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Security Analysis of Immersive Virtual Reality and Its Implications
 Vondráček, Martin ; Ryšavý, Ondřej (oponent) ; Pluskal, Jan (vedoucí práce)
Immersive virtual reality is currently used not only for entertainment but also for work and social interaction where user's privacy and confidentiality of the information has a high priority. Unfortunately, security measures applied by software vendors are often not sufficient. This thesis delivers an extensive security analysis of a popular VR application Bigscreen which has more than 500,000 users. Techniques of network traffic analysis, penetration testing, reverse engineering, and even application crippling were utilised. Research led to a discovery of critical vulnerabilities directly exposing the privacy of the users and allowing the attacker to take full control of a victim's computer. Found security flaws allowed distribution of malware and creation of a botnet using a computer worm spreading in virtual environments. A novel VR cyber attack Man-in-the-Room was implemented. Furthermore, a security vulnerability in the Unity engine was discovered. Carried out responsible disclosure has helped to mitigate the risks for more than half a million Bigscreen users and all affected Unity applications worldwide.
Úplný záznam
Security Analysis of Immersive Virtual Reality and Its Implications
 Vondráček, Martin ; Ryšavý, Ondřej (oponent) ; Pluskal, Jan (vedoucí práce)
Immersive virtual reality is currently used not only for entertainment but also for work and social interaction where user's privacy and confidentiality of the information has a high priority. Unfortunately, security measures applied by software vendors are often not sufficient. This thesis delivers an extensive security analysis of a popular VR application Bigscreen which has more than 500,000 users. Techniques of network traffic analysis, penetration testing, reverse engineering, and even application crippling were utilised. Research led to a discovery of critical vulnerabilities directly exposing the privacy of the users and allowing the attacker to take full control of a victim's computer. Found security flaws allowed distribution of malware and creation of a botnet using a computer worm spreading in virtual environments. A novel VR cyber attack Man-in-the-Room was implemented. Furthermore, a security vulnerability in the Unity engine was discovered. Carried out responsible disclosure has helped to mitigate the risks for more than half a million Bigscreen users and all affected Unity applications worldwide.
Úplný záznam

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