Abstract: In one example, a system is provided that performs memory access operations on a storage volume stored in memory and identifies the memory access operations performed. A request to perform a memory access operation may be received at a communication interface. The request may comply with a memory access protocol. The memory access operation may be performed on a portion of the memory in response to the request, where the portion of the memory is included in the storage volume. One or more attributes of the memory access operation may be identified. An action related to the memory access operation may be performed based on the attribute of the memory access operation.

Abstract: A storage system is provided that includes storage controller logic that performs rapid data snapshots. The storage controller logic may provide block-level access to a storage volume. The storage controller logic may store all data blocks of the storage volume in a first solid state memory cache. The storage controller logic may form a snapshot of the storage volume in a second solid state memory cache. The first and second solid state memory caches are addressable with a processor. The storage system may complete the snapshot extremely quickly because the processor may copy from one memory location to another between the first and second solid state memory caches.

Abstract: In one example, a system is provided that performs memory access operations on a storage volume stored in memory and identifies the memory access operations performed. A request to perform a memory access operation may be received at a communication interface. The request may comply with a memory access protocol. The memory access operation may be performed on a portion of the memory in response to the request, where the portion of the memory is included in the storage volume. One or more attributes of the memory access operation may be identified. An action related to the memory access operation may be performed based on the attribute of the memory access operation.

Abstract: A network distributed tracking wire transfer protocol for storing and retrieving data across a distributed data collection. The protocol includes a location string for specifying the network location of data associated with an entity in the distributed data collection, and an identification string for specifying the identity of an entity in the distributed data collection. According to the protocol, the length of the location string and the length of the identification string are variable, and an association between an identification string and a location string can be spontaneously and dynamically changed. The network distributed tracking wire transfer protocol is application independent, organizationally independent, and geographically independent. A method for using the protocol in a distributed data collection environment and a system for implementing the protocol are also provided.

Abstract: A storage system is provided that includes storage controller logic that performs rapid data snapshots. The storage controller logic may provide block-level access to a storage volume. The storage controller logic may store all data blocks of the storage volume in a first solid state memory cache. The storage controller logic may form a snapshot of the storage volume in a second solid state memory cache. The first and second solid state memory caches are addressable with a processor. The storage system may complete the snapshot extremely quickly because the processor may copy from one memory location to another between the first and second solid state memory caches.

Abstract: A system and method for storing and retrieving location information across a network is disclosed. The system and method utilize a transfer protocol configured to transport an identifier/location relationship to allow one or more locations to be associated with an identifier in the location store of a location server, where the identifier represents a unique entity and the location represents a location of data pertaining to the identifier. The location server contains programming logic operative to provide responses to location queries and capable of scaling a plurality of location servers according to system performance and logistical requirements.

Abstract: A network distributed tracking wire transfer protocol for storing and retrieving data across a distributed data collection. The protocol includes a location string for specifying the network location of data associated with an entity in the distributed data collection, and an identification string for specifying the identity of an entity in the distributed data collection. According to the protocol, the length of the location string and the length of the identification string are variable, and an association between an identification string and a location string can be spontaneously and dynamically changed. The network distributed tracking wire transfer protocol is application independent, organizationally independent, and geographically independent. A method for using the protocol in a distributed data collection environment and a system for implementing the protocol are also provided.

Abstract: A system and method for storing and retrieving location information across a network is disclosed. The system and method utilize a transfer protocol configured to transport an identifier/location relationship to allow one or more locations to be associated with an identifier in the location store of a location server, where the identifier represents a unique entity and the location represents a location of data pertaining to the identifier. The location server contains programming logic operative to provide responses to location queries and capable of scaling a plurality of location servers according to system performance and logistical requirements.