An inductive showerhead, comprising: an outer shell with a water inlet and multiple groups of water outlet holes, each group of water outlet holes positioned differently; an inside of the outer shell with a first water inlet cavity that communicates with the water inlet; a third water outlet cavity and a first water outlet cavity that are independent of each other, the third water outlet cavity and the first water outlet cavity each capable of communicating with corresponding groups of water outlet holes respectively; a third water inlet cavity arranged between the first water inlet cavity and the third water outlet cavity, the first water inlet cavity communicates with the third water inlet cavity, a control assembly located at a position where the third water inlet cavity communicates with the third water outlet cavity, the control assembly uses an electromagnet to control the third water inlet cavity and the third water outlet cavity, allowing the third water inlet cavity and the third water outlet cavity to communicate with or to be blocked from each other; a first inductor and a power supply unit that is used for supplying power to the electromagnet, the control assembly capable of blocking or connecting the third water inlet cavity and the third water outlet cavity based on an inductive signal from the first inductor; and a first switching core located at a position where the first water inlet cavity communicates with the first water outlet cavity; the first switching core comprises a tabular first stress plate and a first sealing part; the first sealing part is located at a position where the first water inlet cavity communicates with the first water outlet cavity; the first stress plate is located at a position where the first water inlet cavity communicates with the third water inlet cavity; when the first water inlet cavity communicates with the third water outlet cavity and water flows out, the first switching core drives the first sealing part to block the first water inlet cavity from the first water outlet cavity due to water pressure inside the first water inlet cavity; and when the first water inlet cavity is blocked from the third water outlet cavity, the first switching core drives the first sealing part to move due to water pressure inside the first water inlet cavity, so that the first water inlet cavity communicates with the first water outlet cavity. an outer shell with a water inlet and multiple groups of water outlet holes, each group of water outlet holes positioned differently; an inside of the outer shell with a first water inlet cavity that communicates with the water inlet; a third water outlet cavity and a first water outlet cavity that are independent of each other, the third water outlet cavity and the first water outlet cavity each capable of communicating with corresponding groups of water outlet holes respectively; a third water inlet cavity arranged between the first water inlet cavity and the third water outlet cavity, the first water inlet cavity communicates with the third water inlet cavity, a control assembly located at a position where the third water inlet cavity communicates with the third water outlet cavity, the control assembly uses an electromagnet to control the third water inlet cavity and the third water outlet cavity, allowing the third water inlet cavity and the third water outlet cavity to communicate with or to be blocked from each other; a first inductor and a power supply unit that is used for supplying power to the electromagnet, the control assembly capable of blocking or connecting the third water inlet cavity and the third water outlet cavity based on an inductive signal from the first inductor; and a first switching core located at a position where the first water inlet cavity communicates with the first water outlet cavity; the first switching core comprises a tabular first stress plate and a first sealing part; the first sealing part is located at a position where the first water inlet cavity communicates with the first water outlet cavity; the first stress plate is located at a position where the first water inlet cavity communicates with the third water inlet cavity; when the first water inlet cavity communicates with the third water outlet cavity and water flows out, the first switching core drives the first sealing part to block the first water inlet cavity from the first water outlet cavity due to water pressure inside the first water inlet cavity; and when the first water inlet cavity is blocked from the third water outlet cavity, the first switching core drives the first sealing part to move due to water pressure inside the first water inlet cavity, so that the first water inlet cavity communicates with the first water outlet cavity.