Digital Media Steganography Based on Spatial Distortion Model Is Used to Encrypt Consumer Electronic Product Data

Consumer electronic products provide great convenience for people, through consumer electronic products, people can communicate, enjoy high-quality entertainment, convenient online shopping and payment. These technologies and services bring a better quality of life and convenience, enabling people to accomplish tasks at work and in life more efficiently. However, consumer electronics also face data security issues, which can easily lead to data being leaked before it is uploaded to the server. Steganography, as an important means to protect information transmission, can encrypt data before transmission. In order to reduce the detection probability of steganographic information, a variety of steganographic coding methods are generally used to improve the embedding efficiency, and distortion models suitable for different carrier objects and image features are designed according to different image features. To solve this problem, a steganography method combining spatial distortion model and XOR coding is proposed in this paper. The final experimental results show that when the number of embedded bits reaches 30224bits, it is best to keep it at 55.35dB, which verifies that the proposed algorithm can realize efficient image steganization, so as to protect the data security of consumer electronic products more effectively.