Abstract: Examples of the present disclosure describe systems and methods for automated user authentication via phone call. In aspects, user interaction with an application/service may be detected at a user device. Device information for the user device may be provided to a login management service, which may provide access information and a security object for accessing the application/service to the user device. The user device may use the access information to place a call to a service provider. A call detection service may detect the call and collect contact information for the user device and the security object. The contact information and the security object may be provided to the login management service. The login management service may validate the security object and use the contact information to authenticate a user to access the application/service.

Abstract: Various types of Intelligent Ad Auction and Response Latency Timeout compliance techniques are described which may be implemented at Advertising Service Provider Systems and ad servers for intelligently handling ad requests in online and mobile electronic data networks.

Abstract: Various aspects are disclosed for enabling an advertising server to improve profitability by selectively and dynamically discriminating between the various ad server resources which are to be allocated towards servicing different incoming impressions. The ad server may be configured or designed to dynamically evaluate the parameters of each incoming impressions in order to assess the likelihood of that incoming impression being successfully filled by demand partners and/or advertising networks. At various times when conditions warrant, the ad server may selectively and dynamically choose to throttle or drop the servicing of selected incoming ad requests/impressions in order to minimize losses which may occur as a result of servicing ad requests/impressions which result in defaults.

Abstract: Various aspects are disclosed for enabling an advertising server to improve profitability by selectively and dynamically discriminating between the various ad server resources which are to be allocated towards servicing different incoming impressions. The ad server may be configured or designed to dynamically evaluate the parameters of each incoming impressions in order to assess the likelihood of that incoming impression being successfully filled by demand partners and/or advertising networks. At various times when conditions warrant, the ad server may selectively and dynamically choose to throttle or drop the servicing of selected incoming ad requests/impressions in order to minimize losses which may occur as a result of servicing ad requests/impressions which result in defaults.

Abstract: Various types of Intelligent Ad Auction and Response Latency Timeout compliance techniques are described which may be implemented at Advertising Service Provider Systems and ad servers for intelligently handling ad requests in online and mobile electronic data networks.