This article explains how Arkit, a Go‑based unified monitoring agent, collects and parses data from multiple sources, leverages Go plugins for flexible, high‑performance processing, provides custom plugin development guidelines, and discusses the performance benefits and limitations of the plugin system.
This article presents a comprehensive technical guide on building a mixed‑reality hotel‑booking experience for Apple Vision Pro, covering background challenges, Vision Pro hardware and visionOS capabilities, ARKit and RealityKit integration, 3D modeling workflows, optimization techniques, interactivity implementation, and cross‑platform promotion strategies.
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.
This article outlines the key technical points developers need to know when building apps for Apple’s Vision Pro and VisionOS, covering spatial computing concepts, UI adaptations, 3D rendering, ARKit integration, toolchains, and deployment considerations.
The talk outlines common AR use cases, explains browser‑based AR APIs and standards, and demonstrates how Baidu mini‑games integrate ARKit/ARCore and the DuMix SDK via WebXR to place a 3D car on detected planes with realistic lighting and shadows.
Meituan’s dining AR app uses ARKit’s orientation‑tracking configuration and gravity‑and‑heading world alignment to place virtual restaurant cards in the camera view, rendering them with SceneKit billboards, handling overlap via tap‑to‑disperse and K‑Means clustering, and eliminating flicker by disabling depth buffering.
At WWDC 2018 Qunar developers Jiang Zhuo and Zhang Zitian reported on Apple’s new software features—including iOS 12 performance improvements, ARKit 2.0 enhancements, Swift updates, Core ML advances, Siri Shortcuts, and watchOS 5—while discussing their relevance for mobile and AR app development.
The article summarizes WWDC 2018 highlights, covering Apple's focus on stability, performance, and security across iOS, macOS, Xcode, Swift, ARKit, and Machine Learning, while also noting new developer tools, privacy requirements, and recruitment opportunities at Liulishuo.
This article details the design and implementation of an ARKit‑based hotel‑finding application for iOS, covering coordinate system concepts, conversion pipelines, elevation handling, directional hints, radar visualization, navigation routing, map/AR switching, and real‑time navigation alerts, accompanied by sample Objective‑C code.
The article outlines emerging iOS development trends for 2018, including ARKit-powered augmented reality, CoreML machine‑learning integration, Swift 4 enhancements, Apple Pay adoption, and HomeKit home‑automation, while reflecting on 2017's device releases and iOS 11 updates.
The WhereAreYou hackathon project demonstrates an iOS AR app that visualizes nearby ride‑hailing cars by converting multiple CNN models to Core ML, using ARKit to map GPS bearings, then switching to vision‑based YOLO‑style detection and tracking for real‑time vehicle identification and distance labeling.
This article introduces Google’s ARCore platform, compares it with Apple’s ARKit, explains its relationship to Tango, details its core capabilities such as motion tracking, environmental understanding and light estimation, showcases several demo experiences, and outlines the key ARCore API components for developers.
Google’s ARCore SDK offers motion tracking, surface detection, and light estimation for Android, supports a limited set of phones but can be extended to unsupported devices via a reverse‑engineered class hack, and competes with Apple’s ARKit and Google’s earlier Project Tango by delivering comparable AR features without specialized hardware.
This article explains ARKit’s architecture, core tracking components, scene‑recognition features such as plane detection, hit‑testing and light estimation, and provides a step‑by‑step demo using Xcode templates to render a 3D airplane model on iOS devices.
This tutorial introduces Apple’s ARKit platform introduced at WWDC 2017, explains the required hardware and iOS version, walks through creating an Augmented Reality App project in Xcode 9, importing 3D models, configuring plane detection, and rendering a virtual cup on a detected horizontal surface using ARSCNView.
The article shares a developer’s experience at WWDC 2017, highlighting Xcode 9’s new Swift support, Wi‑Fi debugging, iOS 11 requirements, CoreML and ARKit introductions, and practical advice for presenting apps to Apple’s design team.
Three Liulishuo iOS engineers attended WWDC 2017 and report on Apple’s new iPad productivity features, App Store redesign, Swift updates, Xcode enhancements, and the introduction of CoreML, ARKit, and HomePod, offering developers valuable insights into the evolving iOS ecosystem.
