Dynamic geofencing for temporary work time validation

A system of implementing a dynamic geofence-based timeclock comprising:

• a processor;
• and
• a non-transitory computer-readable medium having stored thereon instructions that, when executed by the processor, execute a server-side application that is instanced on user client devices, the application having at least two groups of users, a first user class and a second user class, wherein user input from a first user of the first class causes the application to generate a first event, the first event having a physical location at a first location and occurring at a first timeframe, and wherein user input from a second user of the second class causes the application to sign the second user up for the first event,
• wherein the non-transitory computer-readable medium further includes instructions that cause the processor to perform operations including:
• dynamically generating a temporary geofence based on the first timeframe and positioned at coordinates around the first location, wherein the positioning is mapped and identified by a mapping application generating geofences on a per-location basis around a non-predetermined location based on the first timeframe;
• temporarily tracking a location of a mobile device of the second user within the temporary geofence during the first timeframe via a location sensor of the mobile device;
• and
• in response to the mobile device of the second user producing trackable activity within the temporary geofence as detected by the location sensor of the mobile device, initiating a timer that indicates length of association of the second user with the first event.

A method of implementing a dynamic geofence-based timeclock comprising:

• executing a temporary staffing application that connects worker users to a plurality of tasks created by employer users, wherein worker users are enabled via the temporary staffing application to sign up for tasks of the plurality of tasks;
• dynamically generating a temporary geofence for each task located at coordinates around a respective non-prearranged physical location for that task and existing during a respective timeframe for that task, wherein the dynamically generated geofences are linked with worker users that have signed up for that task;
• temporarily tracking locations, via respective onboard location sensors, of mobile devices of worker users that are linked to a current temporary geofence during respective associated timeframes of those current temporary geofences;
• and
• operating a timeclock for each of the worker users in response to detection of their mobile device within a respective temporary geofence that they are linked to, wherein each timeclock indicates a length of time worked by that worker user on their respective task.