A code sample for visualizing Azure Digital Twins graphs as a web application to create, edit, view, and diagnose digital twins, models, and relationships.

🤖 Simulate and control two Universal Robots arms simultaneously using NVIDIA Isaac Sim. Explore real-time control, collision avoidance, and path planning in a digital twin environment.

Exploring the digital twin synthetic data generation and AI-oriented advancements on real-world shipping operations w/ NVIDIA Omniverse.

Let’s explore something interesting together. In this project, we developed a machine learning digital twin using Intel-optimized XGBoost and daal4py to simulate and optimize the Rate of Penetration (ROP) in geothermal drilling. We leveraged SHAP for Explainable AI (XAI) to interpret model predictions.

This project explores the potential implementation of physicomimetic emergent algorithms in a Crazyflie swarm. Additionally, it explores the aspects of development involved in utilising the Crazyflie drones for said swarm, including developing appropriate modifications to the Crazyflie API, firmware and GUI for the Crazyflie client. This project also makes use of an emergent swarm simulation developed in the Unity Engine to serve as a digital twin to its physical Crazyflie counterpart. These simulated drones are regulated by a PID controller that has been iteratively fine-tuned to maintain their flight as well as the structure of the swarm. Different topologies that vary in their decision-making process are developed to discover an optimal solution for implementing emergent behaviour in a Crazyflie swarm. This project finds that, contrary to previous assumptions, topologies that implement the least interaction complexity perform better than topologies that consider more information and implement more complex decision-making methods. These conclusions are visualised and represented with empirical data showing different types of interactions within the swarm.

Azure Digital Twin Demo with Azure Data explorer

Exploring the use of dynamic knowledge graphs that integrate diverse data, model complex relationships, represent context through digital twins, and drive explainable actions and recommendations.

A digital twin haptic drone controller using the Ultraleap Stratos Explore for mid-air haptic feedback and gesture control.

An Unreal Engine 5 digital twin exploring tactile intelligence and human–machine coupling. Physical touch sensors stream intent into a simulated environment, where interaction is governed by real-time constraints, enabling experimentation with haptics, soft-body electronics, and responsive medical-grade simulation logic.

Early-stage factory planning digital twin using Siemens Plant Simulation V2404 to explore static vs. dynamic production capacity in a Santa Factory scenario

HackUPC 2025 – CUPRA Challenge. A digital twin of the CUPRA Tavascan 2024 that guides users through an interactive experience to help them explore and understand the car's user manual.

A synthetic digital twin of a retail supply chain network, simulating the optimization model annual refresh process used by large retailers (Home Depot, Walmart, Lowe’s, Amazon) to guide long-range supply chain investments and explore cost, service and scenario tradeoffs. [Website is frontend only, DB is stored locally in SQLite]

Explore the world of Digital Twins. Contains resources and assets to create Digital Twins for various situations and environments.

Mesh: Revolutionizing real estate with Web3 technology. Explore, manage, and transact with digital twins and blockchain for transparent, efficient interactions.

Command-line interface for the OriginalVoices API — ask questions to Digital Twins, manage audiences, and explore projects from your terminal

🚀 Explore Twin.fun to enhance your digital experience with engaging features and seamless integration for all users.

This presentation explores the Virtual Intelligent Machines Project 2025, detailing the design, implementation, and evaluation of a virtual sorting system integrating PLC logic, machine vision, and digital twins.

Exploring Mixed Reality (MR) and Digital Twin (DT) technologies, this project enables remote operations in challenging environments like offshore wind farms. Integrating a robot, HoloLens device, and digital twin models, it offers a proof-of-concept system for visualizing and controlling robotic platforms.

Repostiory for robotic arm development using Dynamixel servos and ros2. Using the Koch v1.1 follower we explore in detail Digital Twin creation, Dynamixel integration and study servo current demand, voltage, and temperature for multi-pose scenarios.

No description available

A Azure Digital Twin Explorer

Simple Pipeline to link ADT -> Storage -> ADX

Setting up azure-digital-twin-explorer locally

Exploring Digital Twin in Smart cities

Aria Digital Twin Dataset Exploring sandbox

Climate Impact Explorer - A Digital Twin Earth Precursor Project

Play. Connect. Explore ( Creating Digital Twin Realities ).

This project explores the implementation of Digital Twins across various business models.

Create immersive, interactive digital twins. Explorable, narrated, and code free. Designed for scale.

Disease Progression Explorer - Interactive digital twin visualization with Highcharts + MUI + Next.js