Gary Phillips, CISM, CISSP

A system for distributed discovery and management of frozen images includes a first and a second computer host, a first and a second frozen image agent and a frozen image server. Each of the first and second frozen image agents may be configured to identify one or more storage hierarchies hosted at a respective computer host, and to provide an encoding representing the identified storage hierarchies to the frozen image server. The frozen image server may be configured to aggregate the encodings… Show more

A system for distributed discovery and management of frozen images includes a first and a second computer host, a first and a second frozen image agent and a frozen image server. Each of the first and second frozen image agents may be configured to identify one or more storage hierarchies hosted at a respective computer host, and to provide an encoding representing the identified storage hierarchies to the frozen image server. The frozen image server may be configured to aggregate the encodings provided by the frozen image agents into a system-level storage hierarchy catalog. Show less

A system for distributed discovery and management of frozen images includes a first and a second computer host, a first and a second frozen image agent and a frozen image server. Each of the first and second frozen image agents may be configured to identify one or more storage hierarchies hosted at a respective computer host, and to provide an encoding representing the identified storage hierarchies to the frozen image server. The frozen image server may be configured to aggregate the encodings… Show more

A system for distributed discovery and management of frozen images includes a first and a second computer host, a first and a second frozen image agent and a frozen image server. Each of the first and second frozen image agents may be configured to identify one or more storage hierarchies hosted at a respective computer host, and to provide an encoding representing the identified storage hierarchies to the frozen image server. The frozen image server may be configured to aggregate the encodings provided by the frozen image agents into a system-level storage hierarchy catalog. Show less

A system for distributed discovery and management of frozen images includes a first and a second computer host, a first and a second frozen image agent and a frozen image server. Each of the first and second frozen image agents may be configured to identify one or more storage hierarchies hosted at a respective computer host, and to provide an encoding representing the identified storage hierarchies to the frozen image server. The frozen image server may be configured to aggregate the encodings… Show more

A system for distributed discovery and management of frozen images includes a first and a second computer host, a first and a second frozen image agent and a frozen image server. Each of the first and second frozen image agents may be configured to identify one or more storage hierarchies hosted at a respective computer host, and to provide an encoding representing the identified storage hierarchies to the frozen image server. The frozen image server may be configured to aggregate the encodings provided by the frozen image agents into a system-level storage hierarchy catalog. Show less

A system and method for application discovery in a computing environment. In one embodiment, a system may include a plurality of applications configured to operate in a distributed computing environment, where the distributed computing environment may include multiple computing platforms, and an application discovery manager configured to detect the presence of the plurality of applications. In one specific implementation of the system, the application discovery manager may be further… Show more

A system and method for application discovery in a computing environment. In one embodiment, a system may include a plurality of applications configured to operate in a distributed computing environment, where the distributed computing environment may include multiple computing platforms, and an application discovery manager configured to detect the presence of the plurality of applications. In one specific implementation of the system, the application discovery manager may be further configured to identify individual components of a given application subsequent to detecting the presence of the given application. In another specific implementation of the system, the application discovery manager may be further configured to identify a dependency of a given application on one or more other applications subsequent to detecting the presence of the given application. Show less

A system and method for cooperative application quiescence in a computing environment. In one embodiment, a system may include a storage device configured to store data, a plurality of applications each of which is configured to issue input/output (I/O) requests to the storage device, and a quiescence manager configured to coordinate quiescence of at least a portion of the plurality of applications in response to receiving a quiescence request, where quiescence of a given application may… Show more

A system and method for cooperative application quiescence in a computing environment. In one embodiment, a system may include a storage device configured to store data, a plurality of applications each of which is configured to issue input/output (I/O) requests to the storage device, and a quiescence manager configured to coordinate quiescence of at least a portion of the plurality of applications in response to receiving a quiescence request, where quiescence of a given application may include completing outstanding I/O requests issued by the given application. Show less

A computer system and storage management method for routing data between peer-level storage units. The computer system includes a first storage unit (e.g., disk drive) and an intelligent controller connected to a storage area network. The intelligent controller is also connected to a second storage unit (e.g., tape drive). The computer system further includes a host (server and/or workstation) having an application module for generating and transmitting a command to the intelligent controller… Show more

A computer system and storage management method for routing data between peer-level storage units. The computer system includes a first storage unit (e.g., disk drive) and an intelligent controller connected to a storage area network. The intelligent controller is also connected to a second storage unit (e.g., tape drive). The computer system further includes a host (server and/or workstation) having an application module for generating and transmitting a command to the intelligent controller by way of the storage area network or a system network. In response to the transmitted command, the intelligent controller routes data between the first storage unit and the second storage unit using the storage area network while bypassing the host. Show less