Mazimatic
A dynamic metaverse platform delivering immersive gaming, social, and entertainment experiences.
The Challenge
- No existing framework for rendering persistent 3D worlds in-browser at acceptable frame rates
- Wallet-based identity had to coexist with a friendly, non-crypto-native onboarding flow
- Real-time presence and chat needed to scale to thousands of concurrent users per world instance
- Roadmap, partner, and token-sale content had to ship on the same cadence as the core platform
Our Solution
3D world engine
We built a WebGL rendering layer on Three.js with level-of-detail streaming, so scenes load progressively instead of blocking on a single heavyweight asset bundle.
Identity & wallets
A hybrid onboarding flow lets new users explore with a custodial session wallet first, then upgrade to a self-custody wallet only when they take an on-chain action.
Realtime layer
Presence, chat, and world events run over WebSocket channels backed by a horizontally scalable pub/sub layer, keeping per-instance latency low as concurrency grows.
Technologies
React, Three.js, Node.js, WebSocket, Solidity, IPFS, AWS
Overview
Overview
Mazimatic set out to build a metaverse platform where entertainment, gaming, and social interaction could coexist in a single persistent virtual world. Albos Technologies Pvt Ltd partnered with the founding team from early architecture through public launch.
The challenge
Browser-based 3D worlds are notoriously hard to ship without sacrificing either visual quality or load time, and the team needed an identity system that wouldn't scare away users unfamiliar with crypto wallets. On top of that, the roadmap, partner, and buy-now pages needed to launch alongside the platform itself.
Our approach
We split the product into a marketing and roadmap experience that could iterate independently, and a world client built around progressive asset streaming. A lightweight session-wallet model let new users explore immediately, with self-custody wallets introduced only at the point a real on-chain action was needed. Presence, chat, and in-world events were moved onto a dedicated realtime layer so the rendering thread stayed free for graphics.
Results
Mazimatic launched with smooth performance on mid-range hardware, materially faster world load times, and an onboarding flow that converted new visitors into active explorers at a much higher rate than the team's original wallet-first prototype.
