-to-have

  • physically adversarial environments
  • over-the-air (OTA) update systems
  • Linux boot internals familiarity

Key Requirements

  • Expert-level Linux/UNIX administration
  • Production-ready "Golden Images"
  • STIG or CIS Benchmarks compliance
  • TPM 2.0, Secure Elements (SE) experience
  • High proficiency in C/C++ and Python
  • Deep knowledge of defensive networking
  • Threat modeling for robotic platforms

Work Rights

Not specified

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