Currently, the level of information management in China's fast-moving consumer goods manufacturing enterprises is still at an initial stage, unable to track and monitor the circulation of products in real time. The phenomenon of product diversion is quite prominent, which has disrupted the original market price system and reduced the brand credibility of enterprises. In response to the above situation, this achievement proposes a new multi-dimensional (label) anti-counterfeiting theory and technical method for commodity informatization. It uses technologies such as label injection/visual collection/information association to implement the informationization process of goods. This makes the commodity information labeling unique, anti-interference, large capacity, traceable, low cost, and easy to implement. Key technologies: 1. Original invention of an anti-interference matrix information encoding and decoding method, which achieves uniqueness, anti-interference, and traceability in the information labeling by processing matrix information through parity check, discretization, etc.; 2. Pioneered the development of an intelligent information processing platform for matrix code encoding and decoding based on FPGA, which improves the efficiency and accuracy of matrix code pattern recognition through box code point identification positioning correction graphic technology and efficient image recognition algorithms; 3. Original invention of a hybrid RFID tag encoding and decoding method that carries information using frequency and amplitude characteristic parameters. This achievement received the Shanghai Science and Technology Progress Award in 2015 and the Excellent Award at the National Ministry of Industry and Information Technology's Integrated Circuit Design Innovation Competition in 2017. The result has been authorized with three invention patents, two published compilations, and three computer software copyrights.