Location-based task execution for enhanced data access

A system for estimating user locations and determining a probability of a user to access a resource, the system comprising:

• at least one processor configured to:
• identify a first user device associated with a first user having access rights to the resource, wherein the access rights provide access to the resource during a defined time period;
• detect a current location of the first user device at a first time instant preceding a threshold time period from a resource's start time;
• retrieve resource information from a database, wherein the resource information includes a location of a venue of the resource, and the start time associated with the resource's defined time period;
• determine a route from the current location of the first user device and the location of the venue of the resource, wherein the route includes a path that has shortest commute time from the current location of the first user device to the location of the venue of the resource;
• estimate an arrival time of the first user based on the determined route;
• determine, in response to the estimated arrival time, information of movement of the first user device based on user data received from the first user device;
• execute a prediction process to determine a probability of the first user to access the resource based on the estimated arrival time, the resource's defined start time, and the information of the movement of the first user device;
• and
• execute a task from a plurality of tasks based on the probability of the first user to access the resource, wherein the task includes transmitting a communication associated with the resource to the first user device.

A non-transitory computer-readable medium comprising instructions that are executable by a processing device for causing the processing device to perform operations comprising:

• identifying a first user device associated with a first user having access rights to a resource, wherein the access rights provide access to the resource during a defined time period;
• detecting a current location of the first user device at a first time instant preceding a threshold time period from a resource's defined start time;
• retrieving resource information from a database, wherein the resource information includes a location of a venue of the resource, and the start time associated with the resource's defined time period;
• determining a route from the current location of the first user device and the location of the venue of the resource, wherein the route includes a path that has shortest commute time from the current location of the first user device to the location of the venue of the resource;
• estimating an arrival time of the first user based on the determined route;
• determining, in response to the estimated arrival time, information of movement of the first user device based on user data received from the first user device;
• executing a prediction process to determine a probability of the first user to access the resource based on the estimated arrival time, the resource's defined start time, and the information of the movement of the first user device;
• and
• executing a task from a plurality of tasks based on the probability of the first user to access the resource, wherein the task includes transmitting a communication associated with the resource to the first user device.