The present application discloses a system for interactive intervention based on biomechanical wave. The system for interactive intervention based on biomechanical wave, comprising a biomechanical wave control system, a data computing device and a server. The biomechanical wave control system comprises a communication device, a wearable device and a memory device. The communication device is in data communication with the wearable device. The wearable device comprises a vibrator adjustment unit, a first bone-conducting vibrator, a second bone-conducting vibrator and a wearable device data transceiver. The vibrator adjustment unit comprises a control board, an audio power amplifier, an amplifier adjustment controller, a first vibrator socket, and a second vibrator socket. A method for interactive intervention based on biomechanical wave is also disclosed.
