{"id":15024,"name":"Solar System Anomaly Detector","purpose":"A data analysis platform that uses machine learning to analyze astronomical data, specifically focusing on moon observations, to identify anomalies that could indicate the existence of previously unknown celestial bodies or disruptions caused by ejected planets.","profitable":0,"date_generated":"Saturday June 2026 12:56","reference":"solar-anomaly-detector","technology_advise":["Python","PostgreSQL","Difficult"],"development_time_estimation_mvp_in_hours":350,"grade":6.2,"category":"data","view_count":20,"similar_ideas":[{"id":8564,"name":"Cosmic Anomaly Detector","grade":6.8,"category":"data"},{"id":14008,"name":"Cosmic Anomaly Detector","grade":6.8,"category":"data"},{"id":16036,"name":"Dark Matter Anomaly Detector","grade":7.8,"category":"data"},{"id":7078,"name":"Satellite Anomaly Detector","grade":6.9,"category":"security"},{"id":395,"name":"Cosmic Anomaly Tracker","grade":6.8,"category":null}],"source_headline":"Moons of Uranus May Hold Clues to Missing Planets"}