Overview
A fundamentally new approach to media
Apple Immersive Video (AIV) represents a fundamental advancement in media production and delivery engineering. Leveraging new techniques for capturing the world in front of you at near human acuity and temporal resolution, AIV delivers unprecedented fidelity and dimensional accuracy. Captured at 90 frames per second and greater than 50MP per eye, AIV maintains world-scale accuracy through metadata-driven precision on Apple Vision Pro.
AIV unified workflow
All-in-One Camera
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Single File
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Traditional Edit
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Encode
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Delivery
AIV is a compound-format that brings together advanced image capture, lens calibration management, graphics assist, dynamic audio elements, motion metadata, and dynamic pixel re-projection into a single file. This technical complexity is managed for the user by AIV enabled tools. Making the AIV workflow experience feel the same as working with traditional 2D content.
Fidelity of presence through acuity
Apple Immersive Video targets 60 pixels per degree to achieve visual acuity equated to 20/20 vision — the threshold where distance perception becomes reliable. Apple Immersive cameras capture at minimum 40 pixels per degree, ensuring source material maintains sufficient detail for delivery to Apple Vision Pro. To maintain that 40ppd minimum, static foveation techniques preserve maximum perceptual acuity even when encoding and packaging AIV content for streaming delivery.
Peripheral field of view
Apple Immersive Video can deliver up to a target of 230 degrees field of view. With a FoV capability beyond 180, AIV is optimized for natural viewing comfort and efficient pixel utilization. By concentrating pixels within natural human viewing ranges rather than full 360-degree distribution, Apple Immersive Video maximizes acuity, viewer comfort, while preserving the ability for content creators to focus a viewer’s attention on the story in front of them.
Dynamic bespoke projection
Apple Immersive Video employs dynamic bespoke projection, eliminating potential quality loss and aliasing introduced with legacy lat-long or equirectangular image processing. Each shot carries the unique optical system metadata of the real or virtual lens that rendered it. This new calibration and rendering technique eliminates the typical pre-processing and duplicate file generation required to support legacy omni-directional video formats like VR180.
World scale
Vision Pro reprojects every pixel as originally captured, ensuring content remains free from warping and stitching artifacts. Highly calibrated lens data stored in lightweight .ILPD files contains the complete "optical fingerprint" necessary for accurate reprojection, eliminating manual lens solving and enabling seamless visual effects integration.
A new creative canvas
Beautifully place audiences inside a moment
Apple Immersive Video transforms how stories are told and experienced. AIV captures content the same way your eyes do. It preserves authentic scale, spatial depth, and lifelike dimensionality. Creators can now place audiences directly inside the moment with unprecedented fidelity — from the finest environmental details to the full scope of human peripheral vision, enabling a user experience that isn’t possible with any other medium.
Presence
Apple Immersive Video places your audience exactly where they need to be inside a moment as it unfolds. Through high-resolution, high-frame-rate capture that honors world scale and spatial relationships, viewers experience authentic dimensionality that matches how they naturally perceive the world. Presence gives audiences the ability to sense the environment and feel the atmosphere, whether on the sidelines of a sports game or in a training simulation.
Authenticity
Metadata-driven precision in video and audio enables real-world fidelity, capturing subtleties like environmental details or body language of subjects like never before. Combined with storytelling, audiences build trust with the content because of its lifelike detail. Whether capturing unguarded conversations in scripted environments or demonstrating a complex maintenance procedure at 1:1 scale, authenticity brings new value to your experience that isn’t possible with 2D media.
Proximity
While flat-screen mediums enable creators to enlarge subjects, Apple Immersive Video brings the audience physically closer to a subject. This changes the relationship between the audience and the content, creating intimate encounters that result in stories becoming felt experiences. Create moments where audiences can sit mere feet from wildlife in a documentary, or leverage the emotional power of subtle facial expressions in guided training environments. For the first time, it’s possible to create a story that crafts a memory that stays with viewers long after the experience is over.
Connection
Beyond transporting audiences to new places, Apple Immersive Video creates genuine connection between viewers and your content. Through spatial audio that responds naturally to head movement and coherent world scale that honors human perception, audiences feel they’re sharing space rather than observing from outside. Whether in scripted moments where audiences become confidants rather than observers, or in content that better represents customer service interactions.
Apple Spatial Audio Format
Audio that moves, responds, and belongs in the world you create
Apple Spatial Audio Format (ASAF) represents a foundational advancement in immersive audio engineering, designed to work in concert with Apple Immersive Video and purpose-built for the spatial and perceptual demands of Apple Vision Pro.
By unifying object-based, channel-based, and Higher Order Ambisonics (HOA) audio within a single container, ASAF delivers a level of acoustic precision and adaptability not found in any existing spatial audio format, giving teams precise control over how sound behaves in three-dimensional space. Head-tracked binaural rendering responds dynamically to viewer movement, ensuring audio remains spatially coherent with the visual environment at all times.
Headphone-native rendering
Binaural rendering is treated as a first-class concern from the ground up, with a level of detail and accuracy purpose-built to achieve convincing externalization — the perception that sound exists outside the headphones and inhabits the space around the listener. The result is the natural, immersive presence audiences experience when watching Apple Immersive Video content on Vision Pro.
Hybrid audio architecture
ASAF combines HOA scene-based beds with discrete audio objects to achieve full spatial coverage at every scale. HOA captures the complete ambient sound field of a recorded environment, while audio objects give sound designers precise, independent control over the placement and movement of individual elements. Together, these representations deliver the spatial resolution required to match human auditory acuity.
Naturalness and perceptual accuracy
Immersion is most compelling when the spatial audio experience matches the listener’s subconscious expectation of how sound should behave. This is achieved when key acoustic cues — such as early reflections, distance, source radiation pattern, and orientation — are accurate and nonconflicting.
Rather than baking acoustic effects into content at creation time, ASAF’s spatial renderer computes critical acoustic cues dynamically at playback, adapting continuously to changes in both listener and object position and orientation. The result is a spatially accurate experience that holds up regardless of how the listener moves through the scene.
Consistent artistic integrity across platforms
Because ASAF’s spatial renderer is consistent across Apple platforms, the rendering environment used during content creation on macOS is the same renderer that delivers the experience on Vision Pro. Mixers can trust that their creative decisions will be preserved exactly as intended at playback, without translation loss between production and delivery. Creators can go further by releasing their audio experience to additional Apple platforms with the same confidence.
Apple Positional Audio Codec (APAC)
ASAF’s spatial capabilities demand a transport solution capable of handling the format’s high channel counts at practical bitrates. To meet this challenge, APAC (Apple Positional Audio Codec) was developed as a new spatial codec purpose-built to deliver high-resolution ASAF content efficiently. APAC keeps bitrates low without sacrificing the spatial accuracy and detail the format is designed to preserve, giving creators a straightforward path to delivering the highest-quality immersive audio to Vision Pro.
Immersive presence
When executed correctly, ASAF’s combination of spatial accuracy, dynamic adaptation, and perceptual fidelity produces an experience in which the listener is fully immersed in the scene and transported beyond the device and their immediate surroundings. This is the standard ASAF is built to meet, and the reason no existing format was sufficient for the demands of Apple Vision Pro.
The Apple Immersive Video ecosystem is a complete end-to-end solution, purpose-built for every stage of immersive production — from capture through post-production to delivery on visionOS. Apple Immersive certified hardware and software are designed to work together natively, automating quality preservation across the pipeline and reducing the technical overhead that has historically made immersive production complex.
Capture
Certified cameras deliver the high-resolution, high-frame-rate stereoscopic capture that Apple Immersive Video demands. Each camera system is validated to meet AIV’s exacting optical requirements, with lens calibration and metadata embedded at the point of capture to ensure optical integrity is preserved from the first frame.
Higher Order Ambisonic microphones make it possible to record the sonic environment from the camera’s perspective, capturing space and direction matched to the lens. This provides the spatial bed on top of which additional elements are layered in post. Spatial audio capture is designed to augment rather than replace traditional mono and stereo production sound, giving the post-production team the full range of material needed to build a convincing immersive soundscape.
Post-production
Historically, immersive media post has required significant technical overhead, with complex 3D synchronization, manual lens solving, and inefficient projection management consuming time that should be spent on creative work. AIV-enabled workflows move that technical complexity under the hood. Camera-specific metadata stays attached to each shot throughout the pipeline, eliminating the need for transcodes and manual projection management. Lens calibration, 3D sync, and world scale are handled automatically through every stage of editorial and finishing. Teams are free to focus on the creative considerations that actually shape the viewer’s experience.
Spatial audio post workflows follow the same philosophy, where certified Apple Spatial Audio Format tools give sound designers, mixers, and finishing teams a purpose-built path through every stage of audio post. Spatial positioning, object-based mixing, and final APAC encoded delivery are handled within a connected workflow designed specifically for Apple Vision Pro.
Delivery
Apple Immersive-enabled delivery tools validate immersive metadata and Apple Spatial Audio Format (ASAF) components, generate .aivu files for local playback or quality control, and prepare compliant high-quality encodes for distribution using Apple Immersive–enabled delivery specifications.
Use Apple Developer frameworks like HLS Tools and AVKit for standards-based packaging and integration in streaming and app-based playback. Encode and transcode immersive content using tools like SpatialGen, Ateme, and Colorfront. Whether delivering for streaming distribution or embedding playback in a visionOS app, these tools ensure consistency, reliability, and high-quality immersive presentation.
