Abstract: An apparatus for providing automatic delivery of information to a terminal includes a communication element, a registry element and a proxy element. The communication element is configured to receive information corresponding to new content associated with a particular service. The registry element is configured to retrieve an identifier of an publisher associated with the particular service in response to receipt of the information. The proxy element is configured to push an indication of the new content to a receiving terminal having the identifier in a contact list of the receiving terminal in response to receipt of the information.

Abstract: Method for controlling a plurality of luminaire units with at least one dedicated light source, and at least functionally connected control entity incorporating a wireless transceiver, the luminaire units configured to communicate via a mesh network established utilizing the wireless transceivers thereof, wherein at least one of the luminaires is electrically connected to a user-operable switch device for controlling the luminaire, the method including detecting, at the at least one luminaire, signal triggered by switching action, determining, in response to the detection, at the at least one luminaire unit a control action of the at least one light source and a message to be wirelessly transmitted in the mesh network to enable other luminaire units in the network to execute a responsive luminaire control action as configured in the control logic entities thereof based on the captured message, and executing the control action and transmission of the message.

Abstract: Method for controlling a plurality of luminaire units with at least one dedicated light source, and at least functionally connected control entity incorporating a wireless transceiver, the luminaire units configured to communicate via a mesh network established utilizing the wireless transceivers thereof, wherein at least one of the luminaires is electrically connected to a user-operable switch device for controlling the luminaire, the method including detecting, at the at least one luminaire, signal triggered by switching action, determining, in response to the detection, at the at least one luminaire unit a control action of the at least one light source and a message to be wirelessly transmitted in the mesh network to enable other luminaire units in the network to execute a responsive luminaire control action as configured in the control logic entities thereof based on the captured message, and executing the control action and transmission of the message.

Abstract: A computing device may provide a credential related to a service. Responsive to a validation of the credential, an identification of the service may be added to a contact listing associated with the computing device. Thereafter, a user of the computing device may select the service from the contact listing in order to upload a content object to the service. Similarly, the user of the computing device may select one or more peer devices from the contact listing. Responsive to the peer device selections, the content object may be transmitted to the one or more peer devices.

Abstract: An approach is provided for optimizing data (e.g., media) transfer. Retrieval is initiated for information relating to transfer of media to one or more devices. It is determined whether a particular media that is to be transferred to the one or more devices is new to the one or more devices using the retrieved information. Transfer of the particular media to the devices is initiated in which the particular media is determined to be new.

Abstract: Associating user identities with a network service involves detecting, at a first device, a subscriber identity previously associated with a second device. The second device was used to register a user identity with a network service, and the user identity includes a phone number of the second device and an account identifier generated by the network service for use with the second device. The network service is accessed from the first device and the first device receives a new identifier from the service. The first device registers with the service via a communication channel that utilizes a phone number of the first device to establish communication. In response to the phone number of the first device matching the phone number of the second device, the first device accesses the service using the user identity associated with the second device.

Abstract: An approach is provided for optimizing data (e.g., media) transfer. Retrieval is initiated for information relating to transfer of media to one or more devices. It is determined whether a particular media that is to be transferred to the one or more devices is new to the one or more devices using the retrieved information. Transfer of the particular media to the devices is initiated in which the particular media is determined to be new.

Abstract: A system for personalizing and customizing user behaviors and interfaces includes a plurality of terminals for transmitting, processing and receiving information wherein the terminals are configured to each transmit a transmission signal including an identifier (ID) for identifying each of the terminals. The system also includes a network having a plurality of access points operable to communicate with the network, and a Service Enabling server connected to the network wherein each of the plurality of terminals are configured to independently access the Service Enabling server and upon accessing the Service Enabling server, a necessary service requested by the user of the terminal requesting the service is selected. Information related to the service is then placed in an understandable form for the terminal and the user.

Abstract: A computing device may provide a credential related to a service. Responsive to a validation of the credential, an identification of the service may be added to a contact listing associated with the computing device. Thereafter, a user of the computing device may select the service from the contact listing in order to upload a content object to the service. Similarly, the user of the computing device may select one or more peer devices from the contact listing. Responsive to the peer device selections, the content object may be transmitted to the one or more peer devices.

Abstract: Associating user identities with a network service involves detecting, at a first device, a subscriber identity previously associated with a second device. The second device was used to register a user identity with a network service, and the user identity includes a phone number of the second device and an account identifier generated by the network service for use with the second device. The network service is accessed from the first device and the first device receives a new identifier from the service. The first device registers with the service via a communication channel that utilizes a phone number of the first device to establish communication. In response to the phone number of the first device matching the phone number of the second device, the first device accesses the service using the user identity associated with the second device.

Abstract: An apparatus for providing automatic delivery of information to a terminal includes a communication element, a registry element and a proxy element. The communication element is configured to receive information corresponding to new content associated with a particular service. The registry element is configured to retrieve an identifier of an publisher associated with the particular service in response to receipt of the information. The proxy element is configured to push an indication of the new content to a receiving terminal having the identifier in a contact list of the receiving terminal in response to receipt of the information.

Abstract: A method and apparatus for use in a wireless telecommunications system including a wireless telecommunications network which communicates with a plurality of mobile terminals using radio signals, wherein each mobile terminal includes a display for displaying information. In the invention each mobile terminal is configured to receive a message containing information. Each message is inspected to determine whether the information contained in the message is of a predetermined type. If the message contains information of a predetermined type, the information is automatically displayed on the mobile terminal. If the message does not contain information of the predetermined type, the message is processed in a normal manner.

Abstract: The present invention relates to a method and a system for enabling a server (120) on a packet switched network (130) to authenticate a user of a wireless terminal (100) prior to granting the terminal access to a service administrated by the server. According to the invention, the wireless terminal (100) initiates transmission of a first set of user identification parameters to a server (120) over a first communication path (140), after which the terminal (100) transmits a second set of user identification parameters to the server (120) over a second communication path (150). The server (120) then bases authentication of the wireless terminal (100) on a match between the first set of parameters and the second set of parameters.

Abstract: An application server (113) receives, from a client mobile terminal (101), a request to initiate a first client application session, as well as first client specific data, where the data comprises a first mobile terminal identifier, e.g. a mobile station integrated services digital network number and a hash code. An association is made in the server (113) of a first client session identifier with the first mobile terminal identifier. The first client session identifier is then stored in a session management database (115). Maintenance of communication between the client terminal (101) and the application session is then enabled, including receiving a communication request and verifying that the communication request originate from the first client terminal (101).