PROJECT

Online gaming platform development for real-time multiplayer play

Custom software development, Browser game platform, Real-time multiplayer, Matchmaking system, Player accounts, Game hosting, Leaderboards

  • Industry: Online gaming
  • Greece Location: Greece
  • Delivery time: 16 weeks
  • Technologies: JavaScript / TypeScript (Node.js), Python
4+ months

This client’s online gaming platform brings players into browser-based games, but real-time sessions, game hosting and player identity need one dependable place to work together. The software is an online gaming platform that takes in game titles and player accounts. It gives players a catalogue, multiplayer rooms and live game sessions. It is made for the platform’s players and team managing the gaming experience.

Summary

Problem

The platform needs game browsing, player identity and real-time play in one product.

Solution

The solution became a modular online gaming platform with a catalogue, live multiplayer sessions and shared accounts.

Result

The platform is made to give players a clear path from game discovery to multiplayer play.

Client story

The client is an online gaming platform from Greece. It brings players to browser-based games and supports multiplayer gameplay, player accounts and community features.

Game titles, rooms and player identities need to stay connected while players browse, join rooms and play together.

The request was simple: provide low-latency real-time multiplayer networking, responsive access across player devices, shared identity services and secure backend infrastructure with documentation and deployment support.

The solution was shaped as a modular platform with a game catalogue and lobby. It also included a synchronized game screen, matchmaking, room setup, results and leaderboard modules.

Special attention was paid to clear stages, early previews and documentation so the client team could manage the system on its own.

The client asked for

  1. Support low-latency multiplayer with WebSockets or a comparable protocol
  2. Let players use browser, mobile-web, mobile-app or multi-platform access
  3. Provide accounts, authentication, profiles and shared identity
  4. Provide secure infrastructure, deployment support and clear documentation

Why ready-made software did not fit

Ready-made player support platforms focus on customer support for game studios and publishers, not on bringing game browsing, rooms, synchronized play and competition into one product. A custom platform was needed to combine gameplay with accounts, matchmaking, rankings and other rules of the client’s gaming service.

Project overview

The solution was designed around a game catalogue and lobby that gives players one starting point for available titles, descriptions and room entry. The catalogue shows game uploads and room status, while public and private room options keep the entry path clear.

To handle live play, a synchronized multiplayer screen was provided. socket.io (a real-time networking framework for Node.js) and WebSocket support carry game state, player positions, game units and chat messages between the session and its players.

The platform was structured around shared accounts, authentication and profiles. This gives player identity one place across browsing, matchmaking, live sessions and results.

Matchmaking and room setup were shaped as a separate module for player ratings, matched players, room visibility and player rosters. The platform can therefore support both open sessions and private rooms.

The platform includes competition features. Results, player statistics and rankings appear after play.

Achievements and rewards have a defined place alongside the competition record, while documentation and deployment support give the client team a clear way to manage the system.

Key features delivered

  • Browser game catalogue and lobby
  • Real-time synchronized multiplayer sessions
  • Public and private rooms
  • Player accounts and authentication
  • Profiles and shared identity services
  • Rating-based matchmaking
  • In-game chat and reconnection status
  • Player statistics and leaderboards
  • Achievements and rewards

Can be added

+ Tournaments + Knockout competitions + Digital currency + KYC + Payments + Advertising + Content management + Odds calculation

Who else can use this solution

The same solution can be adapted for other businesses with a similar task: bringing players, games, rooms and competition into one online experience.

A game hosting and gaming community platform

Task It needs to combine game libraries, player profiles, chat and multiplayer rooms.
How the solution helps The solution connects game browsing, identity, rooms and community activity in one platform.

A poker and games-of-skill service

Task It needs multiplayer play, matchmaking, tournaments and player rankings.
How the solution helps The solution provides live sessions, player ratings, results, statistics and leaderboards.

A real-money gaming service

Task It needs competitive play alongside payments, identity checks or digital currency.
How the solution helps The modular platform keeps live play and player identity ready for additions such as KYC, payments and rewards.

Technology stack

JavaScript / TypeScript (Node.js)

Server and browser logic

This language stack handles the web platform and its server-side services.

Python

Documentation generation

Python supports the documentation workflow for the platform.

socket.io

Real-time player communication

socket.io carries live events between players and the game server.

websocket

WebSocket networking

The WebSocket libraries provide the protocol used for persistent real-time connections.

mongodb

Player and game data

mongodb (the official MongoDB driver for Node.js) connects the platform to MongoDB data.

mysql

Relational data access

mysql (a Node.js driver for MySQL) connects the platform to MySQL when a relational database is used.

postgresql

PostgreSQL data access

postgresql (a Node.js wrapper for PostgreSQL) connects the platform to PostgreSQL.

Sphinx

Technical documentation

Sphinx (a Python documentation generator) creates structured documentation for the system.

Game files

Game content uploads

Game uploads provide the titles and content shown in the catalogue.

Integrations

MongoDB

Player, game, room and session data can pass through the official Node.js MongoDB driver.

MySQL

The platform can exchange relational data with MySQL through its Node.js driver.

PostgreSQL

The platform can connect to PostgreSQL through the PostgreSQL Node.js wrapper.

WebSocket services

Live game state, player positions, chat messages and session status pass through WebSocket connections.

The result

Players find a game and enter a room faster

The catalogue gives the platform a clear front door for game discovery. Players see game titles, descriptions and room status before entering a public or private multiplayer space.

How it works

  1. The catalogue shows game title cards and game descriptions.
  2. The platform reads game uploads and room status for the available titles.
  3. The lobby presents public and private room options with entry controls.
Game catalogue and lobby

Game catalogue and lobby

Functions on this screen
Browse game titles

Live sessions keep players in sync

The live game screen brings the game world, player units and controls into one session. socket.io and WebSocket connections carry game state, chat and connection status between the players and the server.

Server-authoritative gameplay keeps the session state coordinated while players interact in real time.

How it works

  1. socket.io and WebSocket libraries carry game state and player positions.
  2. The platform updates player units and game objects in the shared game world.
  3. The session shows chat messages and connection or reconnection status.
Note: The live screen is built around synchronized game state rather than a separate view for each player.
Live multiplayer game

Live multiplayer game

Functions on this screen
Enable multiplayer mode Manage multiplayer synchronization Real-time gameplay updates

Matchmaking brings the right players together

The matchmaking screen combines player ratings, room visibility and player identity in one place. Players can be matched into a session or enter a private room with a visible roster.

This structure supports open matchmaking as well as controlled room setup for competitive play.

How it works

  1. The platform reads player ratings and available room information.
  2. The matchmaking module matches players and records their identities.
  3. The room view shows visibility and the current player roster.
Matchmaking and room setup

Matchmaking and room setup

Functions on this screen
Enable Multiplayer Matchmaking Match players

Results turn play into a clear competition record

After a session, the results screen brings together match results, player statistics and ranking values. Achievements and rewards have a defined place alongside the competition record.

The leaderboard gives players a shared view of rankings and makes competitive progress easier to follow.

How it works

  1. The platform records game results and player statistics.
  2. The leaderboard module calculates and shows ranking values.
  3. The results view displays achievements and rewards with the competition record.
Tip: Tournament and reward features can be added as separate modules when the gaming rules require them.
Results and leaderboard

Results and leaderboard

Functions on this screen
Track Player Statistics Implement Leaderboard System

What the solution gives

With this solution, the platform can:

  • Host browser-based games in a shared catalogue
  • Run synchronized real-time multiplayer sessions
  • Match players using ratings
  • Provide accounts, profiles and shared identity services
  • Show results, statistics and rankings in one place
  • Add tournaments, payments or rewards as separate modules

In the end

In the end, the result was a modular online gaming platform made to give players one path from game browsing to real-time multiplayer play.

FAQ

Thinking about building a similar system? Read the answers below to see how the platform’s multiplayer, account and documentation requirements fit together.