Spatial Computing & Digital Twins

TechyXR

Interactive 3D digital-twin prototypes, robotics simulation, and cross-platform WebXR technical training modules engineered for immersive spatial interfaces.

Spatial computing, interactive 3D modeling, and digital twin simulation prototype

Unit Mission & Overview

TechyXR explores the intersection of physical hardware and spatial computing. We develop interactive 3D digital-twin prototypes, robotics simulations, browser-based WebXR applications, and technical visualization testbeds.

01

Remote Visualization & Spatial Disconnect

Engineering teams and technical operators struggle to visualize complex spatial machinery, evaluate remote rover motion in hazardous settings, and train staff on high-stakes assembly procedures.

02

Our Spatial Engineering Approach

We leverage WebGL, Three.js, and WebXR standards to stream live IoT sensor telemetry directly into interactive 3D asset models, enabling browser-based digital twin inspection without specialized app installs.

Specialized Scope

Core Engineering Capabilities

01

Interactive 3D Web Asset Visualization

Hardware models rendered in lightweight GLTF/GLB formats with orbit, pan, explode, and slice inspections.

02

Digital Twin Telemetry Mapping

Binding live MQTT temperature, vibration, and orientation data to corresponding 3D model vertices in real time.

03

Robotics Kinematics & Rover Simulation

Simulating robotic arm joint rotations, rover path planning, and obstacle encounters in browser environments.

04

Cross-Platform WebXR Experiences

Deploying immersive VR/AR training scenarios accessible on headsets, mobile tablets, and desktop browsers.

05

Technical Equipment Assembly Guides

Interactive step-by-step 3D assembly and disassembly modules with callout annotations and component inspect.

06

Asset Optimization & CAD Conversion

Decimating heavy engineering CAD files into optimized, low-draw-call 3D assets ready for smooth 60fps web rendering.

Production Outcomes

Tangible Deliverables

Browser 3D Application or WebXR Module

Responsive web interface built with Three.js/React Three Fiber with camera controls and shader effects.

Telemetry Data Binding Connector

WebSocket and MQTT client libraries streaming real-time sensor updates to model transform coordinates.

Optimized 3D Asset Package (GLTF/GLB)

Compressed, texture-baked 3D geometry packages with LOD (level-of-detail) meshes for rapid loading.

Integration Specs & User Operations Guide

API bindings, embedding iframe guides, performance benchmarking sheets, and operational documentation.

Toolchain & Libraries

Technology Stack

Industry-tested languages, engines, and protocols tailored for TechyXR's domain focus.

Three.jsWebGLWebXRTypeScriptBlenderReact Three FiberGLTF / GLBWebSocket

Field Applications

Practical Real-World Use Cases

Real-time robotic arm joint telemetry digital twin
Interactive 3D product showcase for electro-mechanical equipment
Industrial plant spatial equipment layout and inspection
Classroom virtual hardware disassembly and training modules
TechyXR Consultation

Have a Project in Mind for TechyXR?

Connect with our lead architects to discuss requirements, feasibility, or hybrid squad assembly under mutual NDA protection.