Abstract: Techniques discussed herein relate to improved data recovery techniques within cloud computing environments. The disclosed techniques utilize consistency groups that are identified for volumes corresponding to a compute instance. A plurality of resource identifiers uniquely identifying a respective cloud computing resource of the cloud computing environment can be maintained. A cloud computing instance corresponding to a resource identifier may be identified and volume metadata associated with that resource identifier is obtained. The volume metadata identifying at least one of a block volume or boot volume. A consistency group is generated for the identified volume devices for the computing instance and one or more schedules can be generated with which various snapshots of the volume devices of the group are to be subsequently generated.

Abstract: Techniques discussed herein relate to improved data recovery techniques within cloud computing environments. The disclosed techniques utilize consistency groups that are identified for volumes corresponding to a compute instance. A plurality of resource identifiers uniquely identifying a respective cloud computing resource of the cloud computing environment can be maintained. A cloud computing instance corresponding to a resource identifier may be identified and volume metadata associated with that resource identifier is obtained. The volume metadata identifying at least one of a block volume or boot volume. A consistency group is generated for the identified volume devices for the computing instance and one or more schedules can be generated with which various snapshots of the volume devices of the group are to be subsequently generated.

Abstract: Data objects can be migrated, while live, to virtualized clustered storage arrays in an efficient manner to allow for efficient transition from non-clustered storage to the virtualized clustered storage arrays. A data migration specification indicates data objects to be migrated and parameters for the migration. The parameters include a source of a data object, a destination of the data object in the virtualized clustered storage arrays, and a transfer space. A migration engine validates and parses the data migration specification. For each unique association of source, destination, and transfer space, the migration engine instantiates a migration process that drives and monitors migration of the corresponding data object. The migration processes operate in parallel for migration of the specified data objects into the virtualized clustered storage arrays.

Abstract: Data objects can be migrated, while live, to virtualized clustered storage arrays in an efficient manner to allow for efficient transition from non-clustered storage to the virtualized clustered storage arrays. A data migration specification indicates data objects to be migrated and parameters for the migration. The parameters include a source of a data object, a destination of the data object in the virtualized clustered storage arrays, and a transfer space. A migration engine validates and parses the data migration specification. For each unique association of source, destination, and transfer space, the migration engine instantiates a migration process that drives and monitors migration of the corresponding data object. The migration processes operate in parallel for migration of the specified data objects into the virtualized clustered storage arrays.

Abstract: Data objects can be migrated, while live, to virtualized clustered storage arrays in an efficient manner to allow for efficient transition from non-clustered storage to the virtualized clustered storage arrays. A data migration specification indicates data objects to be migrated and parameters for the migration. The parameters include a source of a data object, a destination of the data object in the virtualized clustered storage arrays, and a transfer space. A migration engine validates and parses the data migration specification. For each unique association of source, destination, and transfer space, the migration engine instantiates a migration process that drives and monitors migration of the corresponding data object. The migration processes operate in parallel for migration of the specified data objects into the virtualized clustered storage arrays.

Abstract: Data objects can be migrated, while live, to virtualized clustered storage arrays in an efficient manner to allow for efficient transition from non-clustered storage to the virtualized clustered storage arrays. A data migration specification indicates data objects to be migrated and parameters for the migration. The parameters include a source of a data object, a destination of the data object in the virtualized clustered storage arrays, and a transfer space. A migration engine validates and parses the data migration specification. For each unique association of source, destination, and transfer space, the migration engine instantiates a migration process that drives and monitors migration of the corresponding data object. The migration processes operate in parallel for migration of the specified data objects into the virtualized clustered storage arrays.

Abstract: A system includes a storage engine node that includes a processor and a memory coupled to the processor. The memory stores a protocol mapper executable by the processor to convert storage access requests from a local storage protocol to a cloud storage protocol.