The present invention relates to a space weather observation data monitoring system in an IPFS distributed storage environment, and more specifically, to a space weather observation data monitoring system in an IPFS distributed storage environment for Indonesia space weather observation data, which is connected to an instrument, an instrument terminal for generating space weather observation data (Instrument PC); an IPFS node interconnected by an IPFS network, for distributing, storing and distributing space weather observation data generated by the instrument terminal to the IPFS network; and a central server constituting the IPFS network and serving as a peer leader, wherein the IPFS network configures an IPFS-cluster including the IPFS nodes as members to distribute and store and provide the space weather observation data, File distribution is performed only for IPFS nodes that are IPFS-cluster members, and the central server performs monitoring using an active approach to monitor the actual state of the node and a passive approach to monitor data flow, and displays the monitoring results through a web interface. It is characterized by its configuration to be provided through. In addition, the present invention relates to a method for monitoring space weather observation data in an IPFS distributed storage environment, and more specifically, to a method for monitoring space weather observation data in an IPFS distributed storage environment for Indonesia space weather observation data, which is connected to an instrument. Became an instrument terminal (Instrument PC) for generating space weather observation data; an IPFS node interconnected by an IPFS network, for distributing, storing and distributing space weather observation data generated by the instrument terminal to the IPFS network; and a central server constituting the IPFS network and serving as a peer leader, in the IPFS network, configuring an IPFS-cluster including the IPFS nodes as members to distribute and store and provide the space weather observation data However, file distribution is performed only for IPFS nodes that are members of the IPFS-cluster, and the central server performs monitoring using (A) an active approach to monitor the actual state of the node and a passive approach to monitor data flow. ; and (B) providing monitoring results for the actual state and data flow of the node according to step (A) through a web interface to perform monitoring. According to the system and method for monitoring space weather observation data in an IPFS distributed storage environment proposed in the present invention, by using IPFS (Inter Planetary File System) to distribute and store space weather observation data, data is transmitted through a peer-to-peer connection. By distributing to nodes, data availability and throughput can be increased, data can be provided more smoothly without a single point of failure, real-time data flow from each node and node status information can be monitored, and the monitoring results can be viewed through a web interface. By providing this, the administrator can easily observe and respond to running processes.
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