The invention discloses automatic cargo allocation monitoring equipment for warehousing. The automatic cargo allocation monitoring equipment comprises a cargo shelf. The inner chamber of the cargo shelf is provided with a storage box. The storage box is movably hinged with a box door. An electronic lock is fixedly arranged on the box door. An RFID identification device is fixedly arranged on the box door. The RFID identification device is provided with an RFID signal scanning area. The middle part of the cargo shelf is provided with a control area which comprises a PC and a face recognition device. The PC comprises a touch display screen, a central processor and a storage chip. The central processor is electrically connected with the electronic lock. The PC is electrically connected with the RFID recognition device. The PC is electrically connected with a switch controller. The switch controller is electrically connected with the face recognition device. The face recognition device isprovided with a face scanning area. The automatic cargo allocation monitoring equipment is suitable for cargo allocation monitoring in warehousing and has advantages of reducing manpower input, ensuring no error in cargo allocation, and facilitating system management.