Forensics Analysis of Oura Ring Gen 3 on Android, iOS and Cloud
Primary Investigator:
Umit Karabiyik
Xiao Hu, Akif Ozer, Miloš Stanković and Umit Karabiyik
Abstract
The popularity, variety, and accessibility of wearable devices have surged, with sales exceeding 490 million units in 2022 alone. This trend offers advantages to consumers but presents significant challenges for mobile forensic experts. These devices collect and manage extensive user data, from health metrics to personal details, creating a potential treasure trove for legal evidence. Consequently, forensic investigators must continually adapt and expand their expertise to navigate this evolving landscape. Among these technologies, smart rings, particularly the Oura Ring Gen 3, have attracted significant attention within the forensic community. This paper examines the Oura Ring Gen 3 application, or Oura, through a forensic lens, analyzing data across Android, iOS, and Cloud platforms. It details the specific data paths and locations, offering insights that could be crucial for digital forensic investigations and informing users about the nature of the information stored by these devices. Essential data points such as heart rate, activity types, user ID, and other personal details are highlighted for their potential value in various contexts.