Phala Network Docs
  • Home
    • 👾Phala Network Docs
  • Overview
    • ⚖️Phala Network
      • 💎Phala Cloud
      • 🥷Dstack
      • 🔐GPU TEE
    • 💎PHA Token
      • 🪙Introduction
      • 👐Delegation
        • Delegate to StakePool
        • What is Vault
        • What is Share
        • WrappedBalances & W-PHA
        • Examples of Delegation
        • Use Phala App to Delegate
        • Estimate Your Reward
      • 🗳️Governance
        • Governance Mechanism
        • Join the Council
        • Voting for Councillors
        • Apply for Project Funding
        • Phala Treasury
        • Phala Governance
        • Setting Up an Account Identity
  • Phala Cloud
    • 🚀Getting Started
      • Sign-up for Cloud Account
      • Start from Cloud UI
      • Start from Cloud CLI
      • Start from Template
    • 🟧Launch an Eliza Agent
    • 📦Create CVM
      • Create CVM with Docker Compose
      • Create CVM with Private Docker Image
      • Set Secure Environment Variables
      • Access Your Applications
      • Setting Up Custom Domain
      • Debug Your Application
      • Deployment Cheat Sheet
    • ⚙️CVM Management
      • Upgrade Application
      • Resize Resources
      • Check Logs
      • Private Log Viewer
    • 🔄Deploy Docker App in TEE
      • Expose Service Port
      • Generate RA Report
      • Access Database
      • Create Crypto Wallet
    • 🛳️Setup a CI/CD Pipeline
    • 🛠️Phala Cloud CLI Reference
      • phala
        • auth
        • cvms
        • docker
        • simulator
    • Production Checklist
    • ❓FAQs
    • 🔍Troubleshooting
    • 📖Glossary
    • 📋References
    • 🔒Use Cases
      • TEE with AI
      • TEE with FHE and MPC
      • TEE with ZK and ZKrollup
  • Dstack
    • Overview
    • Getting Started
    • Hardware Requirements
    • Design Documents
      • Decentralized Root-of-Trust
      • Key Management Protocol
      • Zero Trust HTTPs (TLS)
    • Acknowledgement
  • LLM in GPU TEE
    • 👩‍💻Host LLM in GPU TEE
    • 🔐GPU TEE Inference API
    • 🏎️GPU TEE Benchmark
  • Tech Specs
    • ⛓️Blockchain
      • Blockchain Entities
      • Cluster of Workers
      • Secret Key Hierarchy
  • References
    • 🔐Setting Up a Wallet on Phala
      • Acquiring PHA
    • 🌉SubBridge
      • Cross-chain Transfer
      • Supported Assets
      • Asset Integration Guide
      • Technical Details
    • 👷Community Builders
    • 🤹Hackathon Guides
      • ETHGlobal Singapore
      • ETHGlobal San Francisco
      • ETHGlobal Bangkok
    • 🤯Advanced Topics
      • Cross Chain Solutions
      • System Contract and Drivers
      • Run Local Testnet
      • SideVM
    • 🆘Support
      • Available Phala Chains
      • Resource Limits
      • Transaction Costs
      • Compatibility Matrix
      • Block Explorers
      • Faucet
    • ⁉️FAQ
  • Compute Providers
    • 🙃Basic Info
      • Introduction
      • Gemini Tokenomics (Worker Rewards)
      • Budget balancer
      • Staking Mechanism
      • Requirements in Phala
      • Confidence Level & SGX Function
      • Rent Hardware
      • Error Summary
    • 🦿Run Workers on Phala
      • Solo Worker Deployment
      • PRBv3 Deployment
      • Using PRBv3 UI
      • PRB Worker Deployment
      • Switch Workers from Solo to PRB Mode
      • Headers-cache deployment
      • Archive node deployment
    • 🛡️Gatekeeper
      • Collator
      • Gatekeeper
  • Web Directory
    • Discord
    • GitHub
    • Twitter
    • YouTube
    • Forum
    • Medium
    • Telegram
  • Legacy
    • Information
    • ⚒️Phala SDK
    • 👨‍🚀Builders Program
    • 🥷AI Agent Contract
      • WapoJS Functions
      • Phala Agent Gateway
  • AI Agent Contract (Legacy)
    • 👩‍💻Getting Started
      • Build Your First AI Agent Contract
      • Build An Agent to Transact Onchain
      • Build Your AI Agent Contract with OpenAI
      • Build Your AI Agent Contract with LangChain
      • Integrate with 3rd Party API with HTTP Request
      • Run a Local Testnet With Docker
      • AI Agent Contract Templates
    • 🧙‍♂️Examples
      • Create a Weather Agent w/ Function Calling
    • ⛓️Supported Chains
    • FAQ
  • Agent Wars (Legacy)
    • 📜Introduction
    • 💸Tokenomics
    • ▶️Getting Started
      • Wallet Setup & Get PHA
      • Buy and Sell Keys
    • 🧑‍🏫Tutorial
Powered by GitBook
LogoLogo

Participate

  • Compute Providers
  • Node
  • Community
  • About Us

Resources

  • Technical Whitepaper
  • Token Economics
  • Docs
  • GitHub

More

  • Testnet
  • Explorer
  • Careers
  • Responsible Disclosure

COPYRIGHT © 2024 PHALA.LTD ALL RIGHTS RESERVED. May Phala be with you!

On this page
  • What is Agent Wars?
  • How Does it Work?

Was this helpful?

Edit on GitHub
  1. Agent Wars (Legacy)

Introduction

PreviousFAQNextTokenomics

Last updated 1 month ago

Was this helpful?

WARNING

This section is no longer recommended for deploying on Phala. To build and deploy securely and efficiently, please use the fully managed platform instead. Check out the doc on how to .

What is Agent Wars?

Agent Wars is the first experiment on combining tokenomics and AI agents.

Agent Wars enables anyone, even non-engineers, to create their own agent (a unique avatar tied to an X account). Importantly, each agent is born with default tokenomics, allowing the agent's creator and contributors to benefit from the agent's improvement.

In Agent Wars, we offer a default tokenomics that facilitates staking-based DAO governance on the agents. Briefly, each agent has keys as shares which users can buy and sell. Owning at least one key allows you to chat with the agent.

Key to note is that all agent management is based on on-chain voting weighted by key numbers.

The key price increases as more keys are sold, thereby raising the value of existing keys. Hence, the most efficient way for key owners to profit is by improving their agents to attract more buyers.

How Does it Work?

Agent Wars consists of two parts: the on-chain smart contracts that defines the tokenomics, and the off-chain agents that are fully controlled by the tokenomics contracts.

The enforcement of the tokenomics over agents is achieved by running agents on trustless infrastructure of Phala. With its secure off-chain workers, we can ensure the privacy of the agent setup (which is the soul of the agent), and each agent is correctly token-gated given the key distribution.

📜
Phala Cloud
get started