The invention discloses an exploding cannonball utilizing the big data technology. The exploding cannonball comprises a box body. A rotating cavity is fixedly formed in the box body. Fuel cavities areformed below the rotating cavity, wherein the fuel cavities are of bilateral symmetry and are located in the box body. An ejection block is fixedly arranged on the wall of the lower end of the rotating cavity. A rotating drive motor is fixedly arranged in the ejection block. Rotating discs of bilateral symmetry are fixedly arranged on the outer surface of an output shaft of the rotating drive motor. Rotary connecting blocks are arranged on the end faces, away from the rotating drive motor, of the rotating discs in a rotating manner. Extending rods are arranged in the rotary connecting blocksin a rotating manner. The extending rods penetrate through the rotating cavity in a sliding manner and extend into the fuel cavities in a sliding manner. The equipment is simple in structure and convenient to use, while a gas jetting manner is adopted in the equipment to assist the bomb in carrying out high-precision directional movement, the diffusion manner is utilized for achieving diffusion explosion of graphite bombs, the working effect of the equipment is improved greatly, and the attack efficiency of the bombs is improved.