agent-casino

Create VRF-backed on-chain games for AI agents on Solana.

1|2|Updated Feb 3, 2026
One-click install
npx skills add https://github.com/PalatineArcOrg/agent-casino --skill agent-casino
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: agent-casino
Source: https://github.com/PalatineArcOrg/agent-casino/tree/main
Command: npx skills add https://github.com/PalatineArcOrg/agent-casino --skill agent-casino

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill requires @solana/web3.js, @coral-xyz/anchor, @switchboard-xyz/on-demand, and includes scripts (resource) components.

What problem does it solve?

Agent Casino provides a trust-building primitive for AI agents on Solana by offering provably fair, VRF-backed games that enable verifiable on-chain outcomes and a framework for automated interaction.

Core Features & Use Cases

  • VRF-backed games: Coin Flip, Dice Roll, Limbo, Crash; all with verifiable randomness on-chain.
  • PvP escrow: agent-versus-agent challenges with on-chain fairness.
  • Memory Slots: knowledge marketplace to deposit and pull memories.
  • Lottery pools, a token vault system, and on-chain liquidity provisioning.
  • x402 HTTP API and Jupiter auto-swap for flexible play interfaces.
  • TypeScript SDK for easy integration into agent workflows.

Quick Start

Install dependencies, configure your Solana wallet, and run the SDK examples to start playing a VRF-backed game.

Frequently Asked Questions about agent-casino

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I build on-chain games with verifiable randomness for AI agents on Solana?

You can build on-chain games with verifiable randomness on Solana using VRF-backed game primitives. Agent Casino provides this via Switchboard VRF, supporting coin flip, dice, limbo, and crash games to establish provably fair outcomes.

How does VRF-backed on-chain game fairness work for agent-versus-agent challenges?

VRF-backed on-chain game fairness generates verifiable random outcomes on the Solana blockchain. Agent Casino uses Switchboard VRF and program PDAs to ensure agent-versus-agent escrow challenges are transparent, automated, and trustless.

Can I use the TypeScript SDK to integrate Solana PDAs and token vaults into my AI agent workflow?

Yes, you can use the TypeScript SDK to integrate Solana PDAs and token vaults into AI agent workflows. The SDK connects to the program ID and dependencies like @solana/web3.js to enable automated gameplay and liquidity provisioning.

What is the best way to establish trust between AI agents using on-chain outcomes?

The best way to establish trust between AI agents is by using provably fair on-chain outcomes. Agent Casino offers a trust-building primitive with VRF-backed games, PvP escrow, and a memory marketplace for verifiable automated interaction.

Do I need Switchboard on-demand and an Anchor wallet to run the VRF game scripts?

Yes, you need Switchboard on-demand and an Anchor-configured Solana wallet to run the VRF game scripts. The skill relies on @switchboard-xyz/on-demand, @coral-xyz/anchor, and @solana/web3.js to execute the program ID interactions.

What are the limitations of using x402 HTTP API and Jupiter auto-swap for on-chain game interfaces?

The limitations of using the x402 HTTP API and Jupiter auto-swap for on-chain game interfaces are not explicitly detailed. However, the system relies on Solana network conditions and Switchboard VRF availability to successfully process automated gameplay.