The legal implications of spatial computing in the office

In this fascinating CLE, we examine the data privacy risks associated with spatial computing (like Apple Vision Pro), including the capture of user actions and the utilization of biometric markers and other sensitive personally identifiable information (PII).

DANNY THANKACHAN
COO, Intrepid Managed Discovery

Part of a Studio Briefing series on Technology and Legal Disputes, this episode explores the potential privacy, law enforcement and eDiscovery considerations related to advancements in virtual, extended and augmented reality technologies and how firm and corporate counsel may prepare to design internal policies or advise clients. Our dynamic faculty, drawing from a diverse pool of legal and industry experience in this technological and legal nexus, address the current state of the art and law while sharing practical tips and useful strategies for viewers to consider.  

WHAT YOU’LL LEARN
  • Understand the essence of spatial computing by examining successful use cases and the recent rapid advancements in VR/XR/AR technologies. 
  • Recognize the data privacy risks associated with spatial computing hardware and software, including the capture of user actions and the utilization of biometric markers and other sensitive personally identifiable information (PII). 
  • Grasp the importance of privacy policies from both hardware and software providers, including how data is collected, stored, utilized, and the implications of GDPR on these practices. 
  • Comprehend the nuances of eDiscovery in the context of spatial computing, including the identification, preservation, collection, review, analysis, and production stages, along with the unique challenges and strategies pertinent to this technology. 
  • Learn how to update information governance policies to mitigate risks while capitalizing on the efficiencies offered by spatial computing technologies, including dealing with shadow IT. 
  • Understand the legal implications of spatial computing for law enforcement, including criminal and civil risks, and the evolving standards of evidence. 
  • Prepare for broader eDiscovery collection scopes, define parameters for data export, processing, and transfer, and assess the unique metadata considerations in spatial computing contexts. 
  • Navigate the challenges of reviewing and analyzing spatial computing data within traditional eDiscovery platforms and explore effective alternative strategies. 
  • Equip yourself to make responsive data from spatial computing platforms accessible to opposition parties in a legally compliant manner.