Arcade Games Management Platform

An ESP32-based smart arcade platform featuring NFC cashless payment, automated game control, credit management, time and score tracking, and centralized monitoring for modern entertainment centers.

  • Entertainment
  • ESP32 Embedded C++ NFC RFID IoT Wi-Fi UART LCD Display LED Indicators Relay Control Cashless Payment Credit Management Local Network Time Management Score Tracking Arcade Systems Entertainment Systems Custom PCB Industrial Electronics
  • EGYPTUS

Project Overview

The Smart Arcade Games Management Platform was developed as a complete embedded solution for modern arcade and entertainment centers.

The platform replaces traditional coin-operated systems with an intelligent NFC-based cashless payment solution. Players use rechargeable NFC cards to access games, while the controller automatically validates credits, deducts points, starts gameplay, tracks time and scores, and communicates with a centralized management system.

Designed around a custom ESP32-based controller, the platform integrates payment processing, game control, user interaction, and real-time monitoring into a reliable industrial solution suitable for malls, family entertainment centers, and amusement parks.

Client Requirements

The client required a platform capable of:

  • Supporting NFC rechargeable player cards.
  • Managing player credits.
  • Automatically deducting game points.
  • Controlling arcade machine activation.
  • Displaying player information.
  • Tracking gameplay time.
  • Recording game scores.
  • Managing multiple game modes.
  • Supporting local network communication.
  • Allowing centralized management.
  • Providing reliable operation for commercial environments.

Our Solution

Metanoia designed and developed a complete arcade management platform including:

  • Custom ESP32 Control Board.
  • NFC Card Reader Integration.
  • LCD User Interface.
  • LED Status Indicators.
  • Relay-Based Game Control.
  • Local Server Communication.
  • Player Credit Management.
  • Time & Score Tracking.
  • Real-Time Game Monitoring.
  • Production-Ready PCB Design.

The platform automates the complete arcade workflow from player authentication to game activation and centralized management.

Main Features

NFC Cashless Payment

Players simply tap their rechargeable NFC card on the reader.

The system automatically:

  • Reads the card.
  • Verifies available credits.
  • Deducts game points.
  • Authorizes gameplay.

No coins or tokens are required.

Smart Credit Management

The controller keeps track of:

  • Remaining Player Credits
  • Game Cost
  • Transaction Status
  • Card Validation

ensuring secure and reliable operation.

Automatic Game Activation

Once payment is approved, the controller automatically activates the arcade machine and starts the game session.

Time Management

The controller continuously monitors gameplay duration.

When the allocated play time expires, the system automatically ends the session and disables the machine.

Score Tracking

The platform records game scores and session information, allowing operators to build leaderboards and analyze player performance.

LCD User Interface

The LCD displays:

  • Remaining Credits
  • Game Price
  • Card Status
  • Game Time
  • Transaction Result
  • System Messages

providing a smooth player experience.

LED Status Indicators

Integrated LEDs provide visual feedback including:

  • Ready
  • Card Detected
  • Payment Accepted
  • Payment Rejected
  • Game Running
  • Session Complete

Centralized Management

Multiple arcade machines communicate with a central management system, allowing operators to monitor all machines from one location.

IoT Connectivity

The platform supports local networking for:

  • Machine Monitoring
  • Credit Synchronization
  • Game Statistics
  • System Diagnostics
  • Software Updates

Engineering Challenges

Fast NFC Authentication

The controller was optimized to authenticate NFC cards with minimal delay, ensuring a seamless player experience.

Secure Credit Management

Reliable transaction handling was implemented to prevent credit loss or duplicate deductions.

Industrial Reliability

The PCB was designed for continuous operation in busy commercial entertainment environments.

Scalable Architecture

The system architecture supports expansion to hundreds of arcade machines connected to a single management platform.

Development Process

1. System Analysis

The complete arcade operation workflow, payment process, and operator requirements were analyzed.

2. Hardware Design

A custom ESP32 controller was developed integrating:

  • NFC Reader
  • LCD Display
  • Relay Outputs
  • LED Indicators
  • Communication Interfaces

3. PCB Design

A compact production-ready PCB was designed for commercial arcade installations.

4. Embedded Firmware Development

Firmware manages:

  • NFC Authentication
  • Credit Processing
  • Game Activation
  • Time Management
  • Score Tracking
  • LCD Interface
  • Communication
  • Diagnostics

5. Management Software Integration

The platform communicates with a centralized management system for monitoring, reporting, and machine administration.

6. Testing & Validation

The complete platform underwent payment validation, communication, endurance, and commercial operation testing.