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The proposed observation checks the different defaultazurecredential workload use scenario. Even a successful test would not establish the requested outcome here: use its token to list or read the permitted blob and verify an unrelated container remains unavailable.

The proposed observation checks the different aks workload identity service account scenario. Even a successful test would not establish the requested outcome here: use its token to list or read the permitted blob and verify an unrelated container remains unavailable.

The proposed observation checks the different managed identity role propagation scenario. Even a successful test would not establish the requested outcome here: use its token to list or read the permitted blob and verify an unrelated container remains unavailable.

This diagnosis fits a separate managed identity role propagation incident: A newly added resource role is not effective in a cached identity token immediately after assignment. It does not explain this case's observed failure; possessing a managed identity token does not itself grant the Storage Blob Data Reader data action.

This diagnosis fits a separate aks workload identity service account incident: Pods running under the default Kubernetes service account cannot exchange tokens for the designated Entra identity. It does not explain this case's observed failure; possessing a managed identity token does not itself grant the Storage Blob Data Reader data action.

This diagnosis fits a separate system-assigned managed identity lifetime incident: A deleted VM leaves an independently created user-assigned identity in the directory, contrary to an operator's automatic-cleanup expectation. It does not explain this case's observed failure; possessing a managed identity token does not itself grant the Storage Blob Data Reader data action.

This control manages future managed identity role propagation drift, but it does not reduce the continuing exposure in the described managed identity azure rbac authorization case. The correct safeguard is: audit both role assignment scope and data-plane operation type when assigning managed identity permissions.

This control manages future aks workload identity service account drift, but it does not reduce the continuing exposure in the described managed identity azure rbac authorization case. The correct safeguard is: audit both role assignment scope and data-plane operation type when assigning managed identity permissions.

This control manages future defaultazurecredential workload use drift, but it does not reduce the continuing exposure in the described managed identity azure rbac authorization case. The correct safeguard is: audit both role assignment scope and data-plane operation type when assigning managed identity permissions.

That action implements the separate user-assigned managed identity reuse decision. It is appropriate when three Azure App Service instances need the same preauthorized data-access identity while their application slots are routinely recreated. The present case instead requires the specific managed identity role propagation change: account for role assignment propagation and obtain a fresh authorized token as appropriate while confirming the role/scope is correct.

That action implements the separate aks workload identity service account decision. It is appropriate when an AKS deployment needs a pod to access Azure Key Vault using a specific identity without mounting a client secret into the container. The present case instead requires the specific managed identity role propagation change: account for role assignment propagation and obtain a fresh authorized token as appropriate while confirming the role/scope is correct.

That action implements the separate managed identity azure rbac authorization decision. It is appropriate when an Azure Function with a managed identity must read blobs from a named container but receives authorization errors despite getting a token. The present case instead requires the specific managed identity role propagation change: account for role assignment propagation and obtain a fresh authorized token as appropriate while confirming the role/scope is correct.

The proposed observation checks the different defaultazurecredential workload use scenario. Even a successful test would not establish the requested outcome here: repeat a bounded access test after propagation and inspect the effective role assignment rather than only the create request.

The proposed observation checks the different managed identity azure rbac authorization scenario. Even a successful test would not establish the requested outcome here: repeat a bounded access test after propagation and inspect the effective role assignment rather than only the create request.

The proposed observation checks the different system-assigned managed identity lifetime scenario. Even a successful test would not establish the requested outcome here: repeat a bounded access test after propagation and inspect the effective role assignment rather than only the create request.

This diagnosis fits a separate system-assigned managed identity lifetime incident: A deleted VM leaves an independently created user-assigned identity in the directory, contrary to an operator's automatic-cleanup expectation. It does not explain this case's observed failure; role propagation or cached token state has not reflected the new authorized permissions.

This diagnosis fits a separate defaultazurecredential workload use incident: Production fails because code accidentally depends on a local developer CLI credential not present on the VM. It does not explain this case's observed failure; role propagation or cached token state has not reflected the new authorized permissions.

This diagnosis fits a separate managed identity azure rbac authorization incident: Token acquisition succeeds but Blob data reads return authorization failure. It does not explain this case's observed failure; role propagation or cached token state has not reflected the new authorized permissions.

This control manages future user-assigned managed identity reuse drift, but it does not reduce the continuing exposure in the described managed identity role propagation case. The correct safeguard is: use bounded deployment retries and record actual effective authorization before reporting the rollout complete.

This control manages future managed identity azure rbac authorization drift, but it does not reduce the continuing exposure in the described managed identity role propagation case. The correct safeguard is: use bounded deployment retries and record actual effective authorization before reporting the rollout complete.

This control manages future defaultazurecredential workload use drift, but it does not reduce the continuing exposure in the described managed identity role propagation case. The correct safeguard is: use bounded deployment retries and record actual effective authorization before reporting the rollout complete.

That action implements the separate managed identity azure rbac authorization decision. It is appropriate when an Azure Function with a managed identity must read blobs from a named container but receives authorization errors despite getting a token. The present case instead requires the specific defaultazurecredential workload use change: use a supported Azure Identity credential chain configured so production resolves the intended managed identity and authorizes the resource.

That action implements the separate system-assigned managed identity lifetime decision. It is appropriate when a production Azure VM requires token-based access to storage and must not carry any embedded client secret; its identity should be removed when the VM is deleted. The present case instead requires the specific defaultazurecredential workload use change: use a supported Azure Identity credential chain configured so production resolves the intended managed identity and authorizes the resource.

That action implements the separate user-assigned managed identity reuse decision. It is appropriate when three Azure App Service instances need the same preauthorized data-access identity while their application slots are routinely recreated. The present case instead requires the specific defaultazurecredential workload use change: use a supported Azure Identity credential chain configured so production resolves the intended managed identity and authorizes the resource.

The proposed observation checks the different app registration and enterprise service principal scenario. Even a successful test would not establish the requested outcome here: inspect the production token's identity and run a permitted target-resource request from the deployed environment.

The proposed observation checks the different managed identity azure rbac authorization scenario. Even a successful test would not establish the requested outcome here: inspect the production token's identity and run a permitted target-resource request from the deployed environment.

The proposed observation checks the different managed identity role propagation scenario. Even a successful test would not establish the requested outcome here: inspect the production token's identity and run a permitted target-resource request from the deployed environment.

This diagnosis fits a separate system-assigned managed identity lifetime incident: A deleted VM leaves an independently created user-assigned identity in the directory, contrary to an operator's automatic-cleanup expectation. It does not explain this case's observed failure; the credential provider selection was bound to local development identity rather than the deployed managed identity.

This diagnosis fits a separate managed identity role propagation incident: A newly added resource role is not effective in a cached identity token immediately after assignment. It does not explain this case's observed failure; the credential provider selection was bound to local development identity rather than the deployed managed identity.

This diagnosis fits a separate aks workload identity service account incident: Pods running under the default Kubernetes service account cannot exchange tokens for the designated Entra identity. It does not explain this case's observed failure; the credential provider selection was bound to local development identity rather than the deployed managed identity.

This control manages future managed identity azure rbac authorization drift, but it does not reduce the continuing exposure in the described defaultazurecredential workload use case. The correct safeguard is: test token principal and credential source in each environment and avoid relying on workstation state.

This control manages future system-assigned managed identity lifetime drift, but it does not reduce the continuing exposure in the described defaultazurecredential workload use case. The correct safeguard is: test token principal and credential source in each environment and avoid relying on workstation state.

This control manages future managed identity role propagation drift, but it does not reduce the continuing exposure in the described defaultazurecredential workload use case. The correct safeguard is: test token principal and credential source in each environment and avoid relying on workstation state.