System and method for intelligent resource management

A system for intelligent resource management, the system comprising:

• at least one processor;
• and
• a memory comprising instructions which, when executed by the processor, configure the processor to:
• receive resource data and usage data, wherein the usage data comprises location data corresponding to the resource data;
• preprocess and convert the resource data and the usage data into operational data;
• train a foresight model on labelled data, wherein the foresight model comprises an autoregressive model that iteratively generates forecasts at time intervals in a time series, the autoregressive model comprising a set of neurons defining a plurality of hidden states, wherein the plurality of hidden states encapsulates historical data of a plurality of users, wherein the autoregressive model updates the set of neurons based on whether each forecast matches a truth future data;
• update the foresight model using the operational data;
• receive a forecast generated by the foresight model for the time series, the forecast associated with a future resource state or event associated with the operational data for a location identified in the location data;
• send a notification for a recommended action based on the forecast, wherein the recommended action optimizes the future resource state or event associated with the operational data to reach a target outcome state or event;
• cause to display, at an electronic device, a graphical interface comprising a first graphical user interface (GUI) element displaying a location view of the generated forecast for the location identified in the location data and a second GUI element comprising an input control, wherein data from the input control of the second GUI element is used to update the displayed forecast in the first GUI element;
• receive, from the electronic device, user input representing a modification of the operational data, the modification of the operational data comprising a modification to the time series, the user input received from the input control of the second GUI element;
• receive an updated forecast generated by the foresight model, the forecast associated with a future resource state or event associated with the modified operational data for the same location identified in the location data, wherein the updated forecast is based on the user input received from the second GUI element;
• and
• in response to the user input and based on the modification of the operational data, cause to display, at the electronic device, the updated forecast in the first GUI element, wherein the first GUI element displays the updated forecast in a location view corresponding to the same location identified in the location data.