The method of data encryption based on the block identification technology using the matrix method

The article discusses the development and implementation of a matrix method for identifying data blocks on server platforms, which is accompanied by a constant increase in the volume of information. One of the important aspects of managing information flows is the process of identifying data blocks, which allows determining their affiliation, structure, and relationships between individual fragments of information. Since the data on the server can change, update, and duplicate, their effective identification becomes a critical task, on which the speed of query processing, the level of load on computing resources, and the overall performance of the system depend. Matrix methods allow identifying data blocks based on mathematical transformations and linear algebra algorithms. The application of matrix operations in this context helps optimize information processing processes, increase the accuracy and speed of analyzing relationships between data, and reduce computational costs. The study analyzes existing approaches and their limitations, develops a mathematical model, identification algorithm, and evaluates efficiency on test samples. The implementation of the matrix approach to identifying data blocks can find wide application in the field of database management, cloud computing, information protection, and distributed systems, confirming its relevance in the context of modern trends in information technology development.