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Interactive 3D

Interactive 3D

Let people see the product in their own space

I design a web-based augmented reality path for compatibility, permission, placement, scale, and a useful fallback.

Plan the WebAR path

Staged example; no client data is shown.

A practical example

See a representative webar experiences context without client data or implied results.

Demo
Staged WebAR placement interface showing a product at scale in a room

What it is

Web-based augmented reality (WebAR) opens in a compatible browser and places a digital product in the viewer’s surroundings.

The problem

Buyers may understand a product image yet remain unsure about its scale, placement, or fit in a real environment.

Best fit

  • furniture and spatial products
  • campaigns needing low-friction AR
  • teams validating an augmented-reality concept

What improves

WebAR experiences for checking product scale and placement without installing an app.

  1. Main result

    People can evaluate scale and placement in context before taking the next step.

  2. Clearer experience

    The spatial visual supports a real product or communication decision.

  3. Dependable delivery

    Quality adapts to device capability, reduced motion, and save-data preferences.

Possible scope

  • TresJS scene direction
  • procedural geometry and shaders
  • scroll or pointer interaction
  • static fallbacks and performance tiers

Before work starts

  • Every scene follows an agreed frame, memory, and device budget.
  • Searchable content and core actions remain usable without WebGL.

How I work

  1. Understand

    I clarify the users, business need, constraints, and available evidence.

  2. Shape

    I turn that context into a practical structure, prototype, and delivery plan.

  3. Build

    I implement the interface in testable slices, checking accessibility and performance.

  4. Ship

    I verify agreed flows, document ownership, and prepare a controlled release.

Clear ownership

I lead product thinking, UX, frontend engineering, accessibility, performance, and delivery. Backend, infrastructure, security, content, and domain specialists join when the work needs them. AI supports research, iteration, QA, and documentation; people remain accountable for decisions and release quality.

Common questions

What can customers evaluate with WebAR?
Web-based augmented reality (WebAR) opens in a compatible browser and places a digital product in the viewer’s surroundings.
Which products are a good fit for browser-based AR?
This service is best suited to furniture and spatial products, campaigns needing low-friction AR, teams validating an augmented-reality concept.
What can a WebAR delivery include?
A typical scope can include TresJS scene direction, procedural geometry and shaders, scroll or pointer interaction, static fallbacks and performance tiers. The final scope is agreed before work begins.

Plan your webar experiences

Share the current situation, who uses the product, and the next decision you need to make.
Plan the WebAR path