BIG DATA ANALYSIS-BASED PEST AND PATHOGEN MANAGEMENT PLATFORM SYSTEM

The present invention relates to a pest and pathogen management platform system and, more particularly, to a big data analysis-based pest and pathogen management platform system which can contribute to the pre-management and post-management of pests and pathogens through big data-based pest and pathogen analysis, in accordance with the non-face-to-face trend. To achieve the above purpose, the present invention comprises: a user terminal for transmitting a request for management of at least one of pests and pathogens, user individual survey information in response to the request, at least one user's surrounding environment information among temperature and humidity information around the user, user life pattern information, and user residential environment information, and internal information data obtained on at least one of pests, pathogens, and air quality through a monitoring device installed indoors; an information collection device for collecting and transmitting annual pest control calendar information for each region on the basis of past occurrences of at least one of pests and pathogens, and at least one external environment information among weather-related living and health index information and RMS data information on insect traps/repellent spray boxes installed outside; a big data management server for receiving at least one of the user individual survey information, the annual pest control calendar information for each region, the user's surrounding environment information, the external environment information, and the internal information data from the user terminal and the information collection device and managing the received information as big data; and a pest and pathogen management server for analyzing big data managed by the big data management server to generate user-customized management information for at least one of pests and pathogens. La présente invention concerne un système de plateforme de gestion d'agents pathogènes et de parasites et, plus particulièrement, un système de plateforme de gestion d'agents pathogènes et de parasites à base d'analyse de mégadonnées qui peut contribuer à la pré-gestion et à la post-gestion d'agents pathogènes et de parasites par l'intermédiaire d'une analyse des agents pathogènes et des parasites sur la base de mégadonnées, en fonction de la tendance sans face à face. Pour atteindre l'objectif susmentionné, la présente invention comprend : un terminal utilisateur pour transmettre une demande de ge