Emc Corporation

Emc IP Holding Company LLC

Scott R Ostapovicz

Stephen J Todd

Uday K Gupta

Douglas A Wood

Karen Murphy

David Andrew Bowden

Fergal Gunn

Michael Schwartz

A method is used in applying XAM processes. A set of content is received via any of a file system interface, a block based interface, an object based interface to an object addressable data storage system. An object derived from the set of content and having an object identifier is stored in the object addressable data storage system. The object is made available for retrieval via the object based interface using the object identifier.

Applying XAM processes

Some embodiments are directed to an object addressable storage (OAS) system that stores a plurality of objects, a method for use in an OAS system and at least one non-transitory computer readable storage medium encoded with instruction that, when executed by a computer perform a method for use in an OAS system. A tiered storage environment comprising a plurality of storage tiers may be used. In response to a command, metadata associated with the object and a policy may be accessed. A storage tier may be selected for one or more portions of the object based on the policy and the metadata associated with the object.

Policy-based storage of portions of an object in a multi-tiered storage system

Techniques for improved snapshot data management for modeling and migration planning associated with data storage systems and datacenters. For example, a method comprises the following steps. A plurality of types of representation of states of a system are generated, data from the system is imported to a first type of representation, and a second type of representation is updated, via the first type of representation, with the imported data, wherein modeling is capable of being performed in the second type of representation, and not capable of being performed in the first type of representation.

Snapshot data management for modeling and migration planning of data storage systems

Some embodiments are directed to an object addressable storage (OAS) system that stores a plurality of objects, a method for use in an OAS system and at least one non-transitory computer readable storage medium encoded with instruction that, when performed by a computer perform a method for use in an OAS system. Each object may include a plurality of portions. A tiered storage environment comprising a plurality of storage tiers may be used. In response to a command a storage tier may be selected for each portion of the object. The OAS system may store at least one of the plurality of portions in a respective selected storage tier such that the object is stored in the OAS system with each of the portions being stored in its respective selected storage tier.

Information lifecycle management for binding content

Some embodiments are directed to an object addressable storage (OAS) system that stores a plurality of objects, a method for use in an OAS system and at least one non-transitory computer readable storage medium encoded with instruction that, when performed by a computer perform a method for use in an OAS system. Each object may include a plurality of fragments. A tiered storage environment comprising a plurality of storage tiers may be used. A policy for performing a storage operation a fragment of a stored object using the OAS system may be generated. Generating the policy may include receiving a user input. The input may include a first parameter specifying metadata criteria for metadata of the fragment. The input may also include a second parameter specifying a capability of a target storage tier. Information specifying an association between these two parameters is stored in a data structure.

Policy based storage of object fragments in a multi-tiered storage system

Some embodiments are directed to an object addressable storage (OAS) system that stores a plurality of objects, a method for use in an OAS system and at least one non-transitory computer readable storage medium encoded with instruction that, when performed by a computer perform a method for use in an OAS system. Each object may include a plurality of fragments. A tiered storage environment comprising a plurality of storage tiers may be used. In response to a command, metadata associated with the fragment and a policy may be accessed. A storage tier may be selected for one or more fragments of the object based on the policy and the metadata associated with the fragment.

Policy-based storage of object fragments in a multi-tiered storage system

Some embodiments relate to storing objects on a fixed-content archive storage system. When a request to modify an object is received, a new object or portion of an object is created, rather than overwriting the previous version of the object.

Methods and apparatus for storing a new version of an object on a content addressable storage system

Some embodiments relate to a migration policy that controls migration of content from a transactional storage system to a fixed content storage system. In some embodiments, content may be migrated from the transactional storage system to the fixed content storage system based on at least one criteria that relates to whether at least a portion of the content is binding.

Growing community of inventors

Holliston, MA, United States of America

Scott R Ostapovicz