Personal identification documents serve to prove a person's identity. As a result of numerous falsifications and misuse of data on personal identification documents, there was a need for better protection, i.e. improvement of security elements. In addition to elements visible to the naked eye, there are also those visible only in a certain part of the spectrum, which serve as additional protection. Documents and individual security elements will be compared in the visible (VIS), ultraviolet (UV) and infrared (IR) parts of the spectral range. Analysis of the security elements will show the importance of detection outside the area visible to the human eye. The analysis and results of the research will be used as a basis in the experimental part of the work in designing their own personal document solution. Based on the results and conclusions from the theoretical part, an example of a personal document with appropriate protective graphic elements in vector and pixel graphics will be created. Most of the protective elements will consist of individualized graphic elements that are programmed in the PostScript programming language. In addition, individualized typography will be designed as part of the security graphics. Individualized graphics and typography, in addition to the purpose of protective application, will also be used as a design element. The front and back of personal document will be displayed in the visible, UV and IR part of the spectrum.