Access control platform and digital twin security system for real-time facility monitoring

A method for generating a digital twin environment of a physical facility that enables real-time remote visualization and monitoring of physical security conditions, the method comprising:

• receiving spatial data representing a physical layout of the physical facility;
• generating an initial three-dimensional spatial model of the physical facility based on the spatial data;
• installing a plurality of cameras at secured portals distributed throughout the physical facility;
• calibrating positions of the plurality of cameras within the three-dimensional spatial model;
• capturing real-time video data and audio data from the plurality of cameras;
• stitching the real-time video data from the plurality of cameras together;
• overlaying the stitched real-time video data onto the three-dimensional spatial model to generate an interactive digital twin of the physical facility;
• and
• enabling real-time virtual navigation through the interactive digital twin via a user interface.

A system for generating a digital twin environment for real-time facility monitoring, the system comprising:

• a plurality of smart lock devices distributed at secured portals throughout a physical facility, each smart lock device comprising:
• a camera configured to capture real-time video data and audio data;
• and
• one or more sensors configured to capture sensor data;
• a server linked to the plurality of smart lock devices via a communications network, the server configured to:
• receive the real-time video data and the sensor data from the plurality of smart lock devices;
• generate a three-dimensional spatial model of the physical facility based at least in part on spatial data representing a physical layout of the physical facility;
• and
• stitch the real-time video data from the plurality of smart lock devices into the three-dimensional spatial model to generate an interactive digital twin;
• and
• a digital twin interface configured to display the interactive digital twin on a user device and to transmit control signals to the plurality of smart lock devices based on user input received via the interactive digital twin, wherein the interactive digital twin enables a user to virtually navigate through the physical facility in real-time by synchronizing physical door states, sensor readings, and video feeds within a unified three-dimensional visualization.