Enabling secure multi-party collaboration with confidential computing by Keith Moyer (Google) | OC3

OC3 is the world’s premier event for confidential computing, where cloud security experts come together to showcase the latest developments and use cases.

How can one create a trusted execution environment (TEE) that supports a trust model where the workload author, workload operator, and resource owners are separate, mutually distrusting parties?
Google proposes such a system that is designed to release secrets only to authorized workloads and enables secure multi-party collaboration use cases, here presented by Keith Moyer (Staff Software Engineer, TL, and Manager at Google). This system leverages confidential computing, remote attestation, and a hardened VM image to help protect the workload from an untrusted workload operator and provide code integrity, data integrity, and data confidentiality guarantees. In the final part, Keith discusses possible attacks on this system and their mitigations.

Here, you can find the slides of this presentation:
https://uploads-ssl.webflow.com/63c54a346e01f30e726f97cf/6418fb932b58e284018fdac0_OC3%20-%20Keith%20Moyer%20-%20MPC%20with%20CC.pdf

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