Validating the Integrity of Computing Devices
summary
Describes techniques and collaborative work from the NIST NCCoE Supply Chain Assurance Project and industry partners (Archer, Intel, Eclypsium) to verify that internal components of purchased computing devices are authentic and unmodified. Covers methods for validating hardware and firmware integrity across manufacturing and distribution to ensure supply-chain resilience.
AI-written summary · about
chapters (13)
- 0:00Introduction
- 2:20Welcome
- 2:58Introductions
- 6:53Challenges in the supply chain
- 9:35Supply chain risks
- 12:11Challenges
- 15:34Why we did the work
- 20:12What should an organization do
- 33:40Key takeaways
- 37:32Questions
- 40:28Bit rot
- 45:51Data import
- 48:22Boundary of a component
related talks
30mSupply Chain Security for IoT Devices
40mBuilding Trust in Supply Chains
29mEnabling a secure IoT from design to deployment
49mEstablishing and Maintaining Device Trust: A Case Study
38mChallenge Accepted: 3 Experts, 3 Big Ideas on Supply Chain Security
22mChallenges & Benefits of Certification for Security Hardware
41mUnique Challenges Of Security Programs For Hardware/IoT Makers
58mSecuring a World of Physically Capable Computers
