{"id":20902,"name":"Thunderquake Monitor","purpose":"A system that leverages existing fiber optic networks to detect and analyze thunderquakes, providing valuable data for meteorological research and potentially aiding in early lightning strike prediction.","profitable":0,"date_generated":"Friday August 2026 20:52","reference":"project-thunderquake-monitor-2026","technology_advise":["Python","PostgreSQL","Medium"],"development_time_estimation_mvp_in_hours":180,"grade":6.5,"category":"data","view_count":1,"similar_ideas":[{"id":1730,"name":"Underground Ecosystem Monitoring System","grade":5.3,"category":null},{"id":13814,"name":"Texas Power Resilience Monitor","grade":7.8,"category":"iot"},{"id":9396,"name":"Geo-Acoustic Event Monitor","grade":6.5,"category":"data"},{"id":13249,"name":"Fjord Alert System","grade":7.5,"category":"security"},{"id":16955,"name":"Data Center Resilience Monitor","grade":7.2,"category":"iot"}],"source_headline":"Telecom cables being used to detect and study thunderquakes."}