The present invention relates to an IoT-based intelligent servo-motor driver and a remote management service system, which comprise: a plurality of servo-drivers; a master server which is connected to the plurality of servo-drivers by means of an EtherCAT, and receives and manages data regarding management information received from each servo-driver in real time; a client control server which connects the master server to an Ethernet, and receives the management information of the servo-drivers received in real time to monitor the servo-drivers in real time; and a manager terminal which is connected to the client control server through wired and wireless communication to receive information regarding management and safety of the servo-drivers, and allows the servo-drivers to be remotely controlled in accordance with the received information. Therefore, according to the present invention, the direct cause of malfunction such as a deterioration phenomenon and an excess current is notified to the manager such that the manager may take immediate measures against the cause of malfunction. Consequently, the service life cycle of the motor system can be extended, such that a company may significantly reduce loss generated by postponement of fabrication and replacement costs of the motor system.
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