Securing the Systems Integrated from Cyber Threats

Abstract

With the continued spread of integrated systems such as medical systems, Internet of Things systems and car control systems, securing these systems has become of electronic threats of utmost importance. the paper aims to provide recommendations for developers, researchers, and practitioners in the field of embedded systems security to address the increasing challenges of cyber security. Embedded systems are vulnerable to threats and hacks that could compromise their security. Overloading a power product can lead to power consumption by overusing peripherals or sensors. Embedded systems are also vulnerable to direct attacks: if a hacker gains access to the hardware, they can perform intrusion attacks on the system bus, tamper with the integrity of the system, and potentially cause peripheral damage.

In this paper, we discuss the unique characteristics of embedded systems addresses their vulnerability to attacks, exploring challenges and techniques in protecting embedded systems from cyber threats. In addition to providing an overview of common types of attacks targeting these systems, we also delve into the best practices and various security measures that can be used to mitigate the risks associated with embedded systems. These include access control methods, intrusion detection, security methods, encryption, and secure software development. In addition, we highlight the importance of continuous monitoring and updating of embedded systems to ensure their security and ability to withstand advanced cyber threats for long periods. Finally, The study focuses on reducing the uses of traditional software to include a variety of methods and techniques to identify and evaluate to produce radical ways to deal with security problems. The attack framework and types of partial analysis are reached as a business model and implemented to further implement and analyze various security methods as a means to address security problems.