What is Whisky?
Whisky is a comprehensive, production-ready decentralized gaming infrastructure built on Solana. It provides provably fair randomness, liquidity pooling, and complete game state management for blockchain-based gaming applications. The protocol enables developers to build trustless, verifiable gaming experiences with built-in economic sustainability through carefully designed fee structures and liquidity management.Key Features
Provably Fair Gaming
Cryptographically verifiable randomness generation with dual-seed system
Multi-Token Support
Create gaming pools for any SPL token with flexible betting structures
Liquidity Management
Automated yield distribution to LP token holders with community-driven pools
Economic Sustainability
Built-in fee structure supporting long-term viability and growth
Protocol Components
Whisky consists of four main components that work together to provide a complete gaming infrastructure:Whisky API
RESTful API for analytics, statistics, and real-time gaming data
Whisky Core SDK
TypeScript SDK for direct protocol interaction and smart contract calls
Whisky React SDK
React components and hooks for seamless frontend integration
Whisky Explorer
Web-based dashboard for monitoring games, pools, and analytics
Quick Start
Build Your First Game
Get started with the Whisky protocol in minutes
Explore the Protocol
View live games, pools, and analytics in the Whisky Explorer
API Integration
Integrate Whisky data into your applications
SDK Development
Use the Core SDK to build custom gaming applications
Architecture Overview
Whisky’s architecture is built around three core principles:1. Decentralized Liquidity
- Community-driven liquidity pools for any SPL token
- Automated fee distribution to LP token holders
- No centralized house or bank
2. Provably Fair Randomness
- Dual-seed system (client + server)
- Cryptographically verifiable outcomes
- Public randomness verification
3. Economic Sustainability
- Protocol fees fund development
- Creator incentives drive ecosystem growth
- Progressive jackpots increase engagement
Security & Trust
- Mathematical Integrity: All calculations use checked arithmetic
- Access Controls: Granular permission system with emergency controls
- Audit Trail: Complete on-chain transaction history
- Overflow Protection: Safe arithmetic operations throughout