Edge-based resource spin-up for cloud computing
View Patent ↗Aspects of the present invention include distributing new resources closer to end-users which are making increased demands by spinning-up additional virtualized instances (as part of a cloud provisioning) within servers that are physically near to the network equipment (i.e., web servers, switches, routers, load balancers) that are receiving the requests.
1. A method of implementing edge-based cloud computing including an edge server that communicates with end users and arranges application resources, the method comprising:
determining an edge server from a plurality of geographically distributed edge servers within a cloud to use to communicate with a user device based on an efficiency threshold, wherein a content delivery network comprises the plurality of geographically distributed edge servers;
receiving, at the determined edge server, an application service request from a user device;
analyzing the application service request to gather metrics about historical responses provided by applications in each of a plurality of clouds;
based on the gathered metrics, determining a cloud of the plurality of clouds to which to direct the application service request;
forwarding the application service request to a compute platform in the determined cloud;
capturing a response to the application service request from the determined cloud; and
responding to the application service request.
2. The method of implementing edge-based cloud including the edge server that communicates with end users and arranges application resources computing of claim 1 , wherein the cloud is also determined based on a business rule.
3. The method of implementing edge-based cloud including the edge server that communicates with end users and arranges application resources computing of claim 1 , wherein the historical responses include responses to past application service requests from user devices.
4. The method of implementing edge-based cloud computing including the edge server that communicates with end users and arranges application resources of claim 1 , wherein the historical responses include historical responses to pings.
5. The method of implementing edge-based cloud computing including the edge server that communicates with end users and arranges application resources of claim 1 , further comprising updating or generating a cloud routing table based on the gathered metrics, wherein the cloud is determined in accordance with routing in the cloud routing table.
6. The method of implementing edge-based cloud computing including the edge server that communicates with end users and arranges application resources of claim 5 , wherein the routing in the cloud routing table further depends on preferences of a customer.
7. The method of implementing edge-based cloud computing including the edge server that communicates with end users and arranges application resources of claim 1 , wherein the efficiency threshold comprises a latency value between the user device and the edge server.
8. A computer-readable memory having sets of instructions stored thereon which, when executed by a computer, cause the computer to:
determine an edge server from a plurality of geographically distributed edge servers within a cloud to use to communicate with a user device based on an efficiency threshold, wherein a content delivery network comprises the plurality of geographically distributed edge servers;
receive, at the determined edge server, an application service request from a user device;
analyze the application service request to gather metrics about historical responses provided by applications in each of a plurality of clouds;
based on the gathered metrics, determine a cloud of the plurality of clouds to which to direct the application service request;
forward the application service request to a compute platform in the determined cloud;
capture a response to the application service request from the determined cloud; and
respond to the application service request.
9. The computer-readable memory of claim 8 , wherein the cloud is also determined based on a business rule.
10. The computer-readable memory of claim 8 , wherein the historical responses include responses to past application service requests from user devices.
11. The computer-readable memory of claim 8 , wherein the historical responses include historical responses to pings.
12. The computer-readable memory of claim 8 , wherein the instructions, when executed by the computer, further cause the computer to update or generate a cloud routing table based on the gathered metrics, wherein the cloud is determined in accordance with routing in the cloud routing table.
13. The computer-readable memory of claim 12 , wherein the routing in the cloud routing table further depends on preferences of a customer.
14. The computer-readable memory of claim 8 , wherein the efficiency threshold comprises a latency value between the user device and the edge server.
15. A system for implementing edge-based cloud computing including an edge server that communicates with end users and arranges application resources, the system comprising:
an edge server configured to receive an application service request from a user device, the edge server being of a plurality of geographically distributed edge servers within a cloud, a content delivery network comprising the plurality of geographically distributed edge servers, the edge server being selected from amongst the plurality of edge servers based on an efficiency threshold;
a cloud control unit configured to:
analyze an application service request received at the edge server from a user device to gather metrics about historical responses provided by applications in each of a plurality of clouds;
based on the gathered metrics, determine a cloud of the plurality of clouds to which to direct the application service request;
forward the application service request to a compute platform in the determined cloud; and
capture a response to the application service request from the determined cloud.
16. The system for implementing edge-based cloud computing including the edge server that communicates with end users and arranges application resources as in claim 15 , wherein the edge server and the cloud control unit are within a single point of presence (PoP) in the content delivery network, the content delivery network comprising a plurality of points of presence.
17. The system for implementing edge-based cloud computing including the edge server that communicates with end users and arranges application resources as in claim 15 , further comprising a request analysis unit that determines an application or service associated with the request, wherein the cloud control unit accesses a policy associated with the application or service, and wherein the cloud is determined at least in part based on the policy.
18. The system for implementing edge-based cloud computing including the edge server that communicates with end users and arranges application resources as in claim 15 , further comprising a request analysis unit that determines a customer associated with the request, wherein the cloud control unit accesses a policy associated with customer, and wherein the cloud is determined at least in part based on the policy.
19. The system for implementing edge-based cloud computing including the edge server that communicates with end users and arranges application resources as in claim 15 , wherein the historical responses include responses to past application service requests from user devices.
20. The system for implementing edge-based cloud computing including the edge server that communicates with end users and arranges application resources as in claim 15 , wherein the historical responses include historical responses to pings.