Pakistan

WebGL Development Services

3D on the web lives or dies on performance budgeting

A WebGL scene that runs smoothly on a developer's high-end machine can be unusable on the mid-range phone most of your actual visitors carry. We treat performance budget as a design constraint from the start - polygon counts, texture sizes, and lighting complexity are all scoped against real target devices, not just tested on whatever hardware is in the studio.

What we build

Interactive 3D product visualization - rotate, zoom, configure variants - for product pages where a static photo doesn't communicate enough
Immersive hero sections and brand experiences using Three.js, built with fallback behavior for devices/browsers with limited WebGL support
3D data visualization where spatial relationships genuinely help understanding, not added as decoration
Performance optimization for existing WebGL scenes that are running poorly on real user devices

Our process

1. Define real target devices

Not just "modern browsers" - the actual range of devices your visitors use, informing polygon/texture budgets from the start.

2. Build with progressive complexity

A functional lower-detail version first, enhanced for capable devices, rather than one heavy scene that fails ungracefully on weaker hardware.

3. Test on real devices

Not just browser dev-tool throttling simulations - actual mid-range phones and older laptops, since WebGL performance characteristics don't always match simulated throttling.

4. Fallback for unsupported browsers

A reasonable static or simplified alternative for the small percentage of visitors on browsers/devices that can't run WebGL well.

Pricing

Rs 150,000-700,000 depending on scene complexity, number of interactive elements, and 3D asset creation needs.

3D Website Development · AR Mobile App · All services

Frequently asked questions

Will this actually run well on regular phones, not just high-end devices?

That's the central design constraint - we scope polygon counts and texture sizes against your real target devices from the start, and test on actual mid-range hardware, not just simulated throttling.

What if a visitor's browser doesn't support WebGL well?

A reasonable fallback (static or simplified version) is built in for that portion of visitors, rather than a broken or blank experience.

Do you provide the 3D models, or do we need them?

Depends on your product - existing manufacturing 3D models can often be adapted; otherwise 3D asset creation is scoped and quoted as a separate line item.

Can you fix an existing WebGL scene that's running slowly?

Yes - performance audits on existing scenes are a common request, usually finding specific optimization opportunities rather than requiring a full rebuild.

What's this good for beyond visual flair?

Product visualization where a static photo doesn't communicate enough (configuration options, spatial scale) is the clearest business case - decorative 3D without that purpose is usually not worth the performance cost.

What does it cost?

Rs 150,000-700,000 depending on scene complexity and asset needs.

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