Wireless-access-provider intermediation to facilliate digital rights management for third party hosted content

• US 7,512,973 B1
• Filed: 09/08/2004
• Issued: 03/31/2009
• Est. Priority Date: 09/08/2004
• Status: Active Grant

• Current Assignee: Sprint Spectrum LP (Deutsche Telekom AG)
• Original Assignee: Sprint Spectrum LP (Deutsche Telekom AG)
• Inventors: Mukadam, Shabbir, Roka, Pujan, Chan, Wone-Hoe
• Primary Examiner(s): Smithers; Matthew B
• Assistant Examiner(s): CALLAHAN, PAUL E
• Application Number:
  US10/936,391
• Time in Patent Office: 1,665 Days
• Field of Search: 726/8, 726/9, 726/10, 726/20, 380/269, 380/272, 705/56, 713/185
• US Class Current: 726/10
• CPC Class Codes: H04L 63/10 for controlling access to devices or network resources

Abstract

A method and system for wireless access provider management of digital rights. A wireless carrier receives a content request transmitted from a given wireless client station. The carrier determines by reference to digital rights management data that the requested content is premium content and then determines if the requesting party has the right to obtain the content. If the party does not have the right to obtain the content, the wireless carrier may engage in a payment collection process, to collect the party'"'"'s payment for the content. Upon determination that the requesting party has the right to obtain the content, the wireless carrier inserts an access-token into the content request and sends the content request, with the access-token, to the content provider. The content provider can then rely on the access-token as proof that the requesting party has the right to obtain the requested content.

Claims

1. In a communication system having a radio access network that interfaces between wireless client stations and a wireless carrier'"'"'s core packet network, wherein the core packet network is in turn connected with a public packet network, and wherein content requests from the wireless client stations to content servers on the public packet network pass through the core packet network on their way, a method comprising:

operating an intermediation system on the core packet network, wherein the content requests pass through the intermediation system on their way from the wireless client stations to the content servers;

receiving into the intermediation system a given one of the content requests being transmitted from a given one of the client stations to a given one of the content servers, the content request defining a request for particular content and carrying a user-ID indicative of a user of the given client station;

confirming, at the intermediation system, that the user has a right to access the requested content, and responsively inserting into the content request, at the intermediation system, an access-token indicative of the right; and

sending the content request, including the access-token, along from the intermediation system to the content server,

whereby the content server may use the access-token as proof that the user has the right to access the requested content,

wherein the method further comprises generating the access-token at the intermediation system, wherein generating the access-token comprises encrypting one or more values, and wherein the one or more values includes a timestamp.

2. The method of claim 1, wherein the one or more values comprise a combination of a content identifier, indicative of the requested content, a carrier identifier, indicative of the wireless carrier, and a customer identifier, indicative of the requesting user.

3. The method of claim 1, wherein the intermediation system comprises a gateway, and wherein:

receiving the content request comprises the gateway receiving the content request;

confirming that the user has the right to access the requested content comprises the gateway confirming that the user has the right to access the requested content; and

sending the content request to the content server comprises the gateway sending the content request to the content server.

4. The method of claim 1, wherein the intermediation system comprises a gateway and a digital rights manager system, wherein the gateway receives the content request and passes the content request along to the digital rights manager system, and wherein:

receiving the content request comprises the digital rights manager system receiving the content request;

confirming that the user has the right to access the requested content comprises the digital rights manager system confirming that the user has the right to access the requested content; and

sending the content request to the content server comprises the digital rights manager system sending the content request to the content server.

5. In a communication system having a radio access network that interfaces between wireless client stations and a wireless carrier'"'"'s core packet network, wherein the core packet network is in turn connected with a public packet network, and wherein content requests from the wireless client stations to content servers on the public packet network pass through the core packet network on their way, a method comprising:

operating an intermediation system on the core packet network, wherein the content requests pass through the intermediation system on their way from the wireless client stations to the content servers;

receiving into the intermediation system a given one of the content requests being transmitted from a given one of the client stations to a given one of the content servers, the content request defining a request for particular content and carrying a user-ID indicative of a user of the given client station;

confirming at the intermediation system, that the user has a right to access the requested content and responsively inserting into the content request, at the intermediation system, an access-token indicative of the right; and

sending the content request, including the access-token, along from the intermediation system to the content server,

whereby the content server may use the access-token as proof that the user has the right to access the requested content,

wherein the method further comprises determining, at the intermediation system, that the requested content is premium content for which access is limited, and responsively carrying out the confirming and inserting functions.

6. The method of claim 5, further comprising:

maintaining access control data indicating which content is premium content, wherein determining that the requested content is premium content comprises referring to the access control data.

7. The method of claim 5, wherein the intermediation system comprises a gateway and a digital rights manager system, wherein the gateway receives the content request and passes the content request along to the digital rights manager system, and wherein:

receiving the content request comprises the digital rights manager system receiving the content request;

confirming that the user has the right to access the requested content comprises the digital rights manager system confirming that the user has the right to access the requested content; and

sending the content request to the content server comprises the digital rights manager system sending the content request to the content server.

8. In a communication system having a radio access network that interfaces between wireless client stations and a wireless carrier'"'"'s core packet network, wherein the core packet network is in turn connected with a public packet network, and wherein content requests from the wireless client stations to content servers on the public packet network pass through the core packet network on their way, a method comprising:

operating an intermediation system on the core packet network, wherein the content requests pass through the intermediation system on their way from the wireless client stations to the content servers;

receiving into the intermediation system a given one of the content requests being transmitted from a given one of the client stations to a given one of the content servers, the content request defining a request for particular content and carrying a user-ID indicative of a user of the given client station;

confirming, at the intermediation system, that the user has a right to access the requested content, and responsively inserting into the content request, at the intermediation system, an access-token indicative of the right; and

sending the content request including the access-token, along from the intermediation system to the content server,

whereby the content server may use the access-token as proof that the user has the right to access the requested content,

wherein the method further comprises maintaining digital rights management (DRM) data at the intermediation system, wherein confirming that the user has the right to access the requested content comprises referring to the DRM data to determine if the user has the right to access the requested content.

9. The method of claim 8, further comprising:

the intermediation system engaging in a payment collection with the user to collect payment for the requested content, if the DRM data does not indicate that the user has the right to access the requested content.

10. In a communication system having a radio access network that interfaces between wireless client stations and a wireless carrier'"'"'s core packet network, wherein the core packet network is in turn connected with a public packet network, and wherein content requests from the wireless client stations and content servers on the public packet network pass through the core packet network on their way, the improvement comprising:

an intermediation system on the core packet network, wherein the content requests pass through the intermediation system on their way from the wireless client stations to the content servers;

wherein the intermediation system receives a given one of the content requests being transmitted from a given one of the client stations to a given one of the content servers, the content request defining a request for particular content and carrying a user-ID indicative of a user of the given client station;

wherein the intermediation system confirms that the user has a right to access the requested content, and the intermediation system responsively inserts into the content request an access-token indicative of the right, and wherein the intermediation system sends the content request, including the access-token, along to the content server;

wherein the intermediation system dynamically generates the access-token at least in part by encrypting one or more values,

whereby the content server may use the access-token as proof that the user has the right to access the requested content.

11. The improvement of claim 10, wherein the one or more values comprise a combination of a content identifier, indicative of the requested content, a carrier identifier, indicative of the wireless carrier, and a customer identifier, indicative of the requesting user.

12. The improvement of claim 10, wherein the one or more values includes a timestamp.

13. The improvement of claim 10, wherein the intermediation system comprises a gateway that receives the content request, confirms that the user has the right to access the requested content, and sends the content request to the content server comprises the gateway sending the content request to the content server.

14. The improvement of claim 10, wherein the intermediation system comprises a gateway and a digital rights manager system, wherein the gateway receives the content request and passes the content request along to the digital rights manager system, and wherein the digital rights management system confirms that the user has the right to access the requested content, and sends the content request to the content server.

15. In a communication system having a radio access network that interfaces between wireless client stations and a wireless carrier'"'"'s core packet network, wherein the core packet network is in turn connected with a public packet network, and wherein content requests from the wireless client stations and content servers on the public packet network pass through the core packet network on their way, the improvement comprising:

an intermediation system on the core packet network, wherein the content requests pass through the intermediation system on their way from the wireless client stations to the content servers;

wherein the intermediation system receives a given one of the content requests being transmitted from a given one of the client stations to a given one of the content servers, the content request defining a request for particular content and carrying a user-ID indicative of a user of the given client station;

wherein the intermediation system confirms that the user has a right to access the requested content, and the intermediation system responsively inserts into the content request an access-token indicative of the right, and wherein the intermediation system sends the content request, including the access-token, along to the content server, wherein the intermediation determines that the requested content is premium content for which access is limited, and the intermediation system responsively checks to determine if the user has the right to access the content,

whereby the content server may use the access-token as proof that the user has the right to access the requested content.

16. The improvement of claim 15, wherein the intermediation system comprises access control data indicating which content is premium content, and wherein the intermediation system refers to the access control data in order to determine that the requested content is premium content.

17. The improvement of claim 15, wherein the intermediation system comprises a gateway and a digital rights manager system, wherein the gateway receives the content request and passes the content request along to the digital rights manager system, and wherein the digital rights management system confirms that the user has the right to access the requested content, and sends the content request to the content server.

18. In a communication system having a radio access network that interfaces between wireless client stations and a wireless carrier'"'"'s core packet network, wherein the core packet network is in turn connected with a public packet network, and wherein content requests from the wireless client stations and content servers on the public packet network pass through the core packet network on their way, the improvement comprising:

an intermediation system on the core packet network, wherein the content requests pass through the intermediation system on their way from the wireless client stations to the content servers;

wherein the intermediation system receives a given one of the content requests being transmitted from a given one of the client stations to a given one of the content servers, the content request defining a request for particular content and carrying a user-ID indicative of a user of the given client station;

wherein the intermediation system confirms that the user has a right to access the requested content, and the intermediation system responsively inserts into the content request an access-token indicative of the right, and wherein the intermediation system sends the content request, including the access-token, along to the content server;

wherein the intermediation system comprises digital rights management (DRM) data, and wherein the intermediation system refers to the DRM data to determine if the user has the right to access the requested content,

whereby the content server may use the access-token as proof that the user has the right to access the requested content.

19. The improvement of claim 18, wherein the intermediation system further engages in a payment collection with the user to collect payment for the requested content, if the DRM data does not indicate that the user has the right to access the requested content.

20. The improvement of claim 18, wherein the intermediation system comprises a gateway and a digital rights manager system, wherein the gateway receives the content request and passes the content request along to the digital rights manager system, and wherein the digital rights management system confirms that the user has the right to access the requested content, and sends the content request to the content server.