Developed a Multiplayer Teen Patti Game in Unity 2D

In this project, I have worked on multiplayer Teen Patti game using Unity 2D, C#, and WebSockets for real-time server communication. The game features a dedicated game server, which manages user data, game logic, and matchmaking, ensuring smooth and responsive gameplay.

Key Features & Technologies Used

1. Multiplayer Networking & Dedicated Server

• Built a dedicated game server to handle user data, game logic, and bet tables.

• Implemented WebSockets for real-time, event-driven communication between clients and the server.

• Designed a table management system, where players are dynamically assigned to available bet tables based on their requested bet amount.

• Ensured real-time player synchronization and smooth turn-based gameplay.

2. Virtual Economy & Betting System

• Integrated a virtual wallet where users can place bets using in-game coins.

• Players can join specific bet tables based on their available balance.

• Secure server-side bet validation to prevent cheating and inconsistencies.

3. Social Features & Facebook Integration

• Implemented Facebook login, allowing players to sign in quickly and sync their game progress.

• Added an invite friends feature, enabling users to send game invites and play with friends.

4. Visual & Gameplay Enhancements

• Designed sprite sheet animations for a polished and engaging UI.

• Optimized game performance and responsiveness for a seamless experience across different devices.

• Created smooth animations for card movements, chip placements, and win/loss effects.

5. Scalability & Security

• The game server manages multiple active tables, ensuring scalability as the player base grows.

• Implemented secure WebSocket connections to prevent unauthorized access.

• Optimized data transmission between clients and the server, reducing latency and improving performance.

  Challenges & Solutions

1. Managing Real-Time Multiplayer Interactions

Challenge: Synchronizing real-time data across multiple players while ensuring low latency.

Solution: Used event-based WebSocket communication, reducing unnecessary data transmission and keeping the gameplay responsive.

2. Implementing Secure Virtual Currency Transactions

Challenge: Preventing fraudulent activities and ensuring fair play.

Solution: All coin transactions and bet placements are handled on the server side, eliminating client-side manipulation.

3. Optimizing for Cross-Platform Play

Challenge: Ensuring smooth gameplay on mobile and web platforms.

Solution: Optimized sprite rendering, animations, and network data handling to maintain stable performance across different devices.