Account-wide disallow overrides container-level anonymous read settings. In this case, an app overwrites a blob and recovery requires a previous version. “Disallow anonymous blob access at account level” would not satisfy that requirement; the supported action is “Turn on blob versioning and design retention”. Without enabled versioning or an appropriate backup, prior content may not be recoverable.

The account setting can block anonymous access even when the container was configured for public reads. In this case, an app overwrites a blob and recovery requires a previous version. “The storage account's anonymous blob access restriction” would not satisfy that requirement; the supported action is “Turn on blob versioning and design retention”. Without enabled versioning or an appropriate backup, prior content may not be recoverable.

Private Link offers private-address access independent of a public service endpoint. In this case, an app overwrites a blob and recovery requires a previous version. “Private endpoint with correct storage service subresource and DNS” would not satisfy that requirement; the supported action is “Turn on blob versioning and design retention”. Without enabled versioning or an appropriate backup, prior content may not be recoverable.

Storage encryption at rest is enabled by default using Microsoft-managed keys. In this case, a network team must keep storage traffic on private addresses for compliance. “Azure Storage service-side encryption with Microsoft-managed keys” would not satisfy that requirement; the supported action is “Private endpoint with correct storage service subresource and DNS”. Private Link offers private-address access independent of a public service endpoint.

Without enabled versioning or an appropriate backup, prior content may not be recoverable. In this case, a network team must keep storage traffic on private addresses for compliance. “Turn on blob versioning and design retention” would not satisfy that requirement; the supported action is “Private endpoint with correct storage service subresource and DNS”. Private Link offers private-address access independent of a public service endpoint.

HTTPS protects the connection, while storage encryption protects persisted data. In this case, a network team must keep storage traffic on private addresses for compliance. “Transport TLS and service-side encryption at rest are separate protections” would not satisfy that requirement; the supported action is “Private endpoint with correct storage service subresource and DNS”. Private Link offers private-address access independent of a public service endpoint.

Without enabled versioning or an appropriate backup, prior content may not be recoverable. In this case, an admin restricts public network access but has no private path configured. “Turn on blob versioning and design retention” would not satisfy that requirement; the supported action is “Disabling public access requires a permitted private endpoint path for clients”. Storage networking controls must match the intended client connectivity model.

The account setting can block anonymous access even when the container was configured for public reads. In this case, an admin restricts public network access but has no private path configured. “The storage account's anonymous blob access restriction” would not satisfy that requirement; the supported action is “Disabling public access requires a permitted private endpoint path for clients”. Storage networking controls must match the intended client connectivity model.

HTTPS protects the connection, while storage encryption protects persisted data. In this case, an admin restricts public network access but has no private path configured. “Transport TLS and service-side encryption at rest are separate protections” would not satisfy that requirement; the supported action is “Disabling public access requires a permitted private endpoint path for clients”. Storage networking controls must match the intended client connectivity model.

Private Link offers private-address access independent of a public service endpoint. In this case, a customer wants storage encryption at rest without provisioning any customer-managed key. “Private endpoint with correct storage service subresource and DNS” would not satisfy that requirement; the supported action is “Azure Storage service-side encryption with Microsoft-managed keys”. Storage encryption at rest is enabled by default using Microsoft-managed keys.

Not every redundancy or service capability is supported in every region. In this case, a customer wants storage encryption at rest without provisioning any customer-managed key. “Supported region and storage account redundancy combinations” would not satisfy that requirement; the supported action is “Azure Storage service-side encryption with Microsoft-managed keys”. Storage encryption at rest is enabled by default using Microsoft-managed keys.

Redundancy is selected per account subject to region and feature compatibility. In this case, a customer wants storage encryption at rest without provisioning any customer-managed key. “Each storage account has its own supported redundancy SKU” would not satisfy that requirement; the supported action is “Azure Storage service-side encryption with Microsoft-managed keys”. Storage encryption at rest is enabled by default using Microsoft-managed keys.

Private Link offers private-address access independent of a public service endpoint. In this case, a project believes HTTPS alone ensures encryption of stored blob content. “Private endpoint with correct storage service subresource and DNS” would not satisfy that requirement; the supported action is “Transport TLS and service-side encryption at rest are separate protections”. HTTPS protects the connection, while storage encryption protects persisted data.

Not every redundancy or service capability is supported in every region. In this case, a project believes HTTPS alone ensures encryption of stored blob content. “Supported region and storage account redundancy combinations” would not satisfy that requirement; the supported action is “Transport TLS and service-side encryption at rest are separate protections”. HTTPS protects the connection, while storage encryption protects persisted data.

Redundancy is selected per account subject to region and feature compatibility. In this case, a project believes HTTPS alone ensures encryption of stored blob content. “Each storage account has its own supported redundancy SKU” would not satisfy that requirement; the supported action is “Transport TLS and service-side encryption at rest are separate protections”. HTTPS protects the connection, while storage encryption protects persisted data.

Storage encryption at rest is enabled by default using Microsoft-managed keys. In this case, a team requires two accounts to have different storage redundancy strategies. “Azure Storage service-side encryption with Microsoft-managed keys” would not satisfy that requirement; the supported action is “Each storage account has its own supported redundancy SKU”. Redundancy is selected per account subject to region and feature compatibility.

HTTPS protects the connection, while storage encryption protects persisted data. In this case, a team requires two accounts to have different storage redundancy strategies. “Transport TLS and service-side encryption at rest are separate protections” would not satisfy that requirement; the supported action is “Each storage account has its own supported redundancy SKU”. Redundancy is selected per account subject to region and feature compatibility.

Private Link offers private-address access independent of a public service endpoint. In this case, a team requires two accounts to have different storage redundancy strategies. “Private endpoint with correct storage service subresource and DNS” would not satisfy that requirement; the supported action is “Each storage account has its own supported redundancy SKU”. Redundancy is selected per account subject to region and feature compatibility.

Storage encryption at rest is enabled by default using Microsoft-managed keys. In this case, a regional storage feature is unavailable under the requested redundancy. “Azure Storage service-side encryption with Microsoft-managed keys” would not satisfy that requirement; the supported action is “Supported region and storage account redundancy combinations”. Not every redundancy or service capability is supported in every region.

HTTPS protects the connection, while storage encryption protects persisted data. In this case, a regional storage feature is unavailable under the requested redundancy. “Transport TLS and service-side encryption at rest are separate protections” would not satisfy that requirement; the supported action is “Supported region and storage account redundancy combinations”. Not every redundancy or service capability is supported in every region.

Private Link offers private-address access independent of a public service endpoint. In this case, a regional storage feature is unavailable under the requested redundancy. “Private endpoint with correct storage service subresource and DNS” would not satisfy that requirement; the supported action is “Supported region and storage account redundancy combinations”. Not every redundancy or service capability is supported in every region.

Blob and container soft-delete settings protect different deletion scopes. In this case, a file share must remain recoverable if an operator deletes it by mistake. “Deleted containers may not be restorable through blob-only protection” would not satisfy that requirement; the supported action is “Soft delete for Azure file shares”. Soft delete allows recovery of recently deleted supported shares within configured retention.

Container soft delete can restore deleted eligible containers within retention. In this case, a file share must remain recoverable if an operator deletes it by mistake. “Container soft delete” would not satisfy that requirement; the supported action is “Soft delete for Azure file shares”. Soft delete allows recovery of recently deleted supported shares within configured retention.

Recovery retention ends according to the configured policy. In this case, a file share must remain recoverable if an operator deletes it by mistake. “The object may no longer be recoverable through soft delete” would not satisfy that requirement; the supported action is “Soft delete for Azure file shares”. Soft delete allows recovery of recently deleted supported shares within configured retention.

Blob and container soft-delete settings protect different deletion scopes. In this case, an operator permanently deletes a share after its soft-delete window expires. “Deleted containers may not be restorable through blob-only protection” would not satisfy that requirement; the supported action is “The configured soft-delete retention interval has elapsed”. Soft delete protects only within the configured retention period.

Container soft delete can restore deleted eligible containers within retention. In this case, an operator permanently deletes a share after its soft-delete window expires. “Container soft delete” would not satisfy that requirement; the supported action is “The configured soft-delete retention interval has elapsed”. Soft delete protects only within the configured retention period.

Recovery retention ends according to the configured policy. In this case, an operator permanently deletes a share after its soft-delete window expires. “The object may no longer be recoverable through soft delete” would not satisfy that requirement; the supported action is “The configured soft-delete retention interval has elapsed”. Soft delete protects only within the configured retention period.

Turning on protection only after the deletion does not retroactively guarantee recovery of data never retained by the feature. The competing choice “Enable container soft delete for the first time only after the deletion and assume earlier objects return” does not meet the specific requirement: Azure Blob container soft delete was enabled before a container was accidentally deleted. The recovery window has not expired. What is the direct supported recovery action. The supported action is “Undelete the deleted container within its configured soft-delete retention window”.

A newly created empty container is not the previously deleted object and does not automatically contain the recovered files. The competing choice “Recreate a new empty container with the same name and assume historical blobs will be repopulated automatically” does not meet the specific requirement: Azure Blob container soft delete was enabled before a container was accidentally deleted. The recovery window has not expired. What is the direct supported recovery action. The supported action is “Undelete the deleted container within its configured soft-delete retention window”.

Changing tiers for unrelated live objects does not recover the lost container and could increase retrieval delay. The competing choice “Move all live blobs in unrelated containers to Archive storage” does not meet the specific requirement: Azure Blob container soft delete was enabled before a container was accidentally deleted. The recovery window has not expired. What is the direct supported recovery action. The supported action is “Undelete the deleted container within its configured soft-delete retention window”.

Recovery retention ends according to the configured policy. In this case, an account has blob soft delete but not container soft delete. “The object may no longer be recoverable through soft delete” would not satisfy that requirement; the supported action is “Deleted containers may not be restorable through blob-only protection”. Blob and container soft-delete settings protect different deletion scopes.

Soft delete protects only within the configured retention period. In this case, an account has blob soft delete but not container soft delete. “The configured soft-delete retention interval has elapsed” would not satisfy that requirement; the supported action is “Deleted containers may not be restorable through blob-only protection”. Blob and container soft-delete settings protect different deletion scopes.

Blob soft delete retains recently deleted blob states for the configured interval. In this case, an account has blob soft delete but not container soft delete. “Blob soft delete with adequate retention” would not satisfy that requirement; the supported action is “Deleted containers may not be restorable through blob-only protection”. Blob and container soft-delete settings protect different deletion scopes.