Selecting proxies from among autodiscovered proxies
View Patent ↗Network devices include proxies and where multiple proxies are present on a network, they can probe to determine the existence of other proxies. Where more than two proxies are present and thus different proxy pairings are possible, the proxies are programmed to determine which proxies should form a proxy pair. Marked probe packets are used by proxies to discover each other and probing is done such a connection can be eventually formed even if some probe packets fail due to the marking. Asymmetric routing can be detected and proxies configured for connection forwarding as necessary.
1. In a computer network environment wherein a plurality of more than two proxies can intercommunicate over a network, a method for selecting a pair of proxies on the network among the plurality of more than two proxies, comprising:
receiving, at a first proxy, a request to initiate a connection, wherein the first proxy comprises a network-connected electronic device;
modifying the request to initiate a connection to include a probe message;
sending the modified request into the network;
receiving, at a second proxy, the modified request, wherein the second proxy comprises a network-connected electronic device; and
determining, at the second proxy, whether or not to respond to the first proxy with a probe response message indicating an invitation to pair with the first proxy, wherein the determination is made based on configuration information available at the second proxy.
2. The method of claim 1 , wherein the determination of whether or not to respond is also based on whether the second proxy has determined that it is closer to a server than any other proxy.
3. The method of claim 1 , wherein the determination of whether or not to respond is also based on data the second proxy has about where network limitations are located.
4. The method of claim 1 , wherein the determination of whether or not to respond is also based on a determination of which proxies are positioned on which sides of network bottlenecks, wherein a network bottleneck could be a region of greater latency than other regions or lower bandwidth than other regions.
5. The method of claim 1 , wherein the determination of whether or not to respond is also based on the second proxy's observation of characteristics of established connections.
6. The method of claim 1 , wherein the determination of whether or not to respond is also based on computed network models.
7. A pair of electronic device proxies comprising:
a first proxy of the pair of electronic device proxies configured to:
receive a request to initiate a connection;
modify the request to initiate a connection to include a probe message; and
send the modified request into a network;
wherein the first proxy is an electronic proxy device; and
a second proxy of the pair of electronic device proxies configured to:
receive the modified request; and
determine whether or not to respond to the first proxy with a probe response message indicating an invitation to pair with the first proxy, wherein the determination is made based on configuration information available at the second proxy.
8. The pair of electronic device proxies of claim 7 , wherein the determination of whether or not to respond is also based on whether the second proxy has determined that it is closer to a server than any other proxy.
9. The pair of electronic device proxies of claim 7 , wherein the determination of whether or not to respond is also based on data the second proxy has about where network limitations are located.
10. The pair of electronic device proxies of claim 7 , wherein the determination of whether or not to respond is also based on a determination of which proxies are positioned on which sides of network bottlenecks, wherein a network bottleneck could be a region of greater latency than other regions or lower bandwidth than other regions.
11. The pair of electronic device proxies of claim 7 , wherein the determination of whether or not to respond is also based on the second proxy's observation of characteristics of established connections.
12. The pair of electronic device proxies of claim 7 , wherein the determination of whether or not to respond is also based on computed network models.