61 results about "Remote backup service" patented technology

The invention relates to a network-based PB level cloud storage system and a processing method thereof. The network-based PB level cloud storage system comprises a main control server, a storage server cluster and a client side which are operated through an internal exchange, wherein the main control server is used for providing the directory information and the meta data information for a cloud storage client side and monitoring the storage server cluster; the storage server cluster comprises a plurality of storage servers used for data storage; the client side is used for providing the virtual disc service for a cloud storage client machine, submitting an operation request of the cloud storage client machine to a virtual disc to the main control server and reading / writing the file data from the storage server, and a client-side module is arranged on the cloud storage client machine. The invention is easy to expanded and is convenient to manage, solves the problem of storage island, can construct a cloud storage file system provided with the dynamic load balancing capability and the online backup and automatic recovery functions and capable of being expanded on demand on a general-purpose low-performance PC (personal computer) cluster.

A disk array connected to a storage area network via a fiber channel has one or more ports each controlled by a processor. Even the disk array with one port and one processor executes online processing and backup processing at the same time while considering an online processing load. A port controller not only accepts a request from a host computer but issues a request to other storage controllers to allow online processing and backup processing to be executed at the same time. In addition, the disk array, if provided with a plurality of ports, selects ports or schedules processing depending upon the load to prevent backup processing from affecting online processing performance.

The present invention discloses a method and system for snapshot-based online backup operations permitting reduced requirements to storage capacity and computational overhead for snapshot function.At the beginning of an online backup operation, the backup software system creates a snapshot of source data storage. The snapshot includes a watch-list used for identifying blocks of a source storage which are watched by snapshot management means for update. If a block included into the watch-list was requested for update, the snapshot management means preserve original contents of that block in a retention container for the purpose of temporary store. The retention container includes a set of temporal stores dedicated for transient storing of blocks until they are backed up.The essence of the invention is enabling to exclude blocks from the watch-list and the retention container at any moment within the period of snapshot operation. Therefore it is possible to exclude unnecessary blocks from the scope of blocks managed by the snapshot management means, for the purpose of preserving point-in-time data.Backed up blocks can be operatively excluded from the snapshot so that unchanged blocks are excluded from the watch-list and updated blocks are removed from the retention container. In the latter case temporal stores are shrunk as well. This technique allows to reduce progressively storage expenses and computational overheads required for maintenance of a snapshot being used in the online backup routine.When a volume-level online backup is performed the snapshot is switched to the read-once mode at the beginning of the data copying stage. A backup utility performs sequential read of blocks from the snapshot. The snapshot management means automatically exclude requested blocks from the scope of managed blocks.

An encryption for a distributed global online backup system with global two-stage deduplication in the absence of an indexing database where data blocks are encrypted using their SHA-1 signatures as encryption keys.

A method for enabling a remote access to a cloud-enabled network device, the method is performed by a cloud relay server that communicates with at least one client over an internet connection. The method comprises receiving a request from a client to access at least a user interface of the cloud-enabled network device through an internet connection, wherein the cloud-enabled network device is connected in a local area network; using a host name designated in the request to detect a cloud connector that communicates with the cloud-enabled network device; sending an open relay message to the cloud-enabled network device through the cloud connector over a management link; and establishing a secure tunnel between the cloud relay server and the cloud-enabled network device, thereby enabling a secure connection between the client and the cloud-enabled network device over the internet connection.

A disk array connected to a storage area network via a fiber channel has one or more ports each controlled by a processor. Even the disk array with one port and one processor executes online processing and backup processing at the same time while considering an online processing load. A port controller not only accepts a request from a host computer but issues a request to other storage controllers to allow online processing and backup processing to be executed at the same time. In addition, the disk array, if provided with a plurality of ports, selects ports or schedules processing depending upon the load to prevent backup processing from affecting online processing performance.

A system and method for providing online storage and security. Digital assets are sent from client applications to server applications. The server implements an algorithm that optimizes the storage of digital assets. The server extracts the meta-data from digital assets and stores the meta-data in a relational database. The storage of digital assets will depend on analyzing the meta-data; factors such as file type, frequency of usage, and frequency of access are considered by the storage destination optimizing algorithm. The server also implements an algorithm that protects the digital assets from unauthorized network access. Upon detection of network intrusion by the security algorithm, the digital assets of the compromised users will be frozen, then either be destroyed or render unreadable by the unauthorized user. The security algorithm may then send an instance of the digitals assets to the compromised user to ensure that the digital assets remain accessible.

A failure recovery framework to be used in cooperative data stream processing is provided that can be used in a large-scale stream data analysis environment. Failure recovery supports a plurality of independent distributed sites, each having its own local administration and goals. The distributed sites cooperate in an inter-site back-up mechanism to provide for system recovery from a variety of failures within the system. Failure recovery is both automatic and timely through cooperation among sites. Back-up sites associated with a given primary site are identified. These sites are used to identify failures within the primary site including failures of applications running on the nodes of the primary site. The failed applications are reinstated on one or more nodes within the back-up sites using job management instances local to the back-up sites in combination with previously stored state information and data values for the failed applications. In additions to inter-site mechanisms, each one of the plurality of sites employs an intra-site back-up mechanism to handle failure recoveries within the site.

The invention relates to a file online backup method. The traditional backup method is complex in operation and has low backup efficiency. The method disclosed by the invention comprises a file backup stage and a file recovery stage, wherein during backup, a user file is partitioned by a backup agent, and the sub-block data are sent to a storage server through a network. During recovery, the backup agent downloads the original backup data to the specified directory of a local host from the storage sever through the network. By the method, the backup is selected according to the type of the file, selective backup of the file of the specific type is realized, a multi-task backup mode is realized at the same time, and multiple folders can be independently backed up.

Online backup of image files includes providing a user interface for making a backup selection based on an image catalog that includes a plurality of image files, the user interface including a resolution option; receiving a backup selection based on the image catalog, the backup selection indicating a selection of an image file in the image catalog and a resolution choice associated with the image file; and sending a copy of the image file to a remote storage, the copy having a resolution that corresponds to the resolution choice.

The present invention discloses an online backup method and system for a virtual machine. The method comprises: when a backup instruction is detected, opening up a cache space for the virtual machine, and determining whether a write operation for a virtual disk of the virtual machine exists; when determining that the write operation for the virtual disk exists, intercepting write data corresponding to the write operation, and storing the intercepted write data into the cache space; and backuping backup related data of the virtual machine in the virtual disk to a preset backup server. For the situation that the write operation for the virtual disk exactly exists at a moment for backuping the virtual machine, the write operation of the virtual machine does not need to be paused, but a storage space needed for services is provided by the pre-opened-up cache space instead of the virtual disk, so that the services of the virtual machine are smoothly conducted, user data is not lost, and the service performance of the virtual machine is improved.

The invention discloses a method and a system for data increment backup of a sensing layer of the Internet of Things. The method comprises the following steps of: distributing a unique node clustered index Node_ID to every sensor, and automatically distributing a unique data clustered index Index_ID during detection data generation of every sensor; searching an incremental log index tree with the node clustered index Node_ID as a key to obtain a node of the corresponding sensor on the incremental log index tree, and updating according to the comparison results of two groups of recent detection data of every node, wherein an AVL (approve vendor list) structure is adopted by the incremental log index tree; searching a data log index tree with the data clustered index Index_ID as a key to obtain a node of the corresponding sensor on the data log index tree, and writing detection data into a data log file, wherein a B plus structure is adopted by the data log index tree. Online backup can be performed during operation, continuous operation of the Internet of Things can be ensured, and the speed of inquiry of data increments can be improved greatly.

The claimed subject matter provides a system and / or a method that facilitates integration of a distributed backup environment and a online backup environment. A super peer device can be designated from a set of peer devices. The super peer can distribute backup data amongst the set of peer devices based upon availability and storage capacity of the peer devices. In addition, the super peer can transfer portions of backup data from the set of peers to an online backup service.

The invention discloses a load balancing system for remote service calling based on a real-time load rate. The load balancing system comprises a monitoring center, a registration center, a client and a server; the monitoring center is used for status monitoring and counting the number of service connections, and regularly reporting the number of service connections to the registration center; the registration center is used for providing service release and service subscription, pushing a list of available service instances to the client, acquiring the number of service loads in real time, and calculating the load level of the service instances; and the client comprises a load balancer module, wherein the load balancer module is used for analyzing the load level of the service instances, screening the service instances according to a load balancing screening algorithm, and recommending the service instances to the client.

The present invention relates to a system of integrating remote services and the method of operating said system. In a preferred embodiment, the system comprises a management system, a database with a table of users and a table of data associated with each user, a message input and recognition system for written messages, voice messages, or text messages, etc., an output system, a dialogue system, and an information exchanging system for exchanging information with remote third party services, where the information exchanging system is connected to the management system and comprises connectors suitable for each type of service such that at least one connector is suitable for performing a commercial transaction that can be requested by the user. It is particularly applicable in the field of purchasing electronic tickets or products and in the field of bank transactions from a mobile terminal.

This invention provides an on-line backup method based on data unblock redundancy and virtual storage, which divides a message to fragments to realize data unblock redundancy and virtual data service to get high data safety, reliability to extend the system with cheap hardware.

The invention discloses a data compression method in on-line backup service software, belongs to the field of computer storage backup services and computer data compression and aims to improve the efficiency of the storage backup service. In the invention, the method for reducing the system load through a two-stage compression strategy at a client is provided. Upper compression is global compression which is used for blocking a backup original file according to a fixed size, calculating hash value of each block and taking the hash value as an identify of the data block so as to ensure that each data block has only one copy in the global scope of a storage end. Lower compression is of block level, which is used for realizing compression in the data block through a compression algorithm so as to reduce the data quantity needing to be transmitted through the network and save the bandwidth. The combined action of the two stages of compression not only improves the efficiency of the backup service, reduces the data transmission quantity and also improves the utilization ratio of the space at the storage end.

The invention discloses a backup and recovery method capable of supporting online concurrency of multi-level data and a database. Backup data recovery is performed by executing the following steps of starting up all backup proxy servers and backup data servers, and registering to a master control server; selecting a backup task category by a supervisor console, wherein the backup task category comprises a catalog backup or a user full backup; issuing a backup data task request message or a database backup task request message to the backup data servers and the backup proxy servers by the master control server; start uploading or downloading a data command after the backup data task request message or the database backup task request message is received by the backup data servers, establishing a backup file storage catalog according to a task number, then, enabling a file transmission service, and receiving file upload or download links of the backup proxy servers; sending a task completion message to the master control server after the transmission of received uploaded or downloaded file data is ended. The backup and recovery method disclosed by the invention meets the massive data storage and backup requirement, and supports online data backup and recovery.

A developer can provide complex services to existing legacy applications using one or more components configured to tap into a service abstraction framework. In one implementation, for example, a developer of a remote service provider adds one or more authentication attributes to the remote service provider, and further creates a local client driver that incorporates a client proxy. When a legacy application generates a function request (e.g., to print, send a text message, initiate a voice communication), the client proxy intercepts the request through an appropriate communication subsystem, and relays the request to the server proxy. The server proxy determines the extent to which authentication measures may be required. If required, the client proxy can initiate out-of-band processing with various authentication managers to validate / process the request at the remote service provider.

The invention discloses local cache equipment for cloud backup services. The local cache equipment is characterized in that in a small office or households, after backup client programs running on personal computers and mobile equipment detect the local cache equipment 100, files are firstly backed up to the local cache equipment rather than be directly backed up to a cloud online backup service 110, the local cache equipment can automatically delete repeated files, tracks modified files, executes incremental backups and synchronize the files to the cloud online backup service, and accordingly, by the aid of the local cache equipment, backup speed of users can be increased, and user experience can be greatly improved.

A system and a method are disclosed for synchronizing files from email account systems. In one embodiment, the method comprises accessing a file stored in a memory of a local device, including determining a local file path specifying the location of the file in the memory. The file is uploaded to an email server, where it is stored in association with a user's email account. The local file path, email account information, and an identifier of the file are sent for storage by a management server. The uploaded file is accessed by the email account information and the file identifier.

The invention discloses a backup interactive method based on remote on-line data disaster tolerance and a system for executing the method. The system comprises a server platform side, a client side, an on-line backup web side and an on-line backup safety service module, wherein, the server platform side comprises a backup engine server, a WEB restore engine server, a medium engine server, a web server and a database engine server; the client side comprises a data source service module, a data encryption and decryption module, a data service module, a shortcut Shell functional module and a platform backup module; the on-line backup web side is used for the users to carry out an on-line data backup and restoration request, and the web side is connected with the server platform side and the client side through a public network; and the on-line backup server module is distributed in the server platform side, the client side and the on-line backup web side.

The invention provides a remote on-line backup method based on posthouse segmentation transmission, comprising the following steps: defining a log storage system as a log transferring system, namely a log posthouse; dividing the log posthouse into a local log posthouse and a remote log posthous, so as to optimize the backup transmission performance of the whole on-line backup system; arranging a forwarder between the local log posthouse and the remote log posthouse; transmitting the log from one posthouse to another posthouse by the forwarder; and applying the log to backup storage equipment through a log playback device in a backup target station.

A method for determining availability of requested services in a client / server-based network, in which each of a plurality of client terminals is connected to a file and / or application server via a wireless network.

An improved system and method are disclosed for the backup and restoration of data. An init image is created for a new system. Data is uploaded from a current system and a data image is generated. The resulting data image and the init image are combined to create a combined data image, which is then stored on an on-line backup host. A copy of the combined data image is transferred to the new system. The uploaded data is extracted from the copy of the combined data image and stored on the new system in the same location as the original system. Metadata describing the location of the combined data on the new system is captured and then applied to the combined data image stored on the on-line backup host. The extracted data on the new system is compared to the current data on the original system and the new system is updated. A differential backup is performed on the new system and then uploaded to the on-line backup host, where it is associated with the combined data image.

An improved system and method are disclosed for the backup and restoration of data. An init image is created for a new system. Data is uploaded from a current system and a data image is generated. The resulting data image and the init image are combined to create a combined data image, which is then stored on an on-line backup host. A copy of the combined data image is transferred to the new system. The uploaded data is extracted from the copy of the combined data image and stored on the new system in the same location as the original system. Metadata describing the location of the combined data on the new system is captured and then applied to the combined data image stored on the on-line backup host. The extracted data on the new system is compared to the current data on the original system and the new system is updated. A differential backup is performed on the new system and then uploaded to the on-line backup host, where it is associated with the combined data image.

The invention provides a cloud service system for providing a remote service for a service object by agricultural technical personnel. The system comprises a cloud server, a database server, and a terminal connected with the cloud server via a network; the terminal comprises a PC terminal, a mobile terminal and an environment monitoring device; each of the PC terminal and the mobile terminal comprises a service area object distribution module, an agricultural technical task module, a production early-warning module, an Internet of Things data module, an inspection and detection module, an agricultural work recording module and a knowledge base construction module; the environment monitoring device comprises a sensor group, a control box, a video collector and an industrial router arranged in a production base, and the control box is connected with a roller blind, a fan and an irrigation water valve of the production base; the PC terminal is in communication with the mobile terminal and the cloud server, and the cloud server sends a device command to a monitoring device and stores data into the database server. According to the system, remote data transmission and sharing between the agricultural technical personnel and the service object can be achieved, and the problem that the judgment of an agricultural technical problem is lack of data support is effectively solved.

The invention relates to the technical field of virtual machine backup, and more particularly to a remote online backup method for a virtual machine. According to the method, a remote backup server needs to be prepared firstly, and virtual machine rear input output (IO) read and write are stopped temporarily in backup; practical occupation size of a virtual machine block device is read by use of a qemu tool chain; the size is determined by use of a dd command so as to copy the virtual machine block device to a temporary file; the temporary file is copied to a remote backup server by use of an rsync tool; and finally, the virtual machine rear IO read and write are recovered, and the temporary file is deleted, then remote backup is finished. After the virtual machine or a host machine fails, the virtual machine cannot recover; the business is interrupted in virtual machine backup, and the storage space is wasted. The remote online backup method for the virtual machine overcomes the above defects, and is applicable to remote online backup of the virtual machine.