Abstract: Disclosed are systems, methods, and non-transitory computer-readable media for a high precision geofence system. An external location device providing high-accuracy location data is used in conjunction with a client device. The external location device includes components to provide high-accuracy location data, such as a higher quality and more robust antenna than what is included in current client devices. The antenna and other components may be purpose built to determine a geographic location of the external location device, such as by being designed specifically for the sole purpose of accepting Global Positioning System signals. By limiting the components included in the external location device to those used for its primary purpose of determining its geographic location, the size and cost of the external location device can be minimized. Accordingly, the external location device may be designed to be attached/affixed to a client device or easily carried by a user.

Abstract: Disclosed are systems, methods, and non-transitory computer-readable media for a high precision geofence system. An external location device providing high-accuracy location data is used in conjunction with a client device. The external location device includes components to provide high-accuracy location data, such as a higher quality and more robust antenna than what is included in current client devices. The antenna and other components may be purpose built to determine a geographic location of the external location device, such as by being designed specifically for the sole purpose of accepting Global Positioning System signals. By limiting the components included in the external location device to those used for its primary purpose of determining its geographic location, the size and cost of the external location device can be minimized. Accordingly, the external location device may be designed to be attached/affixed to a client device or easily carried by a user.

Abstract: A digital alert system provides cloud based digital alerts to a client device. The digital alert system receives location data from a client device that describes a current location of the client device. The digital alert system determines that the current location of the client device is within a geo-fence associated with a client-side application installed on the client device, a user of the client device having authorized digital alerts associated with the client-side application. The digital alert system transmits, to the client device, a digital alert that is associated with the geo-fence. The digital alert includes a selectable component that operatively causes a web browser application installed on the client device to access web based content associated with the client-side application.

Abstract: A digital alert system provides cloud based digital alerts to a client device. The digital alert system receives location data from a client device that describes a current location of the client device. The digital alert system determines that the current location of the client device is within a geo-fence associated with a client-side application installed on the client device, a user of the client device having authorized digital alerts associated with the client-side application. The digital alert system transmits, to the client device, a digital alert that is associated with the geo-fence. The digital alert includes a selectable component that operatively causes a web browser application installed on the client device to access web based content associated with the client-side application.