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Chessverse - Play to Earn Chess Game
archived
April 30, 2022

Chessverse - Play to Earn Chess Game

Solidity
React
Ethereum
Polygon
Web3.js
NFTs

A Web3 chess platform where players own their boards as NFTs and compete with $PAWN tokens

Chessverse: Chess Reimagined for Web3

Chessverse was an ambitious project that brought the timeless game of chess into the blockchain era with unique NFT boards, a play-to-earn token economy, and cross-chain integration between Ethereum and Polygon.

Project Overview

Duration: December 2021 - April 2022
Status: Archived
Achievement: Won $5,000 Grant from Polygon Labs

Start DateDecember 2021
End DateApril 2022
StatusArchived
RoleFounder
Grant$5,000 from Polygon Labs
Project Summary

The Vision

Chess is played by approximately 1 billion players worldwide, making it one of the most enduring and popular games in history. While the rules are simple, the strategic depth is virtually limitless. Chessverse aimed to build upon this legendary game by adding cutting-edge gamified features enabled by blockchain technology:

  • Unique NFT Chess Boards: Players owned their unique chess boards as NFTs
  • $PAWN Token Economy: A native token used for challenges and rewards
  • Play-to-Earn Mechanics: Challenge others with $PAWN tokens and win their stakes
  • Progression System: Levels, achievements, and challenges to keep players engaged

Technical Innovation

The most noteworthy technical achievement in Chessverse was our innovative cross-chain implementation. We faced a challenging decision:

  1. Keep everything on Polygon (but miss out on Ethereum's larger NFT audience)
  2. Keep NFTs on Ethereum with centralized metadata (defeating the purpose of blockchain)
  3. Create a novel solution for cross-chain interaction

We chose option 3, developing a groundbreaking approach that kept the NFTs on Ethereum while maintaining dynamic metadata on Polygon. This innovative solution allowed us to leverage both Ethereum's popularity for NFT collectors and Polygon's speed and low transaction costs.

The technical details of this implementation are documented in a dedicated blog post: Interaction Between a Polygon and Ethereum Smart Contract.

Game Mechanics

The core gameplay loop of Chessverse revolved around:

  1. Board Ownership: Each player owned a unique chess board NFT
  2. Token Airdrops: Board owners received $PAWN token airdrops
  3. Challenge System: Players could challenge others by staking $PAWN tokens
  4. Risk & Reward: Winning a challenge earned the opponent's staked tokens

This created a compelling risk-reward dynamic where skilled players could earn significant rewards, while casual players could still enjoy the game without mandatory stakes.

Technical Implementation

The project was built with a modern Web3 stack:

  • Smart Contracts: Solidity for both Ethereum and Polygon chains
  • Frontend: React with Web3.js integration
  • NFT Standards: ERC-721 for chess board NFTs
  • Token Standard: ERC-20 for the $PAWN utility token
  • Cross-Chain Solution: Custom bridge implementation for metadata synchronization

Challenges & Learnings

Despite the technical success and grant recognition, Chessverse ultimately faced challenges:

  1. Marketing Limitations: We struggled to effectively market the project to both chess enthusiasts and crypto natives
  2. User Onboarding: The complexity of Web3 created friction for traditional chess players
  3. Market Timing: The project launched during a downturn in the NFT and crypto markets

The most valuable learning from Chessverse was our cross-chain implementation, which demonstrated a viable approach to bridging Ethereum and Polygon for NFT projects.

Legacy

While Chessverse is no longer active, the technical innovations and learnings from the project continue to inform our approach to Web3 development. The cross-chain solution we pioneered has applications beyond gaming and represents a significant contribution to the blockchain development community.

The $5,000 grant from Polygon Labs validated our technical approach and provided resources to develop the core technology, even though the project didn't achieve commercial success.

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