Abstract:
Augmented reality (AR) applications that overlay the real world with digital information are nearing commercial viability. Smartphones and Microsoft HoloLens use AR. They enhance the 3D user experience.
A typical location-based multi-player AR application collects sensory data from the real world, identifies objects based on context, and renders information on the user’s senses. AR apps frequently exchange data with users, exposing new personal and public safety issues.
In this project, we develop ARSpy, a user location tracking system based solely on user network traffic, and test it on location-based multi-player AR applications. Real-world experiments on 12 volunteers show that the proposed scheme can accurately geolocate any target.
We propose three side channel attack mitigation methods. Our findings suggest a security risk in location-based multi-player AR applications and serve as a crucial security reminder to a large number of AR users.
Note: Please discuss with our team before submitting this abstract to the college. This Abstract or Synopsis varies based on student project requirements.
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