Abstract: Described is a technology by which movement of a shared network device (e.g., a printer or storage device) to a different network machine triggers an automatic reconfiguration of the device and/or the network machines, so that those machines remain able to share that device. Configuration data may be pushed to the network machines, pulled by the network machines, and/or provided to a server by which the network machines may access the confirmation data. Reconfiguration may include creating a system user account and modifying the permissions associated with the device so that the other machine has access permission to use the device via the created account.

Abstract: A system and method for performing backup operations is provided. Mechanisms facilitate a secure centralized backup system with a locally derived authentication model. A local centralized storage server may generate an authentication model, including credentials, and create a share/directory for each client. Clients store their credentials and use them to access centralized storage. Credentials are maintained and provisioned locally. A remote host server may establish trust by providing a list of clients in a circle.

Abstract: Described is a technology by which movement of a shared network device (e.g., a printer or storage device) to a different network machine triggers an automatic reconfiguration of the device and/or the network machines, so that those machines remain able to share that device. Configuration data may be pushed to the network machines, pulled by the network machines, and/or provided to a server by which the network machines may access the confirmation data. Reconfiguration may include creating a system user account and modifying the permissions associated with the device so that the other machine has access permission to use the device via the created account.

Abstract: Described is a technology by which movement of a shared network device (e.g., a printer or storage device) to a different network machine triggers an automatic reconfiguration of the device and/or the network machines, so that those machines remain able to share that device. Configuration data may be pushed to the network machines, pulled by the network machines, and/or provided to a server by which the network machines may access the confirmation data. Reconfiguration may include creating a system user account and modifying the permissions associated with the device so that the other machine has access permission to use the device via the created account.

Abstract: A backup file is generated to capture the current state of a computer. The computer state may be restored to the computer in a hybrid manner at a later time by accessing some files and/or data included in the backup file and downloading other files contained in a list in the backup file. By listing some files rather than including the actual files in the backup file, the backup file may be generated faster and require less processing and memory resources. When the computer state is restored, secondary files and computer state data contained in the backup file are installed to the computer. A list of primary files in the backup file is accessed, each primary file is retrieved from one or more remote publishers over a network, and the retrieved primary files are installed.

Abstract: Described is a technology by which movement of a shared network device (e.g., a printer or storage device) to a different network machine triggers an automatic reconfiguration of the device and/or the network machines, so that those machines remain able to share that device. Configuration data may be pushed to the network machines, pulled by the network machines, and/or provided to a server by which the network machines may access the confirmation data. Reconfiguration may include creating a system user account and modifying the permissions associated with the device so that the other machine has access permission to use the device via the created account.

Abstract: A system and method for performing backup operations is provided. Mechanisms facilitate a secure centralized backup system with a locally derived authentication model. A local centralized storage server may generate an authentication model, including credentials, and create a share/directory for each client. Clients store their credentials and use them to access centralized storage. Credentials are maintained and provisioned locally. A remote host server may establish trust by providing a list of clients in a circle.

Abstract: A backup file is generated to capture the current state of a computer. The computer state may be restored to the computer in a hybrid manner at a later time by accessing some files and/or data included in the backup file and downloading other files contained in a list in the backup file. By listing some files rather than including the actual files in the backup file, the backup file may be generated faster and require less processing and memory resources. When the computer state is restored, secondary files and computer state data contained in the backup file are installed to the computer. A list of primary files in the backup file is accessed, each primary file is retrieved from one or more remote publishers over a network, and the retrieved primary files are installed.