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3D WebGL Virtual Conference Platform

Client/Sector: Shiraz Creative / virtual events / WebGL

A browser-based conference platform built to feel more like a destination than a webinar, with enough performance work behind it to support real event participation.

Project Snapshot

  • FocusImmersive virtual events delivered directly in the browser.
  • PlatformUnity WebGL, frontend integration, AWS asset delivery.
  • OutcomeEarly market traction and award-recognised delivery during the virtual events boom.
Shiraz virtual conference platform screenshot

01 Challenge

Make virtual events feel worth attending

During the early growth of virtual events, clients needed an online conference environment that felt more engaging and high-value than a standard webcast or webinar interface.

02 Approach

Build presence into the browser experience

I worked as a senior developer on a 3D WebGL event platform designed to replicate presence, movement, exploration, and session participation inside a browser-based experience.

03 Execution

Integration and performance under the surface

My role covered Unity-to-frontend integration, AWS-backed streaming asset delivery, analytics integration, and performance work to help the platform scale for event participation and content-heavy environments.

04 Outcome

Strong timing, strong adoption

The platform became one of the early successful 3D WebGL virtual conference products during the virtual events boom and contributed to award-recognised client delivery.

Technical delivery

How the product was shaped

Delivering a 3D conference in a browser meant treating WebGL as a product platform, not a desktop build target. Asset weight, memory, loading order, browser integration and event analytics all affected whether attendees could enter and participate reliably.

Web delivery shaped the architecture

A virtual venue can exceed browser memory and download budgets very quickly. Scenes, textures, video and interactive content were organised around staged loading and reusable assets so the first meaningful experience arrived before the entire environment. Browser constraints influenced content design from the start rather than becoming a final compression exercise.

Connecting Unity to the event platform

The 3D client needed to coexist with ordinary web concerns: authentication and launch context, navigation, external content, analytics and browser focus. JavaScript interop provided the bridge between Unity state and the surrounding site, while hosted asset delivery reduced the size and release coupling of the core WebGL build.

Operational thinking for a live audience

Conference traffic arrives in bursts and attendees use varied hardware. Testing therefore covered load time, memory pressure, quality settings, input behaviour and recovery when an external asset failed. The result demonstrates full product delivery across real-time 3D and the web layer that makes it usable at event scale.

Project summary

Shiraz Virtual Conference Platform quick facts

The essential product, role and delivery context behind the work.

What was built
A 3D WebGL virtual conference platform delivered for Shiraz Creative during the early virtual events boom.
Role
Unity WebGL architecture, environment and interaction delivery, browser integration, asset optimisation and production support.
Stack
Unity WebGL, C#, JavaScript interop, AWS-hosted assets, analytics integration, progressive loading and browser performance optimisation.
Outcome
A browser-accessible virtual-event platform that gave attendees a navigable destination while preserving practical access and event visibility.

Frequently asked questions

Short answers for people comparing vendors, project approaches and similar technical work.

What was the Shiraz Virtual Conference Platform?

It was a browser-based 3D virtual event platform built to support immersive online conference experiences.

When is a 3D virtual event platform useful?

It is useful when an event needs spatial presence, branded environments or interactive exploration beyond a standard video call.

What services does this case study support?

This case study supports WebGL development, virtual event platform development and 3D web experience searches.