BIO
  • Introduction
    • Overview
    • Concepts
      • Decentralized Science
      • Bio Protocol
      • BioDAOs
      • BioAgents
      • IP-Tokens
    • BioAgents
      • Conceptual Overview
      • How BioAgents Work
      • The Agentic Science Map
      • Technical Deep Dive
      • Example BioAgent: Aubrai
    • BioDAOs
      • Operations
      • Deal Flow Process
    • Bio Protocol V2
      • Launcher
      • BioXP
      • Staking and veBIO
        • Staking BIO
        • Staking Other Assets
      • Liquidity Engine
      • Bio V2 FAQs
    • BIO Token
      • Basic Token Information
      • bio/acc Rewards
  • DeScientists
    • Overview
    • Quickstart Guides
      • Buy Bio Ecosystem Tokens
      • Join Ignition Sales
      • Stake BIO
      • Bridge BIO
      • Provide Liquidity
    • Launch an Asset
      • Launch BioDAO
      • Launch IPT
      • Launch Agent
    • About BIO, veBIO and BioXP
      • BIO
      • veBIO
      • BioXP
  • Developers
    • Overview
    • DAO Setup
      • EVM Contracts
        • Token Contract
        • Vesting Contracts
        • Airdrop Contracts
      • Solana Programs
    • Launchpad
      • EVM Contracts
      • Solana Programs
    • Utils
      • TokenLists
      • Scripts
    • Audits
  • Resources
    • Media Kit
      • Bio Media
      • Network Media
    • Terms & Conditions
      • Airdrop: Terms and Conditions
      • Bio Genesis: Terms and Conditions
      • Launchpad: Promoter Agreement
      • Launchpad: Terms and Conditions
    • Helpful Links
    • Further Readings
  • Privacy Policy
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  1. Introduction

BioAgents

PreviousIP-TokensNextConceptual Overview

Last updated 24 days ago

CtrlK

BioAgents are autonomous AI-powered agents designed to execute specific tasks within the scientific research and development lifecycle. They act as decentralized researchers, analysts, and operators, integrating the power of AI with the transparent and interoperable infrastructure of web3. By bringing scientific agents on-chain, we can create a more cohesive, trustworthy, and economically-aligned ecosystem.

This section provides a comprehensive look into the world of BioAgents. Here's what you'll find:

  • Conceptual Overview: A high-level look at why BioAgents are needed, how they will change the world of science, and how you can contribute.

  • How BioAgents Work: A closer look at the BioAgents framework, its core components, and the data-to-discovery workflow.

  • The Agentic Science Map: An overview of the broader scientific AI ecosystem, showing how different layers—from data sources to scientist-facing platforms—fit together and where BioAgents operate.

  • Technical Deep Dive: A look under the hood at the technical architecture of BioAgents, how they are built, and how they interact with on-chain protocols.

  • Example BioAgent: AubrAI: A case study of a real-world BioAgent, illustrating its specific function and how it contributes to the ecosystem.