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This article recounts the development of JD.Vision as a native Apple Vision Pro application, detailing how spatial computing reshapes e‑commerce experiences, the challenges of home‑scene product visualization, user‑type strategies, and the product‑manager growth lessons drawn from the project.
This article details JD.Vision's development on Apple Vision Pro, covering the device's unique spatial computing capabilities, the implementation of 3D product displays, custom hand‑gesture recognition using AI, shader customization, performance optimizations, and future directions for immersive e‑commerce experiences.
The article details JD.Vision's development for Apple Vision Pro, explaining how spatial computing enables immersive 1:1 product placement, describing low‑latency VST, eye‑tracking hand‑eye control, custom gesture recognition using AI models, shader customization, and performance optimizations for a seamless AR shopping experience.
This article details JD.Vision's development for Apple Vision Pro, covering the device's spatial‑computing capabilities, 3D product visualization, custom hand‑gesture recognition using AI models, shader customization, and performance optimizations for immersive AR shopping experiences.
Kuaishou VP App, the first short video platform on Apple Vision Pro, offers immersive features like spatial gestures and 3D likes, leveraging visionOS for enhanced user interaction.
Apple’s Vision Pro, a head‑mounted display launched in early 2024, combines a curved 3‑D glass front, dual‑eye micro‑OLED screens, M2 and R1 chips, extensive cameras and sensors, and a breathable headband to deliver low‑latency mixed reality via VisionOS’s windows, volumes and spaces, while emphasizing familiar UI, ergonomics, privacy through on‑device Optic ID, and enabling novel experiences such as immersive music‑app environments.
Apple Vision Pro supports MV‑HEVC, a multi‑view extension of HEVC that reduces inter‑view redundancy, enabling efficient 3D video encoding; Tencent’s V265 encoder implements it, achieving over 50 % bitrate savings for the secondary view and roughly 20 % overall bandwidth reduction while preserving visual quality.
This article explains the fundamentals of 3D video imaging, compares traditional 3D encoding methods with the MV-HEVC standard, and details how Tencent's V265 encoder implements MV-HEVC to achieve significant bitrate savings for Apple Vision Pro and other multiview applications.