Abstract: Systems, methods, and media for radio management based on user intervention. In an embodiment, at least one user intervention is detected in the automated radio management of a radio system. In response, the automated radio management is restricted for at least a predetermined time period by one or both of turning off the automated radio management of the radio system, and adding an access point, to which the radio system was connected at a time of the at least one user intervention, to a blacklist. After the predetermined time period has expired, the restriction to the automated radio management is reversed.

Abstract: Automated discovery of amenities. In an embodiment, when a mobile device is inactive, the mobile device is used to automatically scan an environment, using a radio system, in order to identify one or more access points within the environment. The one or more access points are then automatically scouted by attempting to connect to and traverse each access point, to determine and record a status of each access point.

Abstract: Application management for a mobile device. In an embodiment, identifier(s) of a mobile device are received over a network. A determination is made as to whether the mobile device has installed a software application based on the identifier(s). When the mobile device is not determined to have installed the software application, a Short Message Service (SMS) message is initiated for providing access to the software application to the mobile device. The access to the software application is provided to the mobile device via the SMS message. After the software application is provided to the mobile device, a determination is made as to whether the mobile device has installed the software application, and, when the mobile device is not determined to have installed the software application, reminder(s) are initiated to the mobile device. Each reminder may comprise an SMS message.

Abstract: Systems, methods, and media for radio management based on user intervention. In an embodiment, at least one user intervention is detected in the automated radio management of a radio system. In response, the automated radio management is restricted for at least a predetermined time period by one or both of turning off the automated radio management of the radio system, and adding an access point, to which the radio system was connected at a time of the at least one user intervention, to a blacklist. After the predetermined time period has expired, the restriction to the automated radio management is reversed.

Abstract: Systems, methods, and media for radio management in a mobile device with two or more radio systems. In an embodiment, a change from a first activity to a second activity is detected. Each activity indicates a likelihood for use of a second radio system (e.g., a likelihood that use of the second radio system is available). In response to the change, when the likelihood indicated by the second activity is higher than the likelihood indicated by the first activity, an aggressiveness with which the second radio system scans an environment of the mobile device for available access points is increased, and, when the likelihood indicated by the second activity is lower than the likelihood indicated by the first activity, an aggressiveness with which the second radio system scans the environment of the mobile device for available access points is decreased.

Abstract: Automated discovery of amenities. In an embodiment, when a mobile device is inactive, the mobile device is used to automatically scan an environment, using a radio system, in order to identify one or more access points within the environment. The one or more access points are then automatically scouted by attempting to connect to and traverse each access point, to determine and record a status of each access point.

Abstract: Systems, methods, and media for automated discovery of amenities using environment signatures. In an embodiment, one or more environment signatures are received from a server application. A radio system is used to scan an environment of the mobile device to determine visible access point identifier(s). For each of the one or more visible access point identifiers, a signature is computed from the visible access point identifier, and the computed signature is compared to each of the one or more environment signatures.

Abstract: A computer system includes an enterprise gateway server and a remote gateway server connected via a data network, such as the Internet, that is relatively inefficient compared to typical private networks. The remote gateway server interfaces the enterprise gateway server to corporate messaging and collaboration data stored locally relative to the remote gateway server. The enterprise gateway server converts multiple data requests for the messaging and collaboration data into a single higher-level data request that is transmitted across the data network. The remote gateway server receives the request and converts the single high level request back into the original multiple request format for presentation to the messaging and collaboration database.

Abstract: A computer implemented method includes an enterprise gateway server and a remote gateway server connected via a data network, such as the Internet, that is relatively inefficient compared to typical private networks. The remote gateway server interfaces the enterprise gateway server to corporate messaging and collaboration data stored locally relative to the remote gateway server. The enterprise gateway server converts multiple data requests for the messaging and collaboration data into a single higher level data request that is transmitted across the data network. The remote gateway server receives the request and converts the single high level request back into the original multiple request format for presentation to the messaging and collaboration database.

Abstract: A system for permitting a subscriber to access subscriber information from a remote enterprise network in real-time is presented. The system includes a remote access device with browser capabilities for inputting requests to access the subscriber information. The remote access device communicates with a data center across the data network, and the data center processes the requests to access the subscriber information and renders the requested subscriber information on the remote access device. The data center includes a login server, which receives the access requests from the remote access device, authenticates the subscriber and the remote access device, associates the subscriber and the remote access device with the appropriate remote enterprise network, and dynamically redirects the remote access device to the appropriate remote enterprise network.

Abstract: A system for permitting a subscriber to access subscriber information from a remote enterprise network in real-time is presented. The system includes a remote access device with browser capabilities for inputting requests to access the subscriber information. The remote access device communicates with an application gateway server, and the application gateway server rapidly and efficiently processes the requests to access the subscriber information and renders the requested subscriber information on the remote access device. The application gateway server includes a navigation module, a rendering module, a session module, a data access module, and an authentication module for efficiently retrieving user/subscriber data, such as mail, contact, or other user specific data and compiling and sending browser specific data to the input device.

Abstract: A computer system includes an enterprise gateway server and a remote gateway server connected via a data network, such as the Internet, that is relatively inefficient compared to typical private networks. The remote gateway server interfaces the enterprise gateway server to corporate messaging and collaboration data stored locally relative to the remote gateway server. The enterprise gateway server converts multiple data requests for the messaging and collaboration data into a single higher-level data request that is transmitted across the data network. The remote gateway server receives the request and converts the single high level request back into the original multiple request format for presentation to the messaging and collaboration database.

Abstract: A data center for providing access to subscriber information from a remote enterprise network in real-time is presented. The data center includes a data network interface system for interfacing with a data network and a login system, which includes a login server and a data center messaging server. The login server receives a request inputted by a subscriber on a remote access device across the data network to access the subscriber information and authenticates the subscriber and the remote device, while the data center messaging server hosting the subscriber information. Upon authenticating the subscriber and the remote device, the login server, accesses the subscriber information on the data center messaging server and provides the subscriber information to the remote access device in response to the received request.

Abstract: A computer system includes an enterprise gateway server and a remote gateway server connected via a data network, such as the Internet, that is relatively inefficient compared to typical private networks. The remote gateway server interfaces the enterprise gateway server to corporate messaging and collaboration data stored locally relative to the remote gateway server. The enterprise gateway server converts multiple data requests for the messaging and collaboration data into a single higher-level data request that is transmitted across the data network. The remote gateway server receives the request and converts the single high level request back into the original multiple request format for presentation to the messaging and collaboration database.

Abstract: A data center for providing access to subscriber information from a remote enterprise network in real-time is presented. The data center includes a data network interface system for interfacing with a data network and a login system, which includes a login server and a data center messaging server. The login server receives a request inputted by a subscriber on a remote access device across the data network to access the subscriber information and authenticates the subscriber and the remote device, while the data center messaging server hosting the subscriber information. Upon authenticating the subscriber and the remote device, the login server, accesses the subscriber information on the data center messaging server and provides the subscriber information to the remote access device in response to the received request.