GameMultiplayer 2D GameCompetitive Fishing

Panic at the PondMultiplayer Fishing Game

A charming 2D multiplayer fishing game built in Unity 6, featuring cross-platform networking, Steam and PlayFab integration, multiple game modes, AI goldfish behavior, and a full virtual-currency shop for gear and cosmetics.

Panic at the Pond - Multiplayer Fishing Game: device mockup
Category
Game
Built with
Unity 6, C#, Mirror Networking +10 more

Panic at the Pond is a feature-rich multiplayer fishing game that delivers engaging gameplay across both local and global networks while layering in a complete online economy. Developed in Unity 6, the game combines charming pixel art aesthetics with sophisticated networking and backend infrastructure. Players compete in real-time fishing challenges where timing, skill, and strategy determine success across multiple game modes ranging from relaxed casual play to more competitive score-based sessions.

The game supports multiple networking paradigms: LAN play for local gatherings, internet play for global matchmaking, and Steam integration via Steamworks API. The networking layer implements both Mirror and Photon solutions, providing flexibility for different deployment scenarios and platform requirements. A comprehensive lobby and room system enables players to create custom matches with public visibility, password-protected private rooms, and friends-only lobbies. Host migration helps preserve sessions when the original host disconnects, minimizing interruption.

On top of the core multiplayer loop, Panic at the Pond integrates PlayFab as a backend service to manage player accounts, cloud-saved progression, and a robust virtual economy. Players earn in-game currency through matches and challenges, then spend it in an in-game shop to purchase new outfits, hats, boats, fishing rods, hooks, and different types of fish or bait items. The shop and inventory system is fully data-driven from PlayFab, supporting server-authoritative transactions, multiple virtual currency types, and persistent ownership across platforms. This economy system ties directly into progression, giving players a steady sense of reward without compromising competitive balance.

Core gameplay features AI-driven goldfish and other fish types with movement algorithms that respond to player actions, creating dynamic and unpredictable fishing opportunities. The UI/UX is tuned for fast multiplayer sessions, with responsive controls, clear feedback for bites and tension, and scalable layouts for both desktop and mobile builds. Steam achievements, statistics, and PlayFab player data tracking help drive long-term engagement. Professional audio design includes water ambience, bite and reel SFX, and polished UI sounds, all controllable through in-game audio settings. The project demonstrates mastery of networked game development, live-ops-ready backend integration, and the design of a fair yet rewarding virtual economy inside a social multiplayer experience.

Demo

See it in action

Highlights

What makes it work

  1. Cross-platform multiplayer: LAN, Internet, and Steam

  2. Dual networking support with Mirror and Photon for flexibility and redundancy

  3. Steam integration with achievements and statistics tracking

  4. PlayFab-backed player accounts, cloud saves, and progression

  5. Full virtual currency system with earnable in-game currency

  6. In-game shop for outfits, hats, boats, rods, hooks, and other fishing gear

  7. Server-authoritative purchases and inventory management via PlayFab

  8. Multiple game modes ranging from casual to competitive score-based sessions

  9. Intelligent AI fish with dynamic movement and response to player actions

  10. Comprehensive lobby and room system with public, private, and friends-only visibility

  11. Password-protected private rooms for custom groups and tournaments

  12. Host migration for increased connection resilience

  13. Responsive and intuitive fishing mechanics tuned for multiplayer latency

  14. Professional SFX and VFX for bites, casts, catches, and UI interactions

  15. Optimized for both desktop and mobile platforms

The challenge

Building Panic at the Pond as a live multiplayer title with a persistent online economy required solving networking and backend challenges simultaneously.

5 problems we had to solve, from networking, architecture, in-game economy and more.

  1. 01 / 05Networking

    Responsive fishing over P2P

    Reliable P2P synchronization across LAN and internet environments demanded careful handling of latency compensation, packet loss, and bandwidth usage to keep fishing interactions feeling responsive.

  2. 02 / 05Architecture

    Two networking stacks, one game

    Supporting both Mirror and Photon meant designing clean abstraction layers so gameplay logic remained networking-agnostic while still leveraging each framework's strengths.

  3. 03 / 05In-game economy

    An economy that can’t be cheated

    Integrating PlayFab added another layer of complexity: virtual currency balances, inventory items, and shop purchases all needed to be server-authoritative, synchronized across devices, and resilient to disconnects or partial failures.

  4. 04 / 05Design

    Rewarding, never pay-to-win

    Ensuring that cosmetic and gear upgrades felt rewarding without introducing pay-to-win advantages required tight collaboration between design and backend rules.

  5. 05 / 05Real-time

    Every client in sync

    Keeping achievements, leaderboards, audio/VFX events, and room visibility rules correctly synchronized across all clients pushed serialization, state management, and testing to production-grade standards.

  6. 5 of 5 solved

    Got a problem like these? We’d like to hear about it.

Screens

Inside Panic at the Pond

1 / 4

Built with

  • Unity 6
  • C#
  • Mirror Networking
  • Photon PUN 2
  • Steam API
  • PlayFab (Backend, Auth, Economy)
  • P2P Networking
  • WebSockets
  • AI Pathfinding
  • Virtual Currency & Inventory System
  • Pixel Art Animation
  • Audio Management
  • UI/UX Framework

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