A-Frame

Model the industrial facility in GLTF format.

Import model into A-Frame scene.

Add interactive hotspots for safety hazards.

Implement scoring logic via JS components.

Deploy to employee VR headsets via internal URL.

Render high-poly 3D products as GLB files.

Integrate A-Frame viewer into existing product pages.

Add an 'AR View' button using the WebXR AR mode.

Allow users to rotate and swap product colors in 3D space.

Track engagement metrics via browser analytics.

Capture 360-degree photography of the property.

Use <a-sky> and <a-curvedimage> for panoramic navigation.

Link multiple scenes together using A-Frame's link component.

Add spatial audio narrations to different rooms.

Distribute via a simple web link to prospective buyers.

Setup a Networked-Aframe (NAF) server using Node.js.

Create a shared classroom environment.

Enable voice chat and avatar synchronization.

Add 3D educational models for group interaction.

Sync whiteboards or presentation slides in the 3D space.

Design a gamified 3D experience related to the brand.

Incorporate physics-based interactions (throwing, catching).

Add social sharing hooks within the A-Frame layer.

Optimize for mobile-first accessibility to reach wide audiences.

Embed experience into social media web-viewers.

Process raw data into JSON format.

Use JS to iterate over data and create A-Frame entities dynamically.

Map data dimensions to spatial properties (x, y, z, color, size).

Add teleportation controls to 'walk through' the data.

Implement tooltip-style labels using 3D text components.

Export architectural models from CAD/Revit.

Optimize meshes for web rendering.

Apply realistic textures and bake lighting.

Set up user-height 'rig' for realistic walking perspective.

Present to stakeholders using a standalone VR headset browser.