Graphical User Interface and Networked System for Managing Dynamic Geo-Fencing for a Personal Compliance-Monitoring Device

A compliance control system for monitoring a compliance-monitoring device over a geographic region, the compliance control system comprising:

• a compliance-control device configured to display a graphical user interface configured to receive a selection of a set of geo-fence boundaries;
• and
• the compliance-monitoring device communicably connected to the compliance-control device over a network, the compliance-monitoring device configured to:
• transmit an initial location to the compliance-control device;
• receive a subset of the set of geo-fence boundaries, the subset of the set of geo-fence boundaries selected, at least in part, based on the initial location;
• determine a compliance condition of a current location of the compliance-monitoring device with respect to a current geo-fence boundary on a first time interval;
• transmit the compliance condition;
• in response to the compliance condition corresponding to the current location being within the current geo-fence boundary, record a breach event;
• in response to recording the breach event, determine a set of subsequent compliance conditions corresponding to a set of compliance-monitoring device locations;
• and
• transmit the set of subsequent compliance conditions on a second time interval that is shorter than the first time interval;
• wherein:
• the compliance-control device is configured to display a graphical output that corresponds to the compliance condition and one or more of the set of subsequent compliance conditions.

A compliance control system for monitoring a compliance-monitoring device over a geographic region, the compliance control system comprising:

• a compliance-control device configured to provide an interface operable to generate a geo-fence boundary in response to a received selection;
• and
• the compliance-monitoring device, communicably connected to the compliance-control device over a network, is configured to:
• determine and transmit a compliance condition of a current location of the compliance-monitoring device with respect to the geo-fence boundary to the compliance-control device on a first time interval;
• in response to the compliance condition of the current location being within the geo-fence boundary, record a breach event;
• in response to recording the breach event, determine a set of subsequent compliance conditions corresponding to a set of compliance-monitoring device locations;
• and
• transmit the set of subsequent compliance conditions on a second time interval that is shorter than the first time interval.

A compliance-control device, comprising:

• a non-transitory storage medium that stores instructions;
• and
• a processor that executes the instructions, the processor configured to:
• generate a geo-fence boundary in response to a selection;
• receive a compliance condition of a current location of a compliance-monitoring device with respect to the geo-fence boundary on a first time interval;
• and
• after detection of a breach event, receive a set of subsequent compliance conditions corresponding to a set of compliance-monitoring device locations on a second time interval that is shorter than the first time interval.