Securing Against Physical Intrusions

Abstract

Offline device hacking refers to the exploitation of vulnerabilities in electronic devices without requiring an active internet connection. This paper explores various techniques used by hackers to compromise offline devices, including physical tampering, firmware manipulation, and side-channel attacks. Additionally, the risks associated with offline device hacking are discussed, such as unauthorized access to sensitive data, device control, and potential damage to infrastructure. Furthermore, mitigation strategies to defend against offline device hacking are examined, including robust physical security measures, firmware authentication mechanisms, and the implementation of secure boot processes. Understanding the methods employed by attackers and adopting effective countermeasures are crucial for safeguarding offline devices and maintaining the integrity of critical systems in today's interconnected world.