A method for usage optimization in a communication network, wherein the communication network comprises: a) at least one content host, configured to provide at least one content; b) a plurality of content requesting units (11, 12, 13, 14, 15), configured to send a content request (110, 120,130,140, 150) to a content host and to receive content via at least one access option; c) one or more access network units (21, 22) configured to provide one or more access option to one or more of the content requesting units and further configured to receive content requests from and delivering content to a respective content requesting unit; and d) a transport network configured to transport content requests sent from a respective content requesting unit, via an access option of a respective access network unit, to a respective content host and to deliver content from the content host to the respective access network unit; wherein the method comprises i) an analyzing step, performed in the transport network, in which a plurality of content requests is collected and analyzed; ii) an optimizing step, performed in the transport network, in which the content delivery via the transport network and/or via the access network unit is optimized based on the analysis result; and wherein each content request comprises information about the requested content and information about the sending content requesting unit, information about the access options available to the sending content requesting unit, and information about the respective connecting access network unit; wherein the analyzing step comprises an identifying step, in which similar content requests are identified; and wherein the optimizing step comprises a bundling step, in which the content delivery corresponding to the identified similar content requests are bundled with respect to a common access option. wherein the communication network comprises: a) at least one content host, configured to provide at least one content; b) a plurality of content requesting units (11, 12, 13, 14, 15), configured to send a content request (110, 120,130,140, 150) to a content host and to receive content via at least one access option; c) one or more access network units (21, 22) configured to provide one or more access option to one or more of the content requesting units and further configured to receive content requests from and delivering content to a respective content requesting unit; and d) a transport network configured to transport content requests sent from a respective content requesting unit, via an access option of a respective access network unit, to a respective content host and to deliver content from the content host to the respective access network unit; a) at least one content host, configured to provide at least one content; b) a plurality of content requesting units (11, 12, 13, 14, 15), configured to send a content request (110, 120,130,140, 150) to a content host and to receive content via at least one access option; c) one or more access network units (21, 22) configured to provide one or more access option to one or more of the content requesting units and further configured to receive content requests from and delivering content to a respective content requesting unit; and d) a transport network configured to transport content requests sent from a respective content requesting unit, via an access option of a respective access network unit, to a respective content host and to deliver content from the content host to the respective access network unit; wherein the method comprises i) an analyzing step, performed in the transport network, in which a plurality of content requests is collected and analyzed; ii) an optimizing step, performed in the transport network, in which the content delivery via the transport network and/or via the access network unit is optimized based on the analysis result; and i) an analyzing step, performed in the transport network, in which a plurality of content requests is collected and analyzed; ii) an optimizing step, performed in the transport network, in which the content delivery via the transport network and/or via the access network unit is optimized based on the analysis result; and wherein each content request comprises information about the requested content and information about the sending content requesting unit, information about the access options available to the sending content requesting unit, and information about the respective connecting access network unit; wherein the analyzing step comprises an identifying step, in which similar content requests are identified; and wherein the optimizing step comprises a bundling step, in which the content delivery corresponding to the identified similar content requests are bundled with respect to a common access option.