Existing Mechanisms for Secure Boot Key Management
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Key Management Layers
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Key Management Intemals
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Open Source Key Tools
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Authorities over Key Management and Usage
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Flexible Key Authorities
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Backend Internals (Eric Richter)
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Key Updates Processing
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Protection of the Key Database - Storage & TSS
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Kemel Verification
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Kernel Verification Flow
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Key Destruction
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Key Rotation
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Error Logs and Recovery
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OpenPOWER Key Management - Key Takeaways
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Revisiting Mechanisms for Secure Boot Key Management
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References
Description:
Explore the intricacies of OpenPOWER Host OS Secure Boot Key Management in this 33-minute conference talk by Nayna Jain from IBM. Dive into the open and flexible model for managing keys used by Linux-based bootloaders to verify and load the Host Operating System. Learn about the pluggable architecture supporting different key hierarchies and update mechanisms, as well as the options for vendors and sysadmins to manage OS installation in secure boot states. Discover the end-to-end solution spanning firmware, kernel, and userspace, including key ownership, authenticated updates, secure storage, blacklisting, and userspace tool compatibility. Gain insights into key management layers, internal processes, open-source key tools, flexible key authorities, and backend internals. Understand kernel verification flow, key destruction, rotation, error logs, and recovery procedures. Compare OpenPOWER's approach with existing secure boot key management mechanisms and explore its key takeaways for implementing robust security measures in Linux-based systems.
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