/ Case study

Meta VR Privacy

Privacy features for the Meta Quest Pro and Meta Quest 3

At Meta Reality Labs, I led product design work across our Privacy, Security, Safety, Accessibility, and Equity teams.

A person wearing a Meta Quest Pro headset, looking up against a pink and blue background

/ Background

As part of our privacy work, I helped develop privacy controls for VR devices that have both internal- and external-facing cameras, face tracking, and other telemetry data.

My primary role was to design user-facing privacy controls for the Meta Quest Pro and Meta Quest 3 that taught users about the internal- and external-facing cameras, sensor, and other telemetry data and allowed them to choose their privacy settings.

Role

Product Design Manager, Meta Reality Labs Trust

Timeline

2022 - 2023

Scope

Meta Quest Pro and Meta Quest 3

/ Product goals

—

Educate users about the new kinds of cameras and sensors

Ensure that users had enough information about the new kinds of sensors on their devices to make informed decisions about their settings.

—

Remind users in context when novel sensors may be used

Give contextual privacy reminders when novel sensors will impact the user experience.

—

Enable users to maintain control over their data and privacy

Ensure the privacy settings we offer match user’s expectations and needs.

Video

Social presence in VR with face tracking

01

Privacy in onboarding

In onboarding, users are taught about VR privacy concepts and are given privacy profile options to alleviate complexity. User can then customize their profiles for even more control.

Meta account onboarding screens: 'Be who you want' and 'The choice is yours', with an avatar card prompting the user to set up their Meta account and Horizon profile

02

Privacy in social VR

Horizon Worlds, Meta’s social VR service, lets users interact with each other in a VR environment. This poses some privacy challenges that are similar to existing social media apps, but also creates new challenges.

Product Responsibility Considerations

Discoverability

Users need to understand how they might be discovered in search and in social VR so they can choose the right settings for their needs.

Data display

Users need to understand what information about them will be visible to other users. These include things like name, location, linked social media accounts, and age.

Face tracking display

Because the Meta Quest Pro can track facial movements and translate them into what their VR avatar displays, users need to be aware of how others can see their facial expressions.

Cross-app data sharing

Users worry about other Meta services, like Facebook and Instagram, using their VR data for ad tracking or other cross-app data sharing.

/ Outcome

Meta Privacy Center

We integrated VR privacy into the new Meta Privacy Center to ensure users understand privacy concepts in VR, how to control their information, and how to turn on or off cross-app data sharing.

Meta Privacy Center screen showing VR privacy settings and controls
Meta Quest privacy panel listing app privacy settings

Image: App Privacy Settings in Meta Quest VR

Developer settings panel in Meta Quest VR

Image: Developer Settings in Meta Quest VR

Other work

Cash App Trust & Safety

Privacy, Safety, Security, Equity

Meta Smart Glasses: Multimodal AI for Blind and Low Vision Users

Accessibility, Equity

A Copilot Health card reading “Syncing your data” with a progress bar and tags for 11 health records, 3 medicines, and 2 wearables, layered over a faded collage of one person’s health information: prescriptions, a pharmacy notice that a prescription is pending, lab reports, an outpatient referral for physical therapy, bloodwork and dental X-ray PDFs, wearable cards for sleep, steps, and heart rate, an Oura alert, and handwritten notes such as “X-ray @2pm tomorrow.”

Microsoft Copilot Health

AI Safety, Privacy, Health

Meta Responsible AI

AI Safety

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