THIS PROJECT WILL DEVELOP AND DEMONSTRATE A PREDICTIVE COMMUNITY OUTAGE PREPAREDNESS AND ACTIVE LAST MILE VISIBILITY FEEDBACK AUTONOMOUS RESTORATION SOLUTION, NAMELY PROACTIVE TO ACHIEVE COMMUNITY RESILIENCY WITH PVS AND OTHER DISTRIBUTED ENERGY RESOURCES (DERS). THIS PROJECT WILL DEVELOP AND DEMONSTRATE A TWO-LAYER RISK-AWARE PREPAREDNESS AND GRID VISIBILITY INFORMED SAFE, EQUITABLE, COORDINATED, AND AUTOMATED RESTORATION TOOLS FOR COMMUNITY ENERGY RESILIENCE. THE PROPOSED PROACTIVE SOLUTION IS POWERED BY FOUR NOVEL APPROACHES, INCLUDING GRANULAR CIRCUIT LEVEL OPM TO REVEAL COMMUNITY INFRASTRUCTURE DAMAGES AND INFORM PRE-EVENT PREPAREDNESS, REAL-TIME ROBUST SENSING AND COMMUNICATION NETWORKS, DATA ANALYTICS FOR UNPRECEDENTED GRID VISIBILITY DURING AND AFTER EXTREME EVENTS, AND RISK-AWARE AND VISIBILITY FEEDBACK OPTIMAL SERVICE RESTORATION MODEL. COMMUNITY ENGAGEMENT ACTIVITIES WILL BE CARRIED OUT THROUGHOUT THE PROJECT.