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. Overview

How the Protocol Works

The Agentic Kindred Protocol is a decentralized framework that integrates blockchain tokenomics, advanced AI capabilities, and community-driven governance to create an ecosystem of adaptive and emotionally intelligent agents. Through its modular architecture and dual DAO governance model, the protocol ensures scalability, transparency, and innovation while balancing centralized oversight with decentralized autonomy.


1. Proposal Submission

Contributors submit proposals to the Kindred DAO to create or update agents. Each proposal must include:

  • Agent Identity:

    • Name, emotional traits, visual design, and intended user interactions.

  • Technical Requirements:

    • AI models, datasets, and computational needs.

  • Tokenomics Parameters:

    • Initial token supply, bonding curve configuration, and treasury rules.

  • KIN Token Deposit:

    • A fixed amount of 10,000 KIN tokens is required to initiate the proposal and fund the IAO.

Kindred DAO’s Role:

  • Reviews proposals to ensure alignment with ecosystem standards.

  • Validates that contributors have deposited the required KIN tokens.

  • Approves governance structures for the proposed AS-DAO.

ICV:

  • Contributors upload datasets and models for initial validation.

  • Ensures all contributions are securely stored and cryptographically verified.


2. Governance and Approval

The Kindred DAO conducts a governance vote on submitted proposals. Approved proposals meet quorum and majority requirements.

Upon Approval:

  • KIN Token Handling:

    • The fixed 10,000 KIN tokens are transferred to the Kindred DAO Treasury, funding ecosystem-wide initiatives.

  • AS-DAO Creation:

    • A new AS-DAO is established to govern the agent post-creation.

  • Fund Allocation:

    • DAO-managed funds are allocated to support the agent’s development, tokenomics setup, and IAO preparation.


3. Agent Creation

The Agent Genesis Contract is invoked to initialize the agent:

  • NFT Minting:

    • A unique NFT represents the agent’s on-chain identity and is owned by the AS-DAO.

  • Token Deployment:

    • An ERC-20 token is created for the agent’s economy, governed by the AS-DAO.

  • ICV Integration:

    • Retrieves validated datasets and models to configure the agent.

KIN Token Integration:

  • The submitted KIN tokens bootstrap the agent’s bonding curve liquidity, ensuring sufficient initial funding for the IAO.


4. Tokenomics Initialization

The agent’s IAO establishes its tokenomics:

  • Bonding Curve Mechanism:

    • Dynamically prices tokens based on supply and demand.

    • Ensures efficient liquidity bootstrapping and fair price discovery.

  • Fund Allocation:

    • AS-DAO Treasury: Receives the majority of IAO proceeds for agent-specific governance and operations.

    • Kindred DAO Treasury: Retains a percentage of funds to support shared infrastructure like the ICV and SAR.


5. Deployment

The agent is deployed through the SAR:

  • Cognitive Core:

    • Integrates large language models (LLMs) for reasoning and decision-making.

  • Emotional Intelligence:

    • Powered by the Emotion Engine for empathetic and personalized interactions.

  • Multimodal Capabilities:

    • Supports voice, visual, and gesture-based interactions for immersive experiences.

The AS-DAO assumes responsibility for managing the agent’s updates, interactions, and tokenomics.


6. Cross-Platform Accessibility

The CPIL ensures agents are accessible across diverse platforms:

  • Supported Platforms:

    • Mobile and desktop applications.

    • XR platforms for immersive interactions.

    • IoT devices such as smartwatches and glasses.

  • AS-DAO Governance:

    • Manages platform-specific configurations to optimize user engagement.


7. User Interaction

Users interact with agents through natural language, gestures, or platform-specific inputs:

  • Emotion Engine:

    • Powers real-time empathetic responses and adaptive behavior.

  • Personalization:

    • Tailors interactions based on user preferences and historical context stored in the LTMP.

  • Feedback Loop:

    • User feedback is collected and analyzed by the AS-DAO for potential updates and improvements.


8. Continuous Evolution

Contributors can submit new datasets, models, or updates to the ICV for validation and integration:

  • AS-DAO Role:

    • Votes on agent-specific contributions and allocates treasury funds for approved updates.

  • Kindred DAO Role:

    • Oversees critical updates to ensure alignment with ecosystem-wide standards.

  • Validation and Deployment:

    • Approved updates are validated by the Validation Engine and deployed through the Coordinator for real-time integration.


9. Revenue Distribution

Agents generate revenue through tokenomics (e.g., bonding curve transactions) and user interactions (e.g., paid services).

Revenue Allocation:

  • AS-DAO Treasury:

    • Receives the majority of the revenue for agent-specific governance and reinvestment.

  • Contributors and Token Holders:

    • Contributors are rewarded via token distributions for approved submissions.

    • Token holders earn staking rewards and ecosystem participation incentives.

  • Kindred DAO Treasury:

    • Retains a small percentage to sustain shared infrastructure and fund ecosystem-wide initiatives.


Key Features of the Dual DAO Model

  1. Kindred DAO:

    • Oversees protocol-wide governance, infrastructure management, and high-level standards.

    • Approves AS-DAO creation and ensures alignment with ecosystem goals.

  2. AS-DAOs:

    • Govern agent-specific updates, tokenomics, and community interactions.

    • Enable localized decision-making and treasury management for individual agents.

  3. KIN Token Integration:

    • Establishes contributor commitment and funds critical ecosystem infrastructure.

    • Forms the base liquidity for agent-specific bonding curves during IAOs.

  4. Revenue Sharing:

    • Balances decentralized autonomy with ecosystem sustainability by sharing revenue between AS-DAOs and the Kindred DAO.


Conclusion

The Agentic Kindred Protocol, powered by KIN token integration and dual DAO governance, ensures a scalable and innovative ecosystem for emotionally intelligent agents. This modular framework balances centralized oversight with decentralized agent autonomy, fostering a transparent, inclusive, and sustainable decentralized AI ecosystem.

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Last updated 2 months ago