Abstract
The need to protect smartphones and mobile devices from attacks on their internal resources is due to their multiple growth in number, as well as their share among gadgets with Internet access. The paper aims to analyze and create mathematical models of the most common types of attacks on mobile devices. Based on the constructed models and their analysis, ways are proposed to prevent and neutralize intrusions into the operating system of smartphones and other mobile gadgets. Methods: applied analysis using elements of probability theory and mathematical modeling. Results: the features of the mechanisms for the formation of vulnerabilities in mobile devices are determined. Important aspects of determining the effectiveness of modern technologies for protection against cyber attacks on mobile devices are identified. A brief review of the main approaches to mathematical modeling of typical attacks on mobile networks is given. Requirements for the effective choice of protection methods depending on the type of attack class are formulated. Basic recommendations for ensuring the security of a mobile device are formulated. Methods are proposed to reduce the probability of hacking the system through the most common and typical attacks.