Apparatus, systems and methods utilizing dispersive networking
View Patent ↗An electronic device configured for electronic communications utilizing virtual dispersive networking includes: a network interface for communicating over a network; an application loaded onto the electronic device programmed to communicate over a network; and virtual dispersive networking software configured to create, for such application, a virtual machine comprising a virtual interface for the network interface of the electronic device; select a network protocol out of a plurality of available network protocols based on current communication requirements of the application; and cause network communications of the application to occur via the virtual network interface of the electronic device using the determined network protocol.
1. A system in which requests for downloads from a client content server are fulfilled by transfer of content from end-user devices, comprising:
(a) a client content server;
(b) a control server; and
(c) end-user devices each configured for network communications with the client content server and with the control server, through which network communications the end-user devices request download of content from the content server and through which network communications the end-user devices update the control server with network contact information of the end-user devices, the control server maintaining the network contact information of the end-user devices in association with respective unique identifiers of the end-user devices for future reference;
(d) wherein the content server, the control server, and the end-user devices include respective software that collectively enable the transfer of content from one or more end-user devices to a particular first end-user device that has requested download of the content from the content server through,
(i) communication, by the content server to the control server, regarding a request for download of the content that the content server has received from the first end-user device,
(ii) determination by the control server of whether the request from the first-end user device may be fulfilled by transferring content from one or more other end-user devices, each of which having previously requested a download from the server that fulfills the request from the first end-user device,
(iii) communication to the content server that the request for download from the first end-user device will be fulfilled by the control server,
(iv) communication of connection information to the first-end user device and to the one or more other end-user devices for enabling an open network connection between the first end-user device and each of the other end-user devices,
(v) fulfillment of the request from the first end-user device by transferring content through each open network connection that is established, based on the connection information communicated by the control server, between the first end-user device and each of the other end-user devices, and
(vi) communication by the control server of the fulfillment of the request by the first end-user device to the content server.
2. The method of claim 1 , wherein the first end-user device comprises a personal computer.
3. The method of claim 1 , wherein the first end-user device comprises a desktop computer.
4. The method of claim 1 , wherein the first end-user device comprises a portable computer.
5. The method of claim 1 , wherein the first end-user device comprises a video game console.
6. The method of claim 1 , wherein the first end-user device comprises a laptop computer.
7. The method of claim 1 , wherein the first end-user device comprises a notebook computer.
8. The method of claim 1 , wherein each open network connection that is established between the first end-user device and each of the other end-user devices is established using a respective spawned virtual machine at the first end-user device.
9. A system in which requests for downloads from a client content server are fulfilled by transfer of content from end-user devices, comprising:
(a) a client content server;
(b) a control server; and
(c) end-user devices each configured for network communications with the client content server and with the control server, through which network communications the end-user devices request download of content from the content server and through which network communications the end-user devices update the control server with network contact information of the end-user devices, the control server maintaining the network contact information of the end-user devices in association with respective unique identifiers of the end-user devices for future reference;
(d) wherein the content server, the control server, and the end-user devices include respective software that collectively enable the transfer of content from one or more end-user devices to a particular first end-user device comprising a mobile communications device that has requested download of the content from the content server through,
(i) communication, by the content server to the control server, regarding a request for download of the content that the content server has received from the first end-user device,
(ii) determination by the control server of whether the request from the first-end user device may be fulfilled by transferring content from one or more other end-user devices, each of which having previously requested a download from the server that fulfills the request from the first end-user device,
(iii) communication to the content server that the request for download from the first end-user device will be fulfilled by the control server,
(iv) communication of connection information to the first-end user device and to the one or more other end-user devices for enabling an open network connection between the first end-user device and each of the other end-user devices,
(v) fulfillment of the request from the first end-user device by transferring content through each open network connection that is established, based on the connection information communicated by the control server, between the first end-user device and each of the other end-user devices, and
(vi) communication by the control server of the fulfillment of the request by the first end-user device to the content server.
10. The method of claim 9 , wherein each open network connection that is established between the first end-user device and each of the other end-user devices is established using a respective spawned virtual machine at the first end-user device.
11. A system in which requests for downloads from a client content server are fulfilled by transfer of content from end-user devices, comprising:
(a) a client content server;
(b) a control server; and
(c) end-user devices each configured for network communications with the client content server and with the control server, through which network communications the end-user devices request download of content from the content server and through which network communications the end-user devices update the control server with network contact information of the end-user devices, the control server maintaining the network contact information of the end-user devices in association with respective unique identifiers of the end-user devices for future reference;
(d) wherein the content server, the control server, and the end-user devices include respective software that collectively enable the transfer of content from one or more end-user devices to a particular first end-user device comprising a mobile phone that has requested download of the content from the content server through,
(i) communication, by the content server to the control server, regarding a request for download of the content that the content server has received from the first end-user device,
(ii) determination by the control server of whether the request from the first-end user device may be fulfilled by transferring content from one or more other end-user devices, each of which having previously requested a download from the server that fulfills the request from the first end-user device,
(iii) communication to the content server that the request for download from the first end-user device will be fulfilled by the control server,
(iv) communication of connection information to the first-end user device and to the one or more other end-user devices for enabling an open network connection between the first end-user device and each of the other end-user devices,
(v) fulfillment of the request from the first end-user device by transferring content through each open network connection that is established, based on the connection information communicated by the control server, between the first end-user device and each of the other end-user devices, and
(vi) communication by the control server of the fulfillment of the request by the first end-user device to the content server.
12. The method of claim 11 , wherein each open network connection that is established between the first end-user device and each of the other end-user devices is established using a respective spawned virtual machine at the first end-user device.