The envisioned EMPS model is set to be seamlessly integrated into the structures and edifices overseen by the EPA. During seismic events, an array of sensors will actively gather pertinent data, transmitting it to a central data processing unit. Within this unit, the data will undergo comprehensive analysis and synthesis, culminating in the generation of a dependable output. This resultant output will provide an up-to-the-moment assessment of the structural robustness and overall health of the buildings, effectively categorizing them as either secure or hazardous.

The real-time data streams from multiple EMPS installations will be meticulously collated to formulate a coherent evacuation strategy. The timely updates will be seamlessly disseminated to civilians through their individual AR headsets or mobile devices. Augmented Reality (AR) will materialize as an invaluable tool, affording citizens a tangible visualization of safe havens and vulnerable structures, thus mitigating the potential for pandemonium and stampedes.

Harnessing the potential of cloud technology, this critical information will be relayed to users via AR cloud anchors. These anchors will serve as virtual tethers, enabling the projection of augmented reality data onto the visual interface. Consequently, whenever a user gazes upon a building or street, the AR interface will promptly furnish an overlay depicting the structural stability of the edifice or the percentage of secure structures lining the road.

This innovative integration of real-time data analysis, augmented reality, and cloud-based dissemination heralds a revolutionary paradigm in disaster response and public safety.