Web & Software Development

Web Interfaces for Augmented Reality and WebXR Integrations

WebXR enables AR/VR experiences directly in a browser. In 2025, use cases from e-commerce to industrial fieldwork use web interfaces that place 3D objects over the camera feed, track movement…

AR / WebXR; 2025

WebXRenables AR/VR experiences directly in a browser. In 2025, use cases from e-commerce to industrial fieldwork use web interfaces that place 3D objects over the camera feed, track movement and provide real-time feedback.

B10 Digital Agency • 10 October 2025 • Reading time: ~7 min

WebXR Basics: Minimum Requirements for AR

  • Secure context: https:// is required; camera and IMU access require user permission.
  • Device support: Chrome/Android and recent Safari versions are compatible with limited AR APIs; the fallback plan is essential.
  • 3D assets: glTF/GLB with PBR materials, and USDZ for iOS Quick Look are preferred.


“An AR experience is more than a web page: its interface overlays the camera view.”

Quick Start: WebXR AR Session

// 1) Check XR support
if (navigator.xr) {
 const supported = await navigator.xr.isSessionSupported('immersive-ar');
 if (supported) startAR();
}

async function startAR(){
 const session = await navigator.xr.requestSession('immersive-ar', {
 requiredFeatures: ['hit-test', 'dom-overlay'],
 domOverlay: { root: document.body }
 });
 // Connect WebGL/WebGPU and start the render loop
}
Tip: hit-test detects surfaces to place the model on the ground; dom-overlay keeps HTML buttons above the AR scene.

UI Architecture: 2D + 3D Layers

LayerTaskTechnology
3D sceneModel, lighting, shadows, trackingThree.js / Babylon.js / WebGPU
2D UICTA, product variant, helpDOM Overlay / HTML + CSS
Perception LayerHit-test, anchor, poseWebXR Device API

Performance: Approaching 60 FPS on Mobile

  • Mesh optimisation: Reduce triangle count; use LOD and instancing.
  • Materials: For PBR textures, use basisu / ktx2 compression; avoid resolutions above 2K.
  • Rendering technique: In WebGL, use single pass; when WebGPU is enabled, consider bindless strategies.
  • Pipeline: Compress the model with draco and load it progressively as a stream.

E-Commerce Scenario: See Product in Room

// Load the GLB and place it on a surface (Three.js pseudo) const loader = new GLTFLoader(); const model = await loader.loadAsync('/assets/chair.glb'); const anchor = xrFrame.createAnchor(hitPose, referenceSpace); anchor.context.attach(model.scene); // Attach it to the scene
Conversion tip: Keep “Add to basket” fixed in the AR session using DOM Overlay; keep variant and colour selection within the AR experience.

Fallback strategies

  • Model-Viewer: If WebXR is unavailable, use <model-viewer> for 3D viewing and launching AR.
  • USDZ/Quick Look: For native AR on iOS, use a rel="ar" link.
  • 360° rotation: Use sprite or turntable views on basic devices.
<a href="/assets/chair.usdz" rel="ar">Open AR on iOS</a> <model-viewer src="/assets/chair.glb" ar ar-modes="webxr scene-viewer quick-look" camera-controls></model-viewer>

Usability & Accessibility (A11y)

  • Permission flow: Explain camera access in a simple modal dialog.
  • Quiet environments: Guide users with haptics or icons; offer a session output such as a saved screenshot.
  • Keyboard use: Give DOM Overlay buttons a visible keyboardfocus ring.

Security and KVKK

  • Local processing: Keep surface and depth data on the device; do not send them to the server.
  • Permission logs: Record each user-granted permission, such as camera or location access, as an event.
  • CSP: Define a strict Content-Security-Policy for camera and WebXR scripts.

Analytics: ROI of AR Sessions

  • Time per session (time spent in AR)
  • Number of placements (how often the model was positioned)
  • CTA conversion (AR → basket / lead)
// Simple event example
window.dataLayer.push({ event: 'ar_place', sku: 'CHAIR-01' });


“AR does more than show: it helps persuade. Measure, optimise and iterate.”

B10 Approach: WebXR Product Package

  • With Three.js and WebXR Device API: hit-test, anchors and light estimation
  • GLB/USDZ dual-output pipeline (Draco + KTX2)
  • AR flows with Model-Viewer fallback, ready for A/B testing
  • Low latency through edge delivery and CDN; model versioning with ISR

Move your products into the customer's world.
The B10 Digital Agency offers WebXR-based AR experiences along with performance, safety and measurement.

Start AR Project Tags: WebXR • AR • Three.js • Babylon.js • glTF • USDZ • model-viewer • e-commerce AR • KVKK • B10 Digital Agency

Sources and related documents

These documents provide references for the methods and rules discussed in this article.

B10 Digital Agency

Web Interfaces for Augmented Reality and WebXR Integrations