Confidential Computing — attestation and key release

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Isolation of data in use with measured workloads, remotely verified attestation, policy-controlled key release, encrypted channels and audit.

Purpose: Isolation of data in use with measured workloads, remotely verified attestation, policy-controlled key release, encrypted channels and audit. Architecture scope: independently reconstructed reference responsibilities, operational flows, policy decisions, assurance concerns, exception pathways and security boundaries. Grouped viewpoints describe coherent service or activity sequences. Focused trace views expose inter-domain obligations and information exchanges. Adoption: refine control and data-flow semantics to the enterprise ecosystem; map resource owners, role and workload identities, interfaces, failure policies, information classification, privacy obligations, deployment options and operational evidence. Reference elements alone do not establish an authorization, compliance result, formal proof, cryptographic assurance, or production readiness. Public conceptual basis: https://www.nist.gov/publications/zero-trust-architecture. This is an original Arq vendor-neutral interpretation, not an official implementation diagram or an endorsed/certified solution.

Published by Lattix · 20 elements · 23 relationships · validated on publish