Cool maintains online access with different storage and transaction cost tradeoffs. In this case, a team enables object replication but expects Azure Files shares to copy too. “Cool access tier for infrequently accessed online blobs” would not satisfy that requirement; the supported action is “Object replication targets eligible block blobs, not Azure Files shares”. Storage services have distinct replication mechanisms and capabilities.

Archive is offline storage and imposes rehydration latency. In this case, a team enables object replication but expects Azure Files shares to copy too. “Archived blobs require rehydration before normal retrieval” would not satisfy that requirement; the supported action is “Object replication targets eligible block blobs, not Azure Files shares”. Storage services have distinct replication mechanisms and capabilities.

Blob immutability can enforce WORM-style retention on eligible containers or versions. In this case, a team enables object replication but expects Azure Files shares to copy too. “A supported immutable blob policy for the retention requirement” would not satisfy that requirement; the supported action is “Object replication targets eligible block blobs, not Azure Files shares”. Storage services have distinct replication mechanisms and capabilities.

Archive is offline and requires rehydration before ordinary reads; it is inconsistent with frequent interactive requests. In this case, a blob workload was assigned Cool storage because reads were rare, but it now serves frequent interactive downloads and transaction charges dominate. “Move the blob to Archive despite requiring immediate interactive retrieval” would not satisfy that requirement; the supported action is “Evaluate changing the blob access tier to Hot after comparing storage versus access and transaction costs”.

The changed access profile requires a fresh cost comparison rather than assuming the historical Cool tier is still cheapest. In this case, a blob workload was assigned Cool storage because reads were rare, but it now serves frequent interactive downloads and transaction charges dominate. “Keep the Cool tier without reevaluating frequent read and transaction charges” would not satisfy that requirement; the supported action is “Evaluate changing the blob access tier to Hot after comparing storage versus access and transaction costs”.

Blob versioning protects historical object states, not the per-operation pricing of the current blob access tier. In this case, a blob workload was assigned Cool storage because reads were rare, but it now serves frequent interactive downloads and transaction charges dominate. “Enable only blob versioning and assume it changes retrieval transaction pricing” would not satisfy that requirement; the supported action is “Evaluate changing the blob access tier to Hot after comparing storage versus access and transaction costs”.

Archived objects cannot be treated like normal Hot or Cool blobs until rehydrated. In this case, data must remain immediately readable without rehydration. “Rehydrate the archived blob to an online tier” would not satisfy that requirement; the supported action is “Archived blobs require rehydration before normal retrieval”. Archive is offline storage and imposes rehydration latency.

Archive minimizes storage expense for eligible infrequently accessed data at the cost of offline retrieval. In this case, data must remain immediately readable without rehydration. “Archive tier if access latency and retrieval costs are acceptable” would not satisfy that requirement; the supported action is “Archived blobs require rehydration before normal retrieval”. Archive is offline storage and imposes rehydration latency.

Storage services have distinct replication mechanisms and capabilities. In this case, data must remain immediately readable without rehydration. “Object replication targets eligible block blobs, not Azure Files shares” would not satisfy that requirement; the supported action is “Archived blobs require rehydration before normal retrieval”. Archive is offline storage and imposes rehydration latency.

Cool maintains online access with different storage and transaction cost tradeoffs. In this case, an object archive has years of compliance retention but no interactive access. “Cool access tier for infrequently accessed online blobs” would not satisfy that requirement; the supported action is “Archive tier if access latency and retrieval costs are acceptable”. Archive minimizes storage expense for eligible infrequently accessed data at the cost of offline retrieval.

Archive is offline storage and imposes rehydration latency. In this case, an object archive has years of compliance retention but no interactive access. “Archived blobs require rehydration before normal retrieval” would not satisfy that requirement; the supported action is “Archive tier if access latency and retrieval costs are acceptable”. Archive minimizes storage expense for eligible infrequently accessed data at the cost of offline retrieval.

Share performance limits depend on tier and provisioned capacity model. In this case, an object archive has years of compliance retention but no interactive access. “Select a suitable premium file-share configuration and provisioned performance” would not satisfy that requirement; the supported action is “Archive tier if access latency and retrieval costs are acceptable”. Archive minimizes storage expense for eligible infrequently accessed data at the cost of offline retrieval.

An accepted operation can remain pending; immediate online readability does not follow from request submission. The competing choice “Treat the rehydration request acceptance as proof that an online read now succeeds” does not meet the specific requirement: A blob was rehydrated from Archive toward Hot, but its status is still pending. The customer application must fetch the contents through ordinary online blob reads. What should it do before declaring recovery complete. The supported action is “Wait for the blob rehydration operation to finish and confirm it has entered the intended online access tier”.

A private DNS zone changes name resolution for an endpoint, not the data access tier or rehydration state of an archived blob. The competing choice “Create a new private DNS zone because every archive blob is stored on a private endpoint” does not meet the specific requirement: A blob was rehydrated from Archive toward Hot, but its status is still pending. The customer application must fetch the contents through ordinary online blob reads. What should it do before declaring recovery complete. The supported action is “Wait for the blob rehydration operation to finish and confirm it has entered the intended online access tier”.

Deletion removes data or begins retention handling and does not complete an Archive-to-Hot transition. The competing choice “Delete the archived blob and assume that its contents remain available at the same URL” does not meet the specific requirement: A blob was rehydrated from Archive toward Hot, but its status is still pending. The customer application must fetch the contents through ordinary online blob reads. What should it do before declaring recovery complete. The supported action is “Wait for the blob rehydration operation to finish and confirm it has entered the intended online access tier”.

Account-wide disallow overrides container-level anonymous read settings. In this case, a team uses standard GPv2 storage but needs predictable performance for intensive file shares. “Disallow anonymous blob access at account level” would not satisfy that requirement; the supported action is “Premium Azure Files storage for supported workload performance”. Premium file shares provide a different performance and billing model.

The account setting can block anonymous access even when the container was configured for public reads. In this case, a team uses standard GPv2 storage but needs predictable performance for intensive file shares. “The storage account's anonymous blob access restriction” would not satisfy that requirement; the supported action is “Premium Azure Files storage for supported workload performance”. Premium file shares provide a different performance and billing model.

Archived objects cannot be treated like normal Hot or Cool blobs until rehydrated. In this case, a team uses standard GPv2 storage but needs predictable performance for intensive file shares. “Rehydrate the archived blob to an online tier” would not satisfy that requirement; the supported action is “Premium Azure Files storage for supported workload performance”. Premium file shares provide a different performance and billing model.

Archive minimizes storage expense for eligible infrequently accessed data at the cost of offline retrieval. In this case, a file workload has sustained high IOPS needs and standard shares have poor latency. “Archive tier if access latency and retrieval costs are acceptable” would not satisfy that requirement; the supported action is “Select a suitable premium file-share configuration and provisioned performance”. Share performance limits depend on tier and provisioned capacity model.

Account-wide disallow overrides container-level anonymous read settings. In this case, a file workload has sustained high IOPS needs and standard shares have poor latency. “Disallow anonymous blob access at account level” would not satisfy that requirement; the supported action is “Select a suitable premium file-share configuration and provisioned performance”. Share performance limits depend on tier and provisioned capacity model.

The account setting can block anonymous access even when the container was configured for public reads. In this case, a file workload has sustained high IOPS needs and standard shares have poor latency. “The storage account's anonymous blob access restriction” would not satisfy that requirement; the supported action is “Select a suitable premium file-share configuration and provisioned performance”. Share performance limits depend on tier and provisioned capacity model.

Making every container public broadens the exposure far beyond the approved image container and may disclose private objects. The competing choice “Set every container in the account to unrestricted anonymous access” does not meet the specific requirement: A storage account policy currently permits container-level anonymous access, and a public marketing image container must be readable without authentication while another container remains private. What configuration meets the limited-publicity requirement. The supported action is “Permit anonymous access at the account boundary and set only the intended marketing container to Blob-level public access”.

An account-level anonymous access prohibition overrides container-level public settings; the lower-scope setting cannot bypass it. The competing choice “Disallow anonymous access across the account while relying on a container-level Public setting to override that account ban” does not meet the specific requirement: A storage account policy currently permits container-level anonymous access, and a public marketing image container must be readable without authentication while another container remains private. What configuration meets the limited-publicity requirement. The supported action is “Permit anonymous access at the account boundary and set only the intended marketing container to Blob-level public access”.

Account keys are sensitive credentials that authorize storage operations, not an anonymous-public-read setting to distribute to website visitors. The competing choice “Create a public anonymous account access key and embed it in every website link” does not meet the specific requirement: A storage account policy currently permits container-level anonymous access, and a public marketing image container must be readable without authentication while another container remains private. What configuration meets the limited-publicity requirement. The supported action is “Permit anonymous access at the account boundary and set only the intended marketing container to Blob-level public access”.

Blob versioning preserves eligible previous states when objects are overwritten. In this case, a container is marked public but clients cannot read anonymously. “Blob versioning” would not satisfy that requirement; the supported action is “The storage account's anonymous blob access restriction”. The account setting can block anonymous access even when the container was configured for public reads.

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

Premium file shares provide a different performance and billing model. In this case, a container is marked public but clients cannot read anonymously. “Premium Azure Files storage for supported workload performance” would not satisfy that requirement; the supported action is “The storage account's anonymous blob access restriction”. The account setting can block anonymous access even when the container was configured for public reads.

The previously saved version must actually be selected and restored; changing retention or listing metadata after overwrite cannot make the old bytes current. In this case, a user overwrote an Azure blob and the storage account already had versioning enabled. The team identified the desired older version. “Enable blob soft delete only now and assume it retroactively preserves every prior overwritten version” would not satisfy that requirement; the supported action is “Restore the selected prior blob version as the current content using supported version-copy or restore operations”.

The previously saved version must actually be selected and restored; changing retention or listing metadata after overwrite cannot make the old bytes current. In this case, a user overwrote an Azure blob and the storage account already had versioning enabled. The team identified the desired older version. “Create a new snapshot after the overwrite and assume it contains the former blob contents” would not satisfy that requirement; the supported action is “Restore the selected prior blob version as the current content using supported version-copy or restore operations”.

The previously saved version must actually be selected and restored; changing retention or listing metadata after overwrite cannot make the old bytes current. In this case, a user overwrote an Azure blob and the storage account already had versioning enabled. The team identified the desired older version. “List current blob properties without selecting and restoring the known earlier blob version” would not satisfy that requirement; the supported action is “Restore the selected prior blob version as the current content using supported version-copy or restore operations”.

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.