Systems and methods for using roaming transmissions for providing alternate SMS and MMS service across multiple networks
Methods and systems for providing alternate SMS/MMS traffic to a user using alternate wireless and network service. Aspects of the disclosed systems and methods allow existing wireless customers to continue using their normal wireless phone and phone number for SMS/MMS traffic while still easily avoiding large roaming and texting charges, all while nearly transparently maintaining the full range of normal wireless voice, text, and SMS/MMS services.
1. A communication routing system for intelligent routing of personal text messages and voice communications of a user using said user's home phone number, comprising:
a. a communications gateway server;
b. a wireless telecommunications device including a plurality of communication lines, with at least one of said plurality of communication lines being connectable for remote communication through the internet with said communications gateway server;
c. a network routing application installed on said wireless telecommunications device;
i. said network routing application being programmed to be activated or deactivated by the user of said wireless telecommunications device;
ii. when active said network routing application being further programmed to register with said communications gateway server using said at least one of said plurality of communication lines being connectable for remote communication through the internet;
iii. when active said network routing application being further programmed to manage said plurality of communications lines to automatically prioritize and select which of said plurality of communication lines to utilize for text and voice communications based on cost, signal strength, reliability, and battery;
iv. when active said network routing application being further programmed to automatically measure connectivity and reliability, automatically manage and switch networks, and automatically turn on and off the wireless access radios of said wireless telecommunications device;
v. when active said network routing application being further programmed to send and receive all text communications to and from said wireless telecommunications device via said communications gateway server;
vi. when active said network routing application being further programmed to send and receive all voice communications to and from said wireless telecommunications device via a SIP server as directed by the communications gateway server;
vii. when active said network routing application being further programmed to use the standard voice dialer and texting applications on said wireless telecommunications device;
viii. when deactivated said network routing application restoring the standard function of said wireless telecommunications device;
d. said communications gateway server being hardware integrated and interfaced with the cellular network as an inter-carrier provider;
i. said communications gateway server being programmed to update said user's home carrier's visitor location register setting said wireless telecommunications device as roaming when said network routing application registers on said communications gateway server;
ii. said communications gateway server being further programmed to route all text communication via said communications gateway server to said network routing application;
iii. said communications gateway server being further programmed to route all voice communication via said SIP server.
2. The system of claim 1 wherein said at least one of said plurality of communication lines being connectable for remote communication through the internet is via cellular data.
3. The system of claim 1 wherein said at least one of said plurality of communication lines being connectable for remote communication through the internet is via WiFi data.