Single sign-on method in multi-application framework
First Claim
Patent Images
1. A method for single sign-on to servers in a client-server network comprising:
- receiving at a framework server a request from a browser via a load balancer, said load balancer decrypting said request and including digital sign-on credentials;
sending an encrypted response from said framework server configured to generate a number of application Iframes and a connection between said framework server and said browser;
receiving at a proxy server, a request from a URL within one or more of said Iframes via said load balancer;
causing said proxy server in conjunction with said framework server to authenticate said credentials;
determining, by said proxy server, the applications requested and confirming that said applications reside on applications servers;
providing, by said proxy server, credentials required for sign-on to appropriate application servers;
causing an indirect communicative connection between said browser and said appropriate application servers through said proxy server; and
causing content from said appropriate applications servers to be supplied to said proxy server, wherein said content is further supplied to said browser.
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Abstract
A method and system for allowing a single-sign on to access independently purveyed applications with a highly secure single-sign methodology which permits wide area public access, such as through the Internet, to private access weaker credentialed sign-on applications without a need to upgrade the credential requirements for access to the applications.
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Citations
6 Claims
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1. A method for single sign-on to servers in a client-server network comprising:
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receiving at a framework server a request from a browser via a load balancer, said load balancer decrypting said request and including digital sign-on credentials; sending an encrypted response from said framework server configured to generate a number of application Iframes and a connection between said framework server and said browser; receiving at a proxy server, a request from a URL within one or more of said Iframes via said load balancer; causing said proxy server in conjunction with said framework server to authenticate said credentials; determining, by said proxy server, the applications requested and confirming that said applications reside on applications servers; providing, by said proxy server, credentials required for sign-on to appropriate application servers; causing an indirect communicative connection between said browser and said appropriate application servers through said proxy server; and causing content from said appropriate applications servers to be supplied to said proxy server, wherein said content is further supplied to said browser. - View Dependent Claims (2, 3, 4, 5, 6)
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Specification