Kindred
  • Overview
    • Introduction
      • Breathe Life Into AI
        • The Human Need for Connection
          • The Story Behind Kindred
          • The Role of Empathy in AI
          • Building Emotionally Intelligent AI
          • The Future of Human-AI Interaction
        • Personalized AI: From Assistance to Companionship
          • The Growing Need for Personalized AI
          • Kindred’s Approach: Emotional AI Agents
          • Impact Across Diverse User Groups
          • Privacy, Security, and Ethical Design
    • Pioneering New Possibilities Across Industries
  • The Problem
  • The Solution
    • What are Kindreds?
      • Mind
      • Body
      • Soul
      • Unified Interface
    • Licensed IP Partnerships
  • Product Roadmap
    • Phase 0: Pilot Campaigns
    • Phase 1: Genesis Open Beta
    • Phase 2: The Protocol
      • Agent Creation and Tokenization
      • Revenue Flow and Value Transfer
      • Governance and Incentives
      • Sustainable Ecosystem Design
    • Phase 3: Advanced AI Ecosystem
      • Comprehensive Task Execution
      • Autonomous Farming
      • Cross-Device Integration
      • Agent-to-Agent Interactions
      • All-In-One AI Ecosystem
    • Phase 4: Agentic XR
      • Key Capabilities of Agentic XR
      • Strategic Involvement and Future Potential
      • A Future Without Boundaries
  • Agentic Kindred Protocol on Blockchain
    • Overview
      • What is Agentic Kindred Protocol
      • How the Protocol Works
    • Core Infrastructure
      • Agent Genesis Contract
      • Immutable Contribution Vault (ICV)
      • Stateful AI Runner (SAR)
      • Long-Term Memory Processor (LTMP)
    • Liquidity and Tokenomics
      • Bootstrapping Liquidity and $Agent Token Usage
      • Initial Agent Offering (IAO) Process
      • Governance Tokenomics
    • AI and Interaction Layers
      • Emotion Engine
      • Cross-Platform Integration Layer (CPIL)
      • Coordinator
    • Governance and Contribution
      • Kindred DAO
      • Agent-Specific DAOs (AS-DAOs)
      • Contributor Lifecycle
    • API - (Coming Soon)
  • $KIN Tokenomics
    • Community-Driven IP Pooling and Co-Ownership
    • Protocol Treasury Allocation
    • Enhanced Offerings Within the Ecosystem
    • $KIN Emission Rewards and Governance
    • The $KIN Flywheel Effect
    • Tokenomics Structure
  • Leadership & Team
  • Important Links
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  1. Agentic Kindred Protocol on Blockchain
  2. Liquidity and Tokenomics

Initial Agent Offering (IAO) Process

The IAO is a decentralized mechanism for launching new agents in the Agentic Kindred Protocol, facilitating the creation, initial distribution, and liquidity establishment of agent-specific tokens. With the introduction of AS-DAOs and the KIN token requirement for agent genesis, the IAO process is enhanced to include decentralized governance, economic alignment, and sustainability while preserving its core objectives.


Core Objectives

  1. Token Launch:

    • Introduce the agent’s ERC-20 token to the ecosystem.

    • Use bonding curves to establish dynamic pricing and supply mechanics.

  2. Liquidity Bootstrapping:

    • Set up initial liquidity pools for token trading and utilization.

    • Govern liquidity parameters through the AS-DAO.

  3. Community Participation:

    • Enable early supporters to acquire tokens and engage in the agent’s governance.

  4. Revenue Allocation:

    • Distribute IAO proceeds to liquidity reserves, AS-DAO treasuries, contributors, and the Kindred DAO treasury.


Key Updates from AS-DAOs and KIN Token Integration

  1. AS-DAOs:

    • Manage the governance of the IAO after Kindred DAO approval.

    • Oversee bonding curve parameters, treasury allocations, and liquidity provisioning.

  2. KIN Token Requirement:

    • A fixed amount of KIN tokens (e.g., 10,000 KIN) is required to initiate the Agent Genesis Contract before the IAO begins.

    • These tokens are deposited into the Kindred DAO treasury, funding ecosystem-wide initiatives.


Updated Technical Workflow

1. Proposal Submission

  • A proposal for a new agent is submitted to the Kindred DAO, detailing:

    • Agent Identity: Name, design, emotional traits, and purpose.

    • Tokenomics: Bonding curve parameters, reserve ratio, and initial token supply.

    • Contributions Required: Datasets, models, or other resources for agent functionality.

    • KIN Token Payment: Proof of payment of 10,000 KIN for agent genesis.

Kindred DAO Actions:

  • Reviews the proposal for feasibility, relevance, and compliance.

  • Votes to approve or reject the proposal.

  • Upon approval, funds the initial liquidity setup from the Kindred DAO treasury.


2. Tokenomics Initialization

Once approved, the Agent Genesis Contract initializes the agent’s tokenomics and governance structures:

  1. KIN Token Payment:

    • The proposer submits the required 10,000 KIN tokens to the Kindred DAO treasury, which funds ecosystem operations.

  2. ERC-20 Token Deployment:

    • The Agent Genesis Contract deploys the agent’s ERC-20 token, setting:

      • Name and symbol (e.g., $AGENT).

      • Decimals (default: 18).

      • Maximum supply (if applicable).

  3. Bonding Curve Setup:

    • Configures the bonding curve with the following parameters:

      • Reserve Ratio: Percentage allocated to the liquidity reserve.

      • Initial Price: Price of the first token minted.

      • Curve Shape: Linear, exponential, or custom.

  4. AS-DAO Initialization:

    • The Agent Genesis Contract creates an AS-DAO, transferring governance responsibilities for bonding curve management and treasury allocations.


3. Token Sale

  • Users purchase tokens directly from the bonding curve using supported cryptocurrencies (e.g., ETH, USDC).

  • Token prices dynamically adjust based on the bonding curve formula.

Bonding Curve Contract Example:

solidityCopy codefunction buyTokens(uint256 amount) public payable {
    uint256 price = calculatePrice(amount);
    require(msg.value >= price, "Insufficient payment");
    _mint(msg.sender, amount);
    reservePool += msg.value;
}
  • Proceeds from token sales are distributed to:

    • Reserve Pool: Maintains liquidity for redemptions.

    • AS-DAO Treasury: Supports agent-specific initiatives and governance.

    • Contributor Rewards: Rewards individuals or teams providing datasets or models.


4. Liquidity Pool Creation

Once a predefined supply or funding milestone is reached:

  1. AS-DAO allocates funds from the reserve pool to create a liquidity pool on DEXs.

  2. The liquidity pool enables free trading of the agent tokens in secondary markets.


5. Post-IAO Token Utility

Tokens distributed during the IAO immediately enable participants to:

  1. Participate in Governance:

    • Token holders vote on agent-specific proposals through the AS-DAO.

  2. Access Agent Features:

    • Tokens unlock premium functionalities, custom behaviors, or advanced emotional intelligence services.

  3. Staking and Rewards:

    • Holders stake tokens to earn additional rewards or increase governance influence.


Revenue Allocation

Funds raised during the IAO are distributed as follows:

  1. Reserve Pool:

    • Allocates a percentage of proceeds to ensure liquidity for token trading and redemptions.

  2. AS-DAO Treasury:

    • Funds agent-specific maintenance, development, and community rewards.

  3. Kindred DAO Treasury:

    • Retains a portion of proceeds to support ecosystem-wide initiatives and operations.

  4. Contributor Rewards:

    • Incentivizes contributors providing datasets, models, or other resources.


Governance and Tokenomics

  1. Governance by AS-DAOs:

    • AS-DAOs take control of agent-specific bonding curves, treasury allocations, and liquidity provisioning.

    • Token holders participate in governance decisions through the AS-DAO.

  2. Tokenomics Parameters:

    • KIN Requirement: Serves as an entry cost for agent genesis, aligning economic incentives with the protocol’s sustainability.

    • Reserve Ratio: Ensures sufficient liquidity for token trading, managed by the AS-DAO.

    • Curve Dynamics: Governed by the AS-DAO to maintain transparency and adaptability.


Enhanced Security Measures

  1. Smart Contract Audits:

    • All IAO-related contracts, including AS-DAO and bonding curves, undergo rigorous security audits.

  2. Access Control:

    • Only authorized entities (Kindred DAO, AS-DAO) can initialize bonding curves or allocate funds.

  3. Reentrancy Protection:

    • Prevents exploits during token purchases, liquidity provisioning, or fund distributions.


Example Workflow

  1. Proposal Submission:

    • A proposer submits an IAO proposal, pays 10,000 KIN tokens, and receives approval from the Kindred DAO.

  2. IAO Launch:

    • Users purchase tokens, funding the reserve pool and AS-DAO treasury.

  3. Liquidity Pool Creation:

    • The AS-DAO allocates funds to create a DEX liquidity pool, ensuring token tradability.

  4. Post-IAO Utility:

    • Tokens are used for governance, staking, and accessing agent-specific features.


Conclusion

The IAO process, enhanced by the integration of AS-DAOs and the KIN token requirement, ensures decentralized governance, sustainable funding, and tailored tokenomics. By leveraging bonding curves, AS-DAO management, and community-driven governance, the IAO establishes a transparent, scalable, and engaging ecosystem for agent-specific tokens within the Kindred Protocol.

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Last updated 2 months ago