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Installing more collection agents without narrowing the DCR can increase duplicate or excess ingestion.

Investigating collector-to-workspace routing is for missing data, not an intentionally broad and costly collection policy.

Repointing the data to a new workspace does not solve unnecessary event volume and may break residency requirements.

Selecting an Entra app credential alone cannot create the custom table and DCR schema required for novel event fields.

Schema alignment is necessary but not sufficient without a configured auth, ingestion endpoint, DCR and custom destination table.

Checking a DCR destination presupposes a full custom collection path; the question describes one that does not yet exist.

Rotating the application identity does not resolve invalid JSON column types or incompatible transformation output.

Renaming a custom table without revising outputStream and DCR mappings would worsen this schema mismatch.

Creating another arbitrary table does not correct the existing DCR transformation and target-schema contract.

Using Entra authorization for ingestion protects the API client but does not sanitize logged token contents.

Fixing schema types can ensure ingestion succeeds while leaving the sensitive bearer-token value fully persisted.

Creating a custom table provides storage but cannot ensure that a token field is removed before write.

Redacting PII improves log content protection but does not replace the authentication scheme of this ingestion API client.

Adjusting data types cannot replace shared-key authentication with an authorized DCR principal.

Checking destination mappings is worthwhile, but it does not eliminate the shared workspace key or provision OAuth-based ingestion access.

Defining a new table is unnecessary when the expected table exists and routing points to OtherEvents_CL.

Redaction is unrelated to why the already accepted custom events are stored in the wrong table.

Changing API identities cannot resolve a permitted client whose logs are deliberately routed to the wrong output table.

Permissions for automation and Logic Apps matter if executing a playbook, but this request is only a scoped rule for tagging an incident by severity.

Improving remediation evidence before closing incidents is a separate workflow and does not implement a severity-tagging automation rule.

Approvals for high-impact automated changes are important for destructive playbooks; a severity-based tag action is not such a change.

Granting connector permissions makes the action technically possible, but without action-level approval it can still disable legitimate accounts.

Idempotency avoids repeated disables but does not authorize the first high-impact disable.

Tagging automation rules can route incidents but are not an independent authorization gate for disabling real accounts.

Approving each high-impact action does not grant the Sentinel automation service permission to invoke the playbook resource.

Changing incident close-out conditions will not fix an access-denied Logic Apps invocation.

Creating another incident-matching rule is unnecessary when the trigger already matches and execution fails on authorization.

Fixing Logic Apps authorization would allow more executions of the unsafe rule, not prevent incorrect closures.

Making the action idempotent would prevent repeated closures but still permit the first unverified closure.

Adding another severity-based tag rule does not verify malware was contained.

Adding playbook role permissions does not prevent retries from replaying actions that already succeeded.

Changing incident closure criteria is unrelated to network retry behavior of an isolation action.

Human approval can govern risky responses but does not itself detect an already completed isolation when a retry occurs.