We also integrated the Google Home Mini as another method of controlling the studied Smart Home devices. What if your devices can snitch on you and let us know where you are at any given point in time? In this work we examined the forensic artifacts produced by Nest devices, and in specific, we examined the logical backup structure of an iPhone used to control a Nest thermostat, Nest Indoor Camera and a Nest Outdoor Camera. The adoption of smart home Internet of Things (IoT) devices continues to grow. We discuss our findings, and our replicable approach that may be used in future memory forensics research. Our work resulted in the first open source VR memory forensics plugin for the Volatility Framework. In specific, we demonstrate that the VE, location, state and class of VR devices can be extracted from memory. Our approach is capable of reconstituting artifacts from memory that are relevant to the VE, and is also capable of reconstructing a visualization of the room setup a VR player was immersed into. Our work provides the primary account for the memory forensics of Immersive VR systems, and in specific the HTC Vive.

Following the trend of anti-forensics, evidence of an attack may only be found in memory, along with many other volatile data points.

Malware affecting the Virtual Environment (VE) may prevent an investigator from ascertaining virtual information from a physical scene, or from traditional “dead” analysis. With the technology's increased use cases, comes its misuse. Virtual Reality (VR) has become a reality.

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