Security systems and methods for detecting anomalous events using sensors

At least one non-transitory computer-readable storage medium with instructions stored thereon for electronically maintaining security of a building and detecting anomalous events using a plurality of sensors located near or within the building, wherein the instructions, when executed by at least one processor, cause the at least one processor to:

• input sensor data received from the plurality of sensors to a trained security assessment model configured to compare the sensor data to a plurality of danger profiles;
• receive an output from the trained security assessment model indicating that an anomalous event is potentially occurring;
• trigger a first task of a plurality of tasks based upon the output, the first task comprising sending a first alert prompting input from a first computing device associated with the building;
• and
• determine a next task of the plurality of tasks to perform from a second task and a third task, i) the second task comprising sending a second alert prompting input from a second computing device associated with the building based upon a predetermined period of time elapsing with no input received from the first computing device, ii) the third task comprising sending a third alert to the second computing device, the third alert indicating that the anomalous event is occurring based upon receiving an input from the first computing device confirming that the anomalous event is occurring.

A computer-implemented method for electronically maintaining security of a building and detecting anomalous events using a plurality of sensors located near or within the building, the computer-implemented method implemented by at least one processor in communication with at least one memory, the computer-implemented method comprising:

• inputting sensor data received from the plurality of sensors to a trained security assessment model configured to compare the sensor data to a plurality of danger profiles;
• receiving an output from the trained security assessment model indicating that an anomalous event is potentially occurring;
• triggering a first task of a plurality of tasks based upon the output, the first task comprising sending a first alert prompting input from a first computing device associated with the building;
• and
• determining a next task of the plurality of tasks to perform from a second task and a third task, i) the second task comprising sending a second alert prompting input from a second computing device associated with the building based upon a predetermined period of time elapsing with no input received from the first computing device, ii) the third task comprising sending a third alert to the second computing device, the third alert indicating that the anomalous event is occurring based upon receiving an input from the first computing device confirming that the anomalous event is occurring.