Abstract: A system for sending data from at least one computing device, which may be an email server, located at a user location, to a plurality of handsets. The system includes an internal system monitor associated with the at least one computing device, and the monitor provides application connectors deployed at the user location. The system also includes at least one wireless gateway router and a mobile client, which provides a client infrastructure installed on the plurality of handsets, such that the at least one computing device acts uni-directionally and thereby provides secure delivery of the data.

Abstract: Systems and methods comprise a network in which a mobile device is configured as an input/output interface for a user such that actual processing, storage and network interfaces are performed or provided by a remote server.

Abstract: A system for sending data from at least one computing device, which may be an email server, located at a user location, to a plurality of handsets. The system includes an internal system monitor associated with the at least one computing device, and the monitor provides application connectors deployed at the user location. The system also includes at least one wireless gateway router and a mobile client, which provides a client infrastructure installed on the plurality of handsets, such that the at least one computing device acts uni-directionally and thereby provides secure delivery of the data.

Abstract: Systems and methods comprise a network in which a mobile device is configured as an input/output interface for a user such that actual processing, storage and network interfaces are performed or provided by a remote server.

Abstract: A system and method for organizing and accessing attachments to messages from a plurality of different message accounts in a single location. A plurality of attachments to messages from a plurality of different message accounts are downloaded by a mobile device, and a plurality of links for the plurality of attachments are displayed in a single location by the mobile device.

Abstract: A computerized device, comprising communications facility, a foreground program and a background task configured to launch the foreground program responsive to incoming communication by the communications facility.

Abstract: The subject matter discloses a system for adding a data item during a synchronization process, said system comprising a receiving (target) side electronic device having a database being compatible to a database of a sending (source) side, such that each data item has unique local and remote identifiers. The system comprises a control unit for assigning a local identifier and a remote identifier to the data item in the database of the receiving (target) side, such that the local identifier of the receiving (target) side is stored as the remote identifier of the sending (source) side and vice versa. After adding the data item, access to the data item stored in the database of the receiving (target) side, is enabled by receiving the remote identifier or the local identifier of the data item as stored in the database of the sending (source) side.

Abstract: The subject matter discloses a system for adding a data item during a synchronization process, said system comprising a receiving (target) side electronic device having a database being compatible to a database of a sending (source) side, such that each data item has unique local and remote identifiers. The system comprises a control unit for assigning a local identifier and a remote identifier to the data item in the database of the receiving (target) side, such that the local identifier of the receiving (target) side is stored as the remote identifier of the sending (source) side and vice versa. After adding the data item, access to the data item stored in the database of the receiving (target) side, is enabled by receiving the remote identifier or the local identifier of the data item as stored in the database of the sending (source) side.

Abstract: A system for synchronizing data between at least two electronic devices. The system includes at least one sending (source) side electronic device having a database and at least one receiving (target) side electronic device having a database, such that each data item has unique local and remote identifiers, wherein the local identifier of one side is the remote identifier of the other side and vice versa, thereby providing reliable, efficient and symmetrical synchronicity between the at least two electronic devices.

Abstract: A system for synchronizing data between at least two electronic devices. The system includes at least one sending (source) side electronic device having a database and at least one receiving (target) side electronic device having a database, such that each data item has unique local and remote identifiers, wherein the local identifier of one side is the remote identifier of the other side and vice versa, thereby providing reliable, efficient and symmetrical synchronicity between the at least two electronic devices.

Abstract: A system for sending data from at least one computing device, which may be an email server, located at a user location, to a plurality of handsets. The system includes an internal system monitor associated with the at least one computing device, and the monitor provides application connectors deployed at the user location. The system also includes at least one wireless gateway router and a mobile client, which provides a client infrastructure installed on the plurality of handsets, such that the at least one computing device acts uni-directionally and thereby provides secure delivery of the data.

Abstract: A method for installation by a computing device of an application from a website to a mobile device of a user. The method includes the step of installing software of the mobile device on the computing device. The method also includes connecting the mobile device to the computing device and downloading the installation application from the website to the computing device, logging in by the user to the website for the purpose of creating an account on the website and install the application on his mobile device and logging on by the user from his mobile device for access purposes, such that the installation is monitored from the computing device and such that the user is able to access data from the computing device.

Abstract: A system for sending data from at least one computing device, which may be an email server, located at a user location, to a plurality of handsets. The system includes an internal system monitor associated with the at least one computing device, and the monitor provides application connectors deployed at the user location. The system also includes at least one wireless gateway router and a mobile client, which provides a client infrastructure installed on the plurality of handsets, such that the at least one computing device acts unidirectionally and thereby provides secure delivery of the data.