CISA HBOM Framework
Understand the federal standard for hardware bill of materials.
Semiconductor supply chains face ever rising risks. AMD Device Provenance Services are designed to help verify the origin, design integrity, and provide traceability information for AMD devices.
Dealing with challenges such as IP Theft, Export Violations, and overproduction make supply chain security a global challenge. Device provenance is a foundation of trust in hardware. With AMD, you gain cryptographically verifiable traceability information from design hand-off to finished silicon. The device provenance solution is built on the following three pillars.
Access device provenance metadata in industry-aligned Hardware Bill of Materials (HBOM) format for easier compliance and reporting.
Cryptographic signatures protect our design files and HBOMs, helping ensure data cannot be forged or altered in transit.
Speed up root cause analysis of supply chain issues and enable third-party audits.
Get a CISA-compliant Hardware Bill of Materials (HBOM), cryptographically signed by AMD for your device. Streamline compliance, reduce reporting time, and maintain confidence in your hardware.
Validate the authenticity and integrity of your HBOM with AMD Endorsed Provenance Data. Confirm integrity, simplify regulatory checks, and strengthen supply chain trust.
The service enables customers to retrieve device-specific provenance information as a digitally signed Hardware Bill of Materials (HBOM) and later verify that this provenance information was issued by AMD and has not been altered.
HBOM Retrieval returns an AMD signed HBOM for a given device identifier, while HBOM Endorsement checks a provided HBOM against AMD records and signatures to confirm the provenance information’s authenticity and integrity.
HBOMs are delivered using the SPDX 3.1 Draft hardware profile and align with the CISA HBOM framework, and they are cryptographically signed under AMD managed PKI to support verifiable provenance.
You can scan a product barcode or enter a device unique identifier via a web or mobile interface, and an API is available for integration; accepted identifiers typically include serial numbers such as Public Serial Number (PSN) or Processor Product Identification Number (PPIN).
Initial coverage focuses on AMD silicon components with planned expansion to subsystems and reference solutions, and includes information such as lot, wafer, and other die and package level fields such as die XY wafer location, Fab location, etc.