Snapshots support point-in-time retrieval of previously recorded share content. In this case, an admin attempts to delete an object protected by active immutability. “Restore eligible data from an earlier file share snapshot” would not satisfy that requirement; the supported action is “The operation is denied until relevant retention controls permit deletion”. Ordinary owner privileges do not override active immutability requirements.

Share snapshots represent point-in-time read-only copies of eligible share content. In this case, an admin attempts to delete an object protected by active immutability. “Take an Azure Files share snapshot” would not satisfy that requirement; the supported action is “The operation is denied until relevant retention controls permit deletion”. Ordinary owner privileges do not override active immutability requirements.

Different storage services have separate lifecycle and tiering controls. In this case, an admin attempts to delete an object protected by active immutability. “Blob lifecycle policies do not manage Azure Files share tiers” would not satisfy that requirement; the supported action is “The operation is denied until relevant retention controls permit deletion”. Ordinary owner privileges do not override active immutability requirements.

Different storage services have separate lifecycle and tiering controls. In this case, a team needs a read-only historical view of an Azure file share before migration. “Blob lifecycle policies do not manage Azure Files share tiers” would not satisfy that requirement; the supported action is “Take an Azure Files share snapshot”. Share snapshots represent point-in-time read-only copies of eligible share content.

Versioning can capture successive writes, whereas manually scheduled snapshots may miss changes. In this case, a team needs a read-only historical view of an Azure file share before migration. “Automatic blob versioning” would not satisfy that requirement; the supported action is “Take an Azure Files share snapshot”. Share snapshots represent point-in-time read-only copies of eligible share content.

Ordinary owner privileges do not override active immutability requirements. In this case, a team needs a read-only historical view of an Azure file share before migration. “The operation is denied until relevant retention controls permit deletion” would not satisfy that requirement; the supported action is “Take an Azure Files share snapshot”. Share snapshots represent point-in-time read-only copies of eligible share content.

Time-based retention prevents deletion or modification during the configured WORM period. In this case, a migration overwrites files and the team needs their earlier versions. “Time-based immutable storage policy for eligible blobs” would not satisfy that requirement; the supported action is “Restore eligible data from an earlier file share snapshot”. Snapshots support point-in-time retrieval of previously recorded share content.

Versioning can capture successive writes, whereas manually scheduled snapshots may miss changes. In this case, a migration overwrites files and the team needs their earlier versions. “Automatic blob versioning” would not satisfy that requirement; the supported action is “Restore eligible data from an earlier file share snapshot”. Snapshots support point-in-time retrieval of previously recorded share content.

Ordinary owner privileges do not override active immutability requirements. In this case, a migration overwrites files and the team needs their earlier versions. “The operation is denied until relevant retention controls permit deletion” would not satisfy that requirement; the supported action is “Restore eligible data from an earlier file share snapshot”. Snapshots support point-in-time retrieval of previously recorded share content.

Blob public access can expose objects by known URL without permitting public container listing. In this case, a Blob account must preserve each overwrite as a separate accessible object state. “Blob-level anonymous public access where explicitly permitted by account policy” would not satisfy that requirement; the supported action is “Blob versioning”. Blob versions keep prior states for recovery when object content is replaced.

Container and blob anonymous access levels have different discovery behavior. In this case, a Blob account must preserve each overwrite as a separate accessible object state. “Use Blob-level access or disable anonymous access as the workload allows” would not satisfy that requirement; the supported action is “Blob versioning”. Blob versions keep prior states for recovery when object content is replaced.

Snapshots support point-in-time retrieval of previously recorded share content. In this case, a Blob account must preserve each overwrite as a separate accessible object state. “Restore eligible data from an earlier file share snapshot” would not satisfy that requirement; the supported action is “Blob versioning”. Blob versions keep prior states for recovery when object content is replaced.

Anonymous access controls who can read a blob; it does not provide controlled version retention or safe cleanup. The competing choice “Disable the current blob content by turning on anonymous public access” does not meet the specific requirement: A storage account enables Blob versioning, but older versions are accumulating beyond the business retention period and increasing storage costs. Which management approach helps clean up outdated previous versions automatically. The supported action is “Configure a Blob lifecycle-management rule that deletes eligible previous versions after the authorized retention period”.

Storage encryption protects data at rest but is not a policy for the number or age of retained object versions. The competing choice “Run a disk encryption operation on the underlying storage account” does not meet the specific requirement: A storage account enables Blob versioning, but older versions are accumulating beyond the business retention period and increasing storage costs. Which management approach helps clean up outdated previous versions automatically. The supported action is “Configure a Blob lifecycle-management rule that deletes eligible previous versions after the authorized retention period”.

Network firewall settings govern connectivity and do not perform age-based deletion of previous versions. The competing choice “Disable every account network rule so old versions are accessible” does not meet the specific requirement: A storage account enables Blob versioning, but older versions are accumulating beyond the business retention period and increasing storage costs. Which management approach helps clean up outdated previous versions automatically. The supported action is “Configure a Blob lifecycle-management rule that deletes eligible previous versions after the authorized retention period”.

ARM resource read permission does not necessarily permit blob data listing. In this case, a public website needs non-sensitive images anonymously readable without exposing the container listing. “A storage data role rather than only management-plane Reader” would not satisfy that requirement; the supported action is “Blob-level anonymous public access where explicitly permitted by account policy”. Blob public access can expose objects by known URL without permitting public container listing.

Blob versions keep prior states for recovery when object content is replaced. In this case, a public website needs non-sensitive images anonymously readable without exposing the container listing. “Blob versioning” would not satisfy that requirement; the supported action is “Blob-level anonymous public access where explicitly permitted by account policy”. Blob public access can expose objects by known URL without permitting public container listing.

Private blob listing is a data-plane operation that needs blob data authorization. In this case, a public website needs non-sensitive images anonymously readable without exposing the container listing. “Storage Blob Data Reader or equivalent scoped data permission” would not satisfy that requirement; the supported action is “Blob-level anonymous public access where explicitly permitted by account policy”. Blob public access can expose objects by known URL without permitting public container listing.

ARM resource read permission does not necessarily permit blob data listing. In this case, a team enables container-level public access and exposes listing unexpectedly. “A storage data role rather than only management-plane Reader” would not satisfy that requirement; the supported action is “Use Blob-level access or disable anonymous access as the workload allows”. Container and blob anonymous access levels have different discovery behavior.

Private blob listing is a data-plane operation that needs blob data authorization. In this case, a team enables container-level public access and exposes listing unexpectedly. “Storage Blob Data Reader or equivalent scoped data permission” would not satisfy that requirement; the supported action is “Use Blob-level access or disable anonymous access as the workload allows”. Container and blob anonymous access levels have different discovery behavior.

Blob versions keep prior states for recovery when object content is replaced. In this case, a team enables container-level public access and exposes listing unexpectedly. “Blob versioning” would not satisfy that requirement; the supported action is “Use Blob-level access or disable anonymous access as the workload allows”. Container and blob anonymous access levels have different discovery behavior.

Bulk copying can overwrite or duplicate destination objects if targets and flags are wrong. In this case, an employee wants to list every object in a private container using Entra authentication. “Correct target container, object naming and overwrite strategy before execution” would not satisfy that requirement; the supported action is “Storage Blob Data Reader or equivalent scoped data permission”. Private blob listing is a data-plane operation that needs blob data authorization.

Container and blob anonymous access levels have different discovery behavior. In this case, an employee wants to list every object in a private container using Entra authentication. “Use Blob-level access or disable anonymous access as the workload allows” would not satisfy that requirement; the supported action is “Storage Blob Data Reader or equivalent scoped data permission”. Private blob listing is a data-plane operation that needs blob data authorization.

Blob public access can expose objects by known URL without permitting public container listing. In this case, an employee wants to list every object in a private container using Entra authentication. “Blob-level anonymous public access where explicitly permitted by account policy” would not satisfy that requirement; the supported action is “Storage Blob Data Reader or equivalent scoped data permission”. Private blob listing is a data-plane operation that needs blob data authorization.

Blob public access can expose objects by known URL without permitting public container listing. In this case, an identity can view account configuration but receives 403 listing containers. “Blob-level anonymous public access where explicitly permitted by account policy” would not satisfy that requirement; the supported action is “A storage data role rather than only management-plane Reader”. ARM resource read permission does not necessarily permit blob data listing.

Container and blob anonymous access levels have different discovery behavior. In this case, an identity can view account configuration but receives 403 listing containers. “Use Blob-level access or disable anonymous access as the workload allows” would not satisfy that requirement; the supported action is “A storage data role rather than only management-plane Reader”. ARM resource read permission does not necessarily permit blob data listing.

Version history and retention help recover unintended overwrites. In this case, an identity can view account configuration but receives 403 listing containers. “Enable supported blob versioning or appropriate retention before bulk updates” would not satisfy that requirement; the supported action is “A storage data role rather than only management-plane Reader”. ARM resource read permission does not necessarily permit blob data listing.

Private blob listing is a data-plane operation that needs blob data authorization. In this case, a user uploads multi-gigabyte objects using AzCopy. “Storage Blob Data Reader or equivalent scoped data permission” would not satisfy that requirement; the supported action is “Correct target container, object naming and overwrite strategy before execution”. Bulk copying can overwrite or duplicate destination objects if targets and flags are wrong.

Archived data must be rehydrated before standard blob retrieval. In this case, a user uploads multi-gigabyte objects using AzCopy. “Archive tier for objects requiring immediate online reads” would not satisfy that requirement; the supported action is “Correct target container, object naming and overwrite strategy before execution”. Bulk copying can overwrite or duplicate destination objects if targets and flags are wrong.

Infrequent online tiers trade lower storage cost for retrieval and minimum-retention considerations. In this case, a user uploads multi-gigabyte objects using AzCopy. “Cool or Cold tier subject to the region and required retrieval latency” would not satisfy that requirement; the supported action is “Correct target container, object naming and overwrite strategy before execution”. Bulk copying can overwrite or duplicate destination objects if targets and flags are wrong.

Archived data must be rehydrated before standard blob retrieval. In this case, an operator accidentally overwrites a prior blob version during copy. “Archive tier for objects requiring immediate online reads” would not satisfy that requirement; the supported action is “Enable supported blob versioning or appropriate retention before bulk updates”. Version history and retention help recover unintended overwrites.

Private blob listing is a data-plane operation that needs blob data authorization. In this case, an operator accidentally overwrites a prior blob version during copy. “Storage Blob Data Reader or equivalent scoped data permission” would not satisfy that requirement; the supported action is “Enable supported blob versioning or appropriate retention before bulk updates”. Version history and retention help recover unintended overwrites.

Infrequent online tiers trade lower storage cost for retrieval and minimum-retention considerations. In this case, an operator accidentally overwrites a prior blob version during copy. “Cool or Cold tier subject to the region and required retrieval latency” would not satisfy that requirement; the supported action is “Enable supported blob versioning or appropriate retention before bulk updates”. Version history and retention help recover unintended overwrites.