System and method to securely confirm performance of task by a peer in a peer-to-peer network environment

Claim 3

A method for securely confirming performance of task by a peer of claim 1 , further comprising placing the server node in the black list of the requesting peer if a receipt packet fails to arrive within said maximum upload receipt time period.

Claim 4

A method for securely confirming performance of task by a peer of claim 1 , wherein the digitally signed response is signed by a 1024-bit VeriSign digital certificate.

Claim 5

A method for securely confirming performance of task by a peer of claim 1 , wherein the method reduces a number of service clients that have to obtain files via the Internet.

Claim 6

A method for securely confirming performance of task by a peer of claim 1 , wherein the task includes updating security files.

Claim 7

A method for securely confirming performance of task by a peer of claim 5 , wherein the security files include firewall files and anti-virus application files.

Claim 8

A method for securely confirming performance of task by a peer of claim 1 , wherein the packet includes the following format: <service type=“X” version=“X” ID=“X” method=“X” href=http://X acceptprotoco=“X”/>.

Claim 9

A method for securely confirming performance of task by a peer of claim 1 , wherein the files each include an XML file.

Claim 10

A computer program product for securely confirming performance of task by a peer in a peer-to-peer network, comprising: computer code of a requesting peer that broadcasts a request over the network for a task with respect to a remote non-local backend server; computer code that receives a response to the request, the response containing a local alias URL, the local alias URL pointing to a local upload directory for a vendor HTTP service server residing on a responding server node, where the vendor HTTP service server unloads files from the local upload directory to the remote non-local backend server; computer code that forwards the task to the local alias URL for performance of the task by the responding server node; and computer code that verifies a digital signature of any receipt packet received from the responding server node to ensure that the receipt packet is from the remote non-local backend server; computer code that awaits a maximum upload receipt time period for receiving the receipt packet; and a computer readable medium that stores said computer codes; wherein the maximum upload receipt time period is set based on a frequency of which an uploading service at the responding server node performs an upload, a size of a file being uploaded, and a transmission speed; wherein the server node is placed in a black list of the requesting peer if said verifying is unsuccessful; wherein, after said receiving, a message is broadcasted indicating that the requesting peer has located the responding server node; wherein the task is an uploading task and wherein said forwarding the task to the local alias URL includes forwarding a file to be uploaded to the remote non-local backend server, and uniquely identifying the forwarded file.

Claim 11

A computer program product for securely confirming performance of task by a peer in a peer-to-peer network, comprising: computer code of a requesting peer that broadcasts a request over the network for a task with respect to a remote non-local backend server; computer code that receives a response to the request, the response containing a local alias URL, the local alias URL pointing to a local upload directory for a vendor HTTP service server residing on a responding server node, where the vendor HTTP service server unloads files from the local upload directory to the remote non-local backend server; computer code that forwards the task to the local alias URL for performance of the task by the responding server node; and computer code that verifies a digital signature of any receipt packet received from the responding server node to ensure that the receipt packet is from the remote non-local backend server; computer code that awaits a maximum upload receipt time period for receiving the receipt packet; and a computer readable medium that stores said computer codes; wherein the maximum upload receipt time period is set based on a frequency of which an uploading service at the responding server node performs an upload, a size of a file being uploaded, and a transmission speed; wherein the server node is placed in a black list of the requesting peer if said verifying is unsuccessful; wherein, after said receiving, a message is broadcasted indicating that the requesting peer has located the responding server node; wherein the task is an uploading task and wherein said forwarding the task to the local alias URL includes forwarding a file to be uploaded to the remote non-local backend server, and uniquely identifying the forwarded file.

Claim 12

A computer program product for securely confining performance of task by a peer of claim 9 , further comprising computer code that places the server node in the black list of the requesting peer if a receipt packet fails to arrive within said maximum upload receipt time period.

Claim 13

A computer program product for securely confirming performance of task by a peer of claim 9 , wherein the digitally signed response is signed by a 1024-bit VeriSign digital certificate.

Claim 14

A computer program product for securely confirming performance of task by a peer of claim 9 , wherein the packet includes the following format: <service type=“X” version=“X” ID=“X” method=“X” href=http://X acceptprotoco=“X”/>.

Claim 15

A computer program product for securely confirming performance of task by a peer of claim 9 , wherein the files each include an XML file.

Claim 18

A system for securely confirming performance of task by a peer of claim 14 , wherein the packet includes the following format: <service type=“X” version=“X” ID=“X” method=“X” href=http://X acceptprotoco=“X”/>.

Claim 19

A system for securely confirming performance of task by a peer of claim 14 , wherein the files each include an XML file.