Amirali R. Davoudpour
Iranian Canon of Medicine and Law, Administrative Wing of Law and Healing Association, Iranian Watchdog of Medicine and Law, Tehran-Iran
Email of the corresponding author: davoudpour@canmedlaw.org
Accepted and published September, 2024, DOI: https://doi.org/10.5281/zenodo.13626432
This article is published under CC BY creative common license that Allows others to distribute, remix, adapt, and build upon the work, even commercially, as long as they credit the original creator.
Abstract
The ubiquitous presence of smartphones and smart devices in modern life raises significant security concerns, particularly regarding privacy and civil rights. Recent incidents, such as the alleged use of intelligent techniques for terrorism in Tehran, have highlighted the risks associated with microprocessors, the core components in these devices. This article examines the security vulnerabilities inherent in microprocessors, focusing on the potential for privacy infringements and the impact of international regulations. It explores how hardware vulnerabilities, such as backdoors and hardware Trojans, pose serious threats to both individual privacy and global security. The discussion includes the geopolitical implications of microprocessor production, particularly the concentration of manufacturing in a few key regions, and the strategic importance of regulatory measures. Through a comprehensive analysis of design-level security, supply chain integrity, and policy frameworks, the article underscores the need for advanced detection methods and international collaboration to address these evolving threats.
Keywords: Microprocessors, Security Vulnerabilities, Privacy Infringements, Hardware Trojans, Espionage, International Regulations, Geopolitics, Supply Chain Security