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Monitoring health is important, but the scenario gives a specific subscription/resource identity migration requiring reconciliation first.

Disappearance from a monitoring view is a potential coverage gap, never affirmative evidence that the existing project has no vulnerabilities.

Assigning a risk owner helps manage displayed issues but does not restore missing resource discovery after a subscription move.

Coverage checking helps establish data quality but does not create named accountability for already known issues.

A visible alert alone is not a completed risk treatment when nobody is responsible for fixing the exposed application or dataset.

Reconciliation of migrated subscriptions would not allocate owners to the current backlog that is already displayed.

Remediation ownership is important after findings exist, but it does not establish whether the zero-alert display represents complete coverage.

Opening the dashboard does not prove all subscriptions, resource types and relevant detection plans are correctly onboarded.

An empty dashboard can reflect plans not enabled, unsupported resources or missing telemetry; it cannot certify absolute safety.

Request attribution is useful for runtime auditing; it cannot replace review of the third-party agent’s publisher and requested privileges.

Checking real-time threat-rule inclusion does not establish whether the unapproved publisher or installation should be authorized.

Agent disablement follows a denial or incident decision; the first step here is permission and approval assessment.

Rotating an unrelated shared backend secret without blocking the agent does not guarantee the published agent is unusable to users.

A Defender dashboard gives risk visibility, not an administrative block of this specific agent’s availability.

Publisher review is required before a new agent is approved; after confirmed data loss the immediate goal is effective availability revocation.

Reviewing protection-rule targeting does not replace the departed person responsible for sponsorship and release approval.

Deprovisioning all agent credentials may be excessive for a needed business agent; the immediate gap is orphaned human sponsorship and publishing permissions.

Incident telemetry correlation does not determine who is currently authorized to publish and manage an agent.

Guest operating system permissions and filesystem ACLs do not prove that the underlying managed disks are encrypted at rest.

Snapshot sharing and retention are important additional controls, but do not by themselves attest the live VM disks’ encryption configuration.

Customer-managed key recovery may be necessary for a broken key reference, but no key access failure is described.

Restoring a disabled key is an incident repair; the stated setup still needs proactive identity, regional and lifecycle verification before an outage.

Guest OS file permissions do not configure server-side customer-managed disk encryption or its Key Vault principal.

Snapshot-sharing restrictions address a separate copy/exfiltration risk; they do not grant the Disk Encryption Set identity access to the key that protects the disk.

Reviewing configuration is useful, but the immediate failure is the now-inaccessible encryption key required to unwrap the disk data key.

An encryption-at-rest inventory shows configuration but does not restore the disabled vault key needed by the disk.

OS-level permissions cannot decrypt the storage encryption data key when its wrapping key is unavailable.

Disk Encryption Set configuration controls at-rest cryptographic key wrapping, not which authenticated OS user or process can read mounted files.

Inspecting disk encryption policy confirms confidentiality at rest but cannot prove a running process lacks OS-level read privileges.

Controlling snapshot export addresses offline disk copies rather than live guest process access.

Disk Encryption Set rotation affects at-rest cryptography, not who can export or share the specific snapshot resource.

Proving the original VM disk is encrypted says nothing about the distribution, export tokens or accessible copies of its snapshot.

Restoring a disk encryption key after outage does not revoke access granted to a shared snapshot.