Apple · Filed Mar 20, 2026 · Published Jul 30, 2026 · verified — real USPTO data

Apple Patent Reveals Dynamic 3D Avatars That Track Movement in Video Calls

Imagine leaning forward in a video call and having the other person's avatar actually look like you got closer. Apple is patenting exactly that kind of spatial awareness for 3D communication.

Apple Patent: 3D Avatars That React to Your Viewpoint in Video Calls — figure from US 2026/0220865 A1
Figure from the official USPTO publication.
See all 35 drawings from this filing ↓
Publication number US 2026/0220865 A1
Applicant Apple Inc.
Filing date Mar 20, 2026
Publication date Jul 30, 2026
Inventors Shih-Sang CHIU, Christopher D. MCKENZIE, Julien ROBERT
CPC classification 345/473
Grant likelihood Medium
Examiner CENTRAL, DOCKET (Art Unit OPAP)
Status Docketed New Case - Ready for Examination (Apr 22, 2026)
Parent application is a Continuation of 18242363 (filed 2023-09-05)
Document 22 claims

What Apple's moving-avatar video call system actually does

Picture a video call where, instead of a flat rectangle of your face, you're represented by a three-dimensional avatar. Now imagine that when you physically shift your position, or move your viewpoint inside a virtual environment, the avatar shown to other participants updates to reflect that new angle. That's the core idea in this Apple patent.

Right now, most video calls are flat: your camera captures one fixed angle and that's what everyone sees. In an augmented or virtual reality setting, though, you might be looking at the call from different positions as you move your head or body. This patent describes a system where your avatar's apparent angle updates automatically to match your current viewpoint relative to the shared virtual space.

In practice, if you're sitting in a virtual room and you turn to look at the call window from the left, other participants would see your avatar from a slightly different angle too. It's a small detail, but it makes virtual meetings feel considerably more like being in the same room.

How Apple's virtual camera tracks your viewpoint shift

The patent describes a system where a participant in a real-time communication session is represented by a three-dimensional avatar rendered from the perspective of a virtual camera. That virtual camera has a position inside a shared 3D environment.

When the participant's viewpoint changes relative to the communication session's representation in that environment, the system detects the shift and moves the virtual camera to a new position. The avatar is then re-rendered from that updated camera position and broadcast to other participants.

  • First position: Where the virtual camera starts, based on the participant's initial viewpoint.
  • Detected change: The system monitors shifts in the participant's viewpoint relative to the virtual session window or space.
  • Second position: The new virtual camera location, derived from the viewpoint change, used to produce the updated avatar view.

The abstract also hints at related capabilities: modifying an avatar based on participant activity (for example, showing attention or disengagement), displaying a self-view so you can see your own avatar, and handling participant representations more generally. The core independent claim focuses specifically on the viewpoint-tracking and camera-repositioning logic.

What this means for spatial computing and FaceTime

This patent is clearly aimed at Apple's spatial computing platform and the Vision Pro headset, where users already inhabit a 3D environment and interact with floating windows. Video calls in that context have a spatial quality that flat-camera systems can't capture, and this approach would make the person you're talking to feel more physically present by reflecting their actual perspective.

For you as a user, the payoff is subtler than it sounds: an avatar that never updates its angle feels like a cardboard cutout, while one that shifts naturally as the person moves feels like a real presence. Over long calls or immersive work sessions, that difference adds up to a more believable sense of shared space.

Editorial take

This is a focused, well-scoped patent that solves a real problem with avatar-based calls in spatial environments: the disconnect between where you're looking and what others see. It's not flashy infrastructure work; it's the kind of perceptual detail that Apple tends to obsess over when building new interaction paradigms. Worth watching as Vision Pro's communication features mature.

The drawings

35 drawing sheets from US 2026/0220865 A1 · click any drawing to enlarge

Patent filing page

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Source. Full patent text and figures from the official USPTO publication PDF.

Editorial commentary on a publicly published patent application. Not legal advice.