Exploring Security Weaknesses in VR Systems

Abstract

Virtual Reality (VR) systems represent a significant technological advancement with applications in gaming, healthcare, education, and professional training. Despite their transformative potential, VR systems are increasingly vulnerable to security threats due to their complex interactions between hardware, software, and user data. This paper explores the inherent security weaknesses in VR systems through a comprehensive analysis of both hardware and software vulnerabilities. The VR technology landscape is reviewed to understand the critical components and their functions, followed by a detailed examination of various security vulnerabilities, including operating system exploits, application security flaws, physical tampering, and sensor manipulation. The potential impact of these vulnerabilities is illustrated through attack scenarios, emphasizing the risks of unauthorized access, data breaches, and compromised user safety. The paper concludes with a summary of key findings and a table evaluating the threat levels of different vulnerabilities, providing a framework for prioritizing security measures and developing robust defenses against potential threats. Ensuring the security of VR systems is essential for safeguarding user data, maintaining functionality and fostering trust in this rapidly evolving technology.