CASE STUDY

MythyaVerse Metaverse Platform

A customizable metaverse core enabling interactive, multiplayer 3D experiences deployable on web, mobile, and VR headsets.

Impact

The MythyaVerse Metaverse Platform enables rapid deployment of customized 3D experiences without building infrastructure from scratch. The Election Metaverse demonstrates how the platform can transform complex topics like civic processes into engaging, interactive experiences. Organizations can now launch metaverse applications in weeks rather than months, accessible to anyone with a web browser.

Overview

MythyaVerse has developed a robust, customizable metaverse platform that serves as the foundation for building immersive, multiplayer 3D experiences. The platform supports walkable avatars, real-time voice communication, environment interactions, and seamless multiplayer functionality. Deployable across web browsers, mobile devices, and VR headsets, the platform enables organizations to create tailored metaverse experiences for any use case -from civic education to corporate training, virtual events, and beyond.

The Challenge

Building metaverse experiences from scratch requires significant technical investment in networking, voice communication, avatar systems, and cross-platform deployment. Organizations want immersive 3D spaces but lack the infrastructure to build them efficiently. The challenge was to create a reusable platform that:

Provides a complete metaverse foundation without starting from zero
Supports real-time multiplayer with seamless synchronization
Enables voice communication and text chat between participants
Allows walkable characters with natural movement and interactions
Deploys across web, mobile, and VR without separate codebases
Adapts to diverse use cases from education to enterprise

Objectives

Build a modular metaverse core that can be customized for any domain
Enable real-time multiplayer with low-latency synchronization
Integrate voice and text communication natively
Support avatar-based navigation and environment interactions
Ensure accessibility through web-based deployment (no app downloads required)
Create extensible architecture for rapid customization and theming

Our Approach

We engineered a comprehensive metaverse platform using Unity with WebGL export for browser accessibility. Photon Engine powers the multiplayer backbone -Photon Fusion handles real-time state synchronization, Photon Voice enables spatial voice chat, and Photon Chat provides text messaging. The architecture is modular, allowing rapid customization of environments, avatars, and interactions for specific use cases.

Solution Delivered

The platform includes:

Metaverse Core Engine -A reusable foundation for building 3D multiplayer experiences with all essential systems pre-built.
Multiplayer Infrastructure -Photon Fusion integration for real-time player synchronization, supporting hundreds of concurrent users.
Voice & Chat Systems -Spatial voice communication via Photon Voice and text chat via Photon Chat for natural social interactions.
Avatar System -Walkable, customizable characters with smooth navigation and interaction capabilities.
Environment Interactions -Objects, triggers, and interactive elements that respond to player actions.
Cross-Platform Deployment -Single codebase deployable to web browsers (WebGL), mobile devices, and VR headsets.
Election Metaverse (Example) -A civic education experience where users explore an interactive environment to learn about electoral processes, demonstrating the platform's adaptability for public education.

Technologies Used

Unity

WebGL

Photon Fusion

Photon Voice

Photon Chat

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