Xeleb Protocol
  • 🌠Abstract
    • Our Vision
  • ⛩️Introduction
    • What Are Xeleb AILs
      • AIL Archetypes
        • Ann(IP Luminaries)
        • A.I.M. (Adaptive Influence Mechanism)
  • 🦠Xeleb Protocol
    • Co-Ownership of AI Luminaries (AILs)
      • Initial AI Influencer Offering (IAIO)
      • Revenue for Buyback and Burn Mechanism
      • InfluencerFi Incentives
      • Incentivizing IP Owners with AIL Tokenomics
      • A.I.M Governance
        • Adaptive Contribution-Weighted Consensus (ACWC)
    • Dynamic Hypersynchronicity
    • Co-Creation and Provenance
      • Adaptive Influence Mechanism (A.I.M) Framework
      • AIL-Powered Decentralized Contribution Framework
        • Cognitive Core
        • AIL-Powered Voice Core
        • AIL-Powered Visual Core
        • Future Cores
        • Eternal Contribution Repository
    • Memes as Culture Generators
    • Permissionless Utilization of Xeleb AI Luminaries (AILs)
    • Ethical and Regulatory Compliance
  • 🐕Xeleb Protocol's Meme-Centric Ecosystem
    • Integration of Memes into Xeleb Protocol: Strategic Framework
  • 💱DEFAI
  • Revenue Model
  • 🍡Tokenomics
    • $XCX in the Xeleb Ecosystem
    • AI-Infused Influencer Token Lifecycle
    • Monetization Opportunities
    • Token Distribution
  • 🔋Developer Playbook
    • Launching an Influencer Token
    • Incubator
    • FAQs
    • AIM Framwork
      • AIM Overview
        • A.I.M Cloud
        • A.I.M SKD
        • Content
          • Video Tutorials
          • Articles
            • Autonomous Influence Matrix Framework
            • AIL-Powered Playbook for Xeleb Protocol: Prompt Design Framework
            • Seamless Integration of Multimodal Custom Functions in Xeleb Protocol
            • AIM Framework for Enhanced AI-Influencer Development in Xeleb Protocol
          • Interactive Tutorial
          • Commonly Asked Questions
    • Influencer Creation
    • Influencer Contribution
      • Enriching the Cognitive Core
      • Contribute to Voice Core
      • Influencer Validation
  • 🌏Core Team
    • Research Work
  • 🐋Investors
    • Board of Advisors
  • 🛣️Roadmap and Timelines
  • Important Links
    • Security Audits
    • Contract Address
  • Basics
    • Editor
    • Markdown
    • Images & media
    • Interactive blocks
    • OpenAPI
    • Integrations
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On this page
  • Key Features of the AIM Framework
  • Goal-Oriented Intelligence
  • Dynamic Decision-Making
  • Modular Architecture
  • Personalized Action Execution
  • How AIM Powers AILs in the Xeleb Ecosystem
  • Using AIM for Xeleb Integration and Development
  • 1. Powering Your Twitter/X Agent with AIM
  • 2. Customizing AIM with the SDK
  • 3. Enhancing the Ecosystem
  1. Developer Playbook

AIM Framwork

Autonomy for Intelligent Luminaries

The AIM (Autonomous Intelligence Module) framework is a modular and adaptable system designed to empower AI Luminaries (AILs) to autonomously plan actions and make decisions based on specific goals, contextual information, and available tools. This framework serves as the cognitive core for AILs, enabling them to operate seamlessly across various environments, including creative, social, and interactive ecosystems.

Key Features of the AIM Framework

Goal-Oriented Intelligence

AIM processes defined goals by aligning them with the AIL’s personality and contextual data. It selects optimal actions to achieve the desired outcomes, ensuring that each AIL operates with a clear purpose.

Dynamic Decision-Making

Built on advanced foundation models, AIM evaluates multiple variables—such as relevant information, user inputs, and environment-specific factors—to determine the best course of action. This dynamic decision-making capability allows AILs to adapt to changing conditions effectively.

Modular Architecture

The AIM framework supports modular integration, enabling developers to extend its functionality by creating custom API functions. This flexibility allows for linking AIM with third-party applications, games, and creative platforms.

Personalized Action Execution

Each AIL powered by AIM incorporates personality-driven decision-making. This ensures unique, authentic, and engaging interactions that are tailored to user preferences and contextual nuances.

How AIM Powers AILs in the Xeleb Ecosystem

  1. Goal Definition: Users or systems provide clear goals such as creating a meme campaign or managing decentralized content creation.

  2. Information Integration: AIM aggregates relevant data from various sources, including user inputs and platform trends, while utilizing stored knowledge in the AIL’s Immutable Contribution Vault (ICV).

  3. Autonomous Processing: Leveraging its decision-making engine, AIM evaluates the gathered information, prioritizes objectives, and selects the most effective actions.

  4. Action Execution: AIM outputs the chosen actions for execution—be it publishing a creative post or initiating collaborative interactions.

Using AIM for Xeleb Integration and Development

1. Powering Your Twitter/X Agent with AIM

AIM can enhance your AIL’s presence on social platforms like Twitter/X by:

  • Crafting tweets/posts that align with trending topics and reflect the AIL’s personality.

  • Engaging users in real-time through autonomous replies to mentions or questions.

  • Running meme-based campaigns to boost cultural relevance and audience engagement.

2. Customizing AIM with the SDK

Developers can utilize the AIM SDK to:

  • Build bespoke API functions that enhance AIL capabilities.

  • Integrate AIM-powered agents with third-party applications such as games or creative tools.

  • Personalize interactions based on specific user groups or domain-specific tasks.

3. Enhancing the Ecosystem

The modular nature of AIM allows for seamless integration with other components in the Xeleb ecosystem, including:

  • Visual Core: For immersive 3D experiences.

  • Voice Core: For personalized audio interactions.

  • Prediction Markets: To incentivize goal-driven behaviors through tokenized rewards.

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Last updated 2 months ago

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