Dynamic and automatic colocation and combining of service providers and service clients in a grid of resources for performing a data backup function
View Patent ↗In a computing environment, a method for providing a data backup function without transferring data across a local area network includes providing a plurality of resources including at least a client resource requiring a periodic servicing operation, a service provider resource capable of providing that servicing operation. At least one of the client resource and the service provider resource, such as a data backup resource, are defined by virtual machines. The client resource and the service provider resource are transparently co-located by transferring the resource defined by a virtual machine to the physical machine hosting the other resource, and the service provider resource performs the data backup function without need of transferring the data being backed up across a local area network. Methods, computer systems, and computer programs available as a download or on a computer-readable medium for installation according to the invention are provided.
1. A method for providing a data backup function, comprising:
providing a virtual machine configured for performing a periodic data backup function;
providing a physical computing device hosting an application requiring the periodic data backup function;
co-locating the virtual machine and the physical computing device by transferring the virtual machine to the physical computing device; and
streaming data backup traffic from the virtual machine to a predefined internet protocol address associated with the physical computing device;
whereby the data backup function is performed after the co-locating and entirely on a storage area network without streaming the data backup traffic across a local area network.
2. A method for providing a data backup function, comprising:
providing a virtual machine requiring a periodic data backup function;
providing a physical computing device hosting an application configured to perform the periodic data backup function;
co-locating the virtual machine and the physical computing device by transferring the virtual machine to the physical computing device; and
streaming data backup traffic from the virtual machine to a predefined internet protocol address associated with the physical computing device;
whereby the data backup function is performed after the co-locating and entirely on a storage area network without streaming the data backup traffic across a local area network.
3. A non-transitory computer program product available for download or on a non-transitory computer-readable medium for installation with a computing device of a user, said computer program product comprising:
an orchestration component for receiving a periodic request for a data backup operation and for automatically transferring a virtual machine to and from a first physical computing device; and
a second physical computing device on which the data backup operation is performed in response to the request, the data backup function being performed by streaming data backup traffic from the virtual machine to a predefined internet protocol address associated with the second physical computing device after the transferring and entirely on a storage area network, whereby the data backup function is performed without streaming the data backup traffic across a local area network.
4. The computer program product of claim 3 , wherein the virtual machine is configured for providing a data backup function and the request is received from the second physical computing device hosting an application in need of a periodic data backup operation.
5. The computer program product of claim 3 , wherein the virtual machine requests a data backup operation and the second physical computing device contains an application configured to provide the data backup operation.
6. The computer program product of claim 3 , wherein the orchestration component is a data orchestration tool configured for transferring the virtual machine to and from the first physical computing device and the second physical computing device.
7. The computer program product of claim 4 , wherein the virtual machine is booted up in the second physical computing device.
8. A computing system for performing a data backup function, comprising:
a plurality of computing devices arranged locally and/or remotely, the plurality of computing devices defining at least a storage area network;
a plurality of applications arranged on one or more of the computing devices;
a plurality of virtual machines arranged on one or more of the computing devices, wherein the virtual machines define applications and/or services;
at least one data backup function defined by at least one virtual machine or by at least one application contained on at least one of the plurality of computing devices; and
a data orchestration tool for transferring a virtual machine to and from one of the plurality of computing devices and another of the computing devices;
wherein the data backup function is initiated by, after transferring the virtual machine to the one of the plurality of computing devices by the data orchestration tool, streaming data backup traffic from the transferred virtual machine to a predefined internet protocol address associated with the one of the plurality of computing devices;
whereby the data backup function is performed entirely on the storage area network without transferring data backup traffic across a local area network.
9. The computing system of claim 8 , wherein the data orchestration tool transfers a virtual machine defining a data backup function to a computing device requiring a periodic data backup operation.
10. The computing system of claim 8 , wherein the data orchestration tool transfers a virtual machine defining an application requiring a periodic data backup operation to a computing device containing a data backup function.