Micro-staging device and method for micro-staging

1. A micro-staging device comprising:

a wireless interface module in a mesh WLAN network and operatively coupled to a wireless access point in a physical wireless traffic area for detecting a first data request indicating a presence of a user information handling system in the physical wireless traffic area, wherein the micro-staging device serves the physical wireless traffic area including one or more wireless access points and the micro-staging device forming a portion of the mesh WLAN network associated with the micro-staging device and wireless range associated with that one or more wireless access points and the micro-staging device in the portion of the mesh WLAN network associated with the micro-staging device; and

an application processor for establishing a network connection to a remote data center via a backhaul connection with the wireless access point and for pre-fetching workflow data from the remote data center based on a contextual policy;

the application processor further allocating a portion of storage in a cache memory storage device for storing pre-fetched workflow data associated with the user information handling system; and

the wireless interface module further adapted to transmit pre-fetched workflow data from the cache memory storage device at the micro-staging device in response to receiving a second data request from the user information handling system to reduce the burden of communications on the user information handling system to retrieve the pre-fetched workflow data from within the mesh WLAN network;

wherein the workflow data pre-fetched according to the contextual policy are received from the remote data center based on identification of a project associated with the first data request.

2. The micro-staging device of claim 1 , wherein the pre-fetched workflow data pre-fetched according to the contextual policy are received from the remote data center further based on an identification of a presence of another team member information handling system associated with the project in the physical wireless traffic area.

3. The micro-staging device of claim 1 , wherein the application processor is further adapted to:

establish a connection with a virtual machine pre-fetch application at the remote data center for executing the contextual policy to select pre-fetched workflow data.

4. The micro-staging device of claim 1 , wherein the application processor is further adapted to:

detect that the user information handling system is no longer present in the physical wireless traffic area;

eject the stored pre-fetched workflow data; and

de-allocate the portion of storage.

5. The micro-staging device of claim 1 , wherein the application processor is further adapted to:

store changed workflow data received from the user information handling system in the allocated storage and forward the changed work flow data to the remote data center for back-up upon receipt from the user information handling system.

6. The micro-staging device of claim 1 , wherein the pre-fetched workflow data pre-fetched according to the contextual policy are received from the remote data center further based on identification of a calendared meeting for the project.

7. The micro-staging device of claim 1 , wherein the physical wireless traffic area in the mesh WLAN network serves a physical area of up to two wireless link stages from the micro-staging device to the user information handling system via an intermediary wireless access point and its wireless range.

8. A method comprising:

receiving at a micro-staging device in a mesh WLAN network and operatively coupled to a wireless access point in a physical wireless traffic area an indication of a presence of a user information handling system detected in the physical wireless traffic area, wherein the micro-staging device serves the physical wireless traffic area which includes one or more wireless access points and the micro-staging device forming a portion of the mesh WLAN network associated with the micro-staging device and wireless range associated with that one or more wireless access points and the micro-staging device in the portion of the mesh WLAN network associated with the micro-staging device;

sending a command to a virtual machine pre-fetch application to provide pre-fetched workflow data according to a contextual policy at a remote data center via a backhaul network connection with the wireless access point;

allocating a portion of storage at the micro-staging device for storing pre-fetched workflow data associated with the user information handling system;

receiving pre-fetched workflow data from the remote data center;

detecting a data request from the user information handling system; and

transmitting responsive pre-fetched workflow data from the micro-staging device to the user information handling system to reduce the burden of communications on the user information handling system to retrieve the pre-fetched workflow data from within the mesh WLAN network;

wherein the contextual policy determines workflow data to be pre-fetched by the virtual machine pre-fetch application and includes a user-defined instruction reflecting a policy to retrieve workflow data associated with an identified application.

9. The method of claim 8 , wherein the contextual policy further includes a user-defined instruction reflecting a policy to retrieve only workflow data associated with the identified application newly received at the remote data center.

10. The method of claim 8 , wherein the contextual policy determines the workflow data to be pre-fetched by the virtual machine pre-fetch application by further comprising:

a command to retrieve workflow data to be pre-fetched by the virtual machine pre-fetch application and associated with a project upon occurrence of a calendared meeting for the project.

11. The method of claim 8 , further comprising:

ejecting any stored pre-fetched workflow data from the storage device upon detecting that the user information handling system has roamed away from the wireless traffic area.

12. The method of claim 11 , further comprising:

de-allocating the portion of storage at the micro-staging device for storing pre-fetched workflow data.

13. The method of claim 8 , further comprising:

ejecting any stored pre-fetched workflow data from the storage device upon delivery of the pre-fetched workflow data to the user information handling system in the wireless traffic area.

14. The method of claim 8 , further comprising:

de-allocating the portion of storage at the micro-staging device for storing pre-fetched workflow data after allocating the portion of storage at the micro-staging device upon detecting that the user information handling system has timed-out before detecting a data request from the user information handling system.

15. A computer-implemented method for pre-fetching data for delivery to a micro-staging device, the method comprising:

receiving a contextual policy at a remote data center via a backhaul connection to a wireless access point in a mesh WLAN network to determine pre-fetching of workflow data stored at the remote data center;

receiving a pre-fetch request identifying a user information handling system from the micro-staging device in the mesh WLAN network that is operatively coupled to the wireless access point in a physical wireless traffic area, wherein the micro-staging device serves the physical wireless traffic area which includes one or more wireless access points and the micro-staging device forming a portion of the mesh WLAN network associated with the micro-staging device and wireless range associated with the one or more wireless access points and the micro-staging device in the portion of the mesh WLAN network associated with the micro-staging device;

associating the contextual policy with the user information handling system to be serviced by the pre-fetch request; and

transmitting workflow data in response to the pre-fetch request according to the contextual policy to the micro-staging device to reduce the burden of communications on the user information handling system to retrieve the pre-fetched workflow data from within the mesh WLAN network;

wherein the contextual policy determines the workflow data to be pre-fetched according to:

identification of a project associated with the pre-fetch request; and

identification of the workflow data associated with the project.

16. The computer-implemented method of claim 15 ,

wherein the contextual policy further determines the workflow data to be pre-fetched according to a detected presence of another team member information handling system associated with the project in the wireless traffic area.

17. The computer-implemented method of claim 15 ,

wherein the contextual policy further determines the workflow data to be pre-fetched according to an occurrence of a calendared meeting associated with the project.

18. The computer-implemented method of claim 15 ,

wherein the contextual policy further determines the workflow data to be pre-fetched according to a user-defined command to deliver specified workflow data from a priority level.

19. The computer-implemented method of claim 15 , the method further comprising:

receiving the pre-fetch request from the micro-staging device; and

receiving a first data request from the user information handling system via the micro-staging device;

wherein the first data request identifies the project associated with the pre-fetch request.

20. The computer-implemented method of claim 15 ,

wherein the contextual policy further determines the workflow data to be pre-fetched according to a recent workstream history of the user information handling system.