Needle Engine is a web-based runtime for 3D apps. It runs on your machine for development, and can be deployed anywhere. It is flexible, extensible and includes networking and XR - across platforms. Documentation at https://docs.needle.tools

ARKit Demo Application

A small javascript library for WebAR with NFT

A platform for AR in VR

Immersal SDK Unity Samples

This repository enables single and multi-marker detection and tracking using OpenCV with the Passthrough Camera API for Meta Quest 3/3S. It provides sample scenes that support both ArUco(Single/Multi) and ChArUco(Single) markers for augmented reality applications on Quest devices.

Draw a tube or thick line in SceneKit

COVID-19 Data Visualization for HoloLens2 / HoloLens / Windows Mixed Reality with MRTK

An Augmented Reality app made in Flutter.

An AR shooter game for Android

TeachAR: Mobile Based Augmented Reality Application to Improve Learning for Students

iOS 13 + ARKit 3 + Body Tracking = An invisible AR guitar that plays different sounds when strummed based on the position of the left hand along the invisible guitar's neck.

WANNA SDK empowers iOS applications with the Augmented Reality (AR) Try-On capabilities for shoes and watches. Once integrated, the AR Try-On feature allows app users to try sneakers or watches in real-time with their smartphones by pointing a mobile camera at their feet or wrist.

MyAR is an augmented reality Air Native Extension supporting Android and iOS based on Wikitude SDK

This repository contains implementation of various basic virtual reality mechanisms which one can use in their project.

Basic ARKit Demo using SpriteKit (+ SKActions)

This repository contains various sample Unity projects designed for the HoloLens 2 spatial computing device.

augmented reality boilerplate app for iOS (powered by OpenCV and DLIB)

Augmented reality mobile game where players battle each other in real-time using spells and shields. Made with Unity, ARCore, and AWS GameSparks.

This is my Master thesis which evaluates 6D pose estimating deep learning methods for usage in an AR use case. It includes 2 new proxies for Gabriel in order to make the Deep Learning methods usable in AR-enabled devices.