Abstract: Communication by location method that geoplaces asynchronous message threads to a specific first geographic location geo-fence within which they are visible, and a second sub geo-fence for replies. The message threads have a first viewing distance parameter, a second reply parameter, and other parameters such as optional user set password prefixes. Users with mobile devices such as GPS equipped smart phones may set their devices to discover non-password protected message threads that are within a specified radius of the actual device itself, or a device virtual map location, and may use passwords to find password protected message threads. Generally only users with a real geographic proximity to the thread within the specified reply distance may reply to the thread. The method will generally be implemented by software residing on mobile devices and host servers, and may additionally use data from map servers to place the treads in a map context.

Abstract: Communication by location method that geoplaces asynchronous message threads to a specific first geographic location geo-fence within which they are visible, and a second sub geo-fence for replies. The message threads have a first viewing distance parameter, a second reply parameter, and other parameters such as optional user set password prefixes. Users with mobile devices such as GPS equipped smart phones may set their devices to discover non-password protected message threads that are within a specified radius of the actual device itself, or a device virtual map location, and may use passwords to find password protected message threads. Generally only users with a real geographic proximity to the thread within the specified reply distance may reply to the thread. The method will generally be implemented by software residing on mobile devices and host servers, and may additionally use data from map servers to place the treads in a map context.

Abstract: Communication by location method that geoplaces asynchronous message threads to a specific first geographic location geo-fence within which they are visible, and a second sub geo-fence for replies. This geopinning process may be done by remote users. The message threads have a first viewing distance parameter, a second reply parameter, and other parameters. Users with mobile devices such as GPS equipped smart phones may set their devices to discover message threads that are within a specified radius of the actual device itself, or a device virtual map location, allowing very distant threads to be viewed. However only users with a real geographic proximity to the thread within the specified reply distance may reply to the thread. The method will generally be implemented by software residing on mobile devices and host servers, and may additionally use data from map servers to place the treads in a map context.

Abstract: Communication by location method that geoplaces asynchronous message threads to a specific first geographic location geo-fence within which they are visible, and a second sub geo-fence for replies. This geopinning process may be done by remote users. The message threads have a first viewing distance parameter, a second reply parameter, and other parameters. Users with mobile devices such as GPS equipped smart phones may set their devices to discover message threads that are within a specified radius of the actual device itself, or a device virtual map location, allowing very distant threads to be viewed. However only users with a real geographic proximity to the thread within the specified reply distance may reply to the thread. The method will generally be implemented by software residing on mobile devices and host servers, and may additionally use data from map servers to place the treads in a map context.