ONE-BUTTON FORMATION OF A PROXIMITY BASED INSTANT TEMPORARY SOCIAL NETWORK ON MOBILE DEVICES
A method and apparatus for creating and managing proximity based instant temporary social networks with group communication is provided. With the press of a single button, an instant social network is established with users within a specific proximity based on latitude and longitude location and audio fingerprint detection as determined by the users mobile device. Once the group has formed, group communications are offered as a means to facilitate keeping the group together while achieving a goal, such as a group destination.
1 . A method for selectively forming a network of mobile devices, the mobile devices comprising a display and a microphone, the method comprising:
displaying a button on the display of the mobile devices, wherein the button has a pressed state and a released state;
recording an audio fingerprint from the microphone in a first mobile device when the button displayed on the display of the first mobile device is in the pressed state;
recording an audio fingerprint from the microphone in a second mobile device when the button displayed on the display of the second mobile device is in the pressed state;
providing a latitude and a longitude coordinate corresponding to a location of the first mobile device;
providing a latitude and a longitude coordinate corresponding to a location of the second mobile device; and
joining the second mobile device with the first mobile device to form the network when the second mobile device is within proximity of the first mobile device and when the audio fingerprint recorded from the microphone in the second mobile device matches the audio fingerprint recorded from the microphone in the first mobile device.
2 . The method of claim 1 wherein the method further comprises a method for selectively forming a wireless network and wherein the joining step further comprises joining the second mobile device with the first mobile device when the second mobile device is within proximity of the first mobile device and when the audio fingerprint recorded from the microphone in the second mobile device matches the audio fingerprint recorded from the microphone in the first mobile device.
3 . The method of claim 1 wherein the method further comprises a method for selectively forming a cellular network and wherein the joining step further comprises joining the second mobile device with the first mobile device when the second mobile device is within proximity of the first mobile device and when the audio fingerprint recorded from the microphone in the second mobile device matches the audio fingerprint recorded from the microphone in the first mobile device.
4 . The method of claim 1 wherein the method further comprises a method for selectively forming a wide area network and wherein the joining step further comprises joining the second mobile device with the first mobile device when the second mobile device is within proximity of the first mobile device and when the audio fingerprint recorded from the microphone in the second mobile device matches the audio fingerprint recorded from the microphone in the first mobile device.
5 . The method of claim 1 wherein the method further comprises a method for selectively forming a local area network and wherein the joining step further comprises joining the second mobile device with the first mobile device when the second mobile device is within proximity of the first mobile device and when the audio fingerprint recorded from the microphone in the second mobile device matches the audio fingerprint recorded from the microphone in the first mobile device.
6 . The method of claim 1 further comprising a third mobile device, the third mobile device comprising a display and a microphone, the method comprising:
displaying a button on the display of the third mobile device, wherein the button has a pressed state and a released state;
recording an audio fingerprint from the microphone in the third mobile device when the button displayed on the display of the third mobile device is in the pressed state;
providing a latitude and a longitude coordinate corresponding to a location of the third mobile device; and
joining the third mobile device to the network with the first and second mobile devices when the third mobile device is within proximity of the first and second mobile devices and when the audio fingerprint recorded from the microphone in the third mobile device matches the audio fingerprints recorded from the microphone in the first mobile device and from the microphone in the second mobile device.
7 . A system for selectively forming a network of mobile devices, the system comprising:
a plurality of mobile devices, wherein the mobile devices further comprise a display, a microphone and a global positioning system;
a button displayed on the displays of the mobile devices, wherein the button has a pressed state and a released state;
wherein a first mobile device is configured to record an audio fingerprint from the microphone when the button displayed on the display of the first mobile device is in the pressed state;
wherein a second mobile device is configured to record an audio fingerprint from the microphone when the button displayed on the display of the second mobile device is in the pressed state; and
a server configured to receive the audio fingerprint recorded from the microphone in the first mobile device and the audio fingerprint recorded from the microphone in the second mobile device;
wherein the server is further configured to receive a latitude and a longitude coordinate corresponding to a location of the first mobile device from the global positioning system in the first mobile device;
wherein the server is further configured to receive a latitude and a longitude coordinate corresponding to a location of the second mobile device from the global positioning system in the second mobile device; and
wherein the server is further configured to form a network between the second mobile device and the first mobile device when the second mobile device is within proximity of the first mobile device and when the audio fingerprint recorded from the microphone in the second mobile device matches the audio fingerprint recorded from the microphone in the first mobile device.
8 . The system of claim 7 wherein the network further comprises a wireless network.
9 . The system of claim 8 wherein the network further comprises a cellular network.
10 . The system of claim 7 wherein the network further comprises a wide area network.
11 . The system of claim 7 wherein the network further comprises a local area network.
12 . The system of claim 7 wherein the plurality of mobile devices run an iOS, Android, WebOS or Windows operating system.
13 . The system of claim 7 further comprising:
a third mobile device comprising a display, a microphone and a global positioning system;
a button displayed on the display of the third mobile device, wherein the button has a pressed state and a released state;
wherein the third mobile device is configured to record an audio fingerprint from the microphone when the button displayed on the display of the third mobile device is in the pressed state;
wherein the server is further configured to receive the audio fingerprint recorded from the microphone in the third mobile device;
wherein the server is further configured to receive a latitude and a longitude coordinate corresponding to a location of the third mobile device from the global positioning system in the third mobile device; and
wherein the server is configured to join the third mobile device to the network with the first and second mobile devices when the third mobile device is within proximity of the first and second mobile devices and when the audio fingerprint recorded from the microphone in the third mobile device matches the audio fingerprint recorded from the microphone in the first mobile device and the audio fingerprint recorded from the microphone in the second mobile device.