Decentralised Intelligent Network (DINE)
  • DECENTRALISED INTELLIGENT NETWORK FOR EVENT (DINE)
    • Introduction to DINE
  • PROBLEM STATEMENT
    • Artificial Scarcity and Exploitation by Centralized Platforms
    • Disconnect Between Artists and Fans
    • The Absence of True Value Exchange
    • Why Web3 & AI Are the Solution
  • Key Features Of DINE
    • Personalized Content Curation
    • Live Event Discovery & Ticket Sniping
    • Brand-Creator Upselling Opportunities
    • Blockchain-Based Governance & Rewards
  • $AAA TOKEN – THE FINANCIAL PRIMITIVE BEHIND DINE
    • The Need for a Native Token
    • Core Utilities of $AAA
    • Economic Design Principles
    • Transformative Potential of $AAA
  • THE AGE OF INFOFI
    • Turning Insights into Data
    • Incentivizing Engagement
    • Sustained Value Creation
    • Equitable Ecosystem
  • CONCEPT OF $AAA
    • Community: Empowering Fans as Active Stakeholders
    • Culture: Fostering Authentic Connections Through Shared Experiences
    • Composability: Building a Modular and Interoperable Ecosystem
  • CREATING DEMAND & SCARCITY
    • Creating Demand
    • Creating Scarcity
  • AI POWERED SOCIAL GRAPH
    • Data Ownership and Monetization
    • Behavioural Insights
    • Community Engagement
  • SUSTENANCE STRATEGY FOR PRICING
    • How It Works?
    • Key Benefits
  • LIQUIDITY PROVISIONING STRATEGIES
    • Automated Market Maker (AMM) With Constant Product Formula
    • Liquidity Mining with Staking Rewards
    • Dynamic Pricing Structure
    • Staking & Liquidity Mechanisms
  • TOKEN DISTRIBUTION STRATEGY
    • Public Allocation (4.9%)
    • Investors (6.1%)
    • Team (15%)
    • Airdrop (20%)
    • Advisors (5%)
    • Treasury (20%)
    • Liquidity & Staking
  • TECHNICAL ARCHITECTURE
    • Data Collection Layer
    • Data Processing Layer
    • Machine Learning Models
    • Action Layer
    • Blockchain Layer
  • AI Stack
    • Core Technologies
    • Cloud Infrastructure
    • AI/ML Tools
    • Blockchain Components
    • Frontend/UI
  • IMPLEMENTATION ROADMAP
    • Phase 1: Public Beta – Content Curation + Airdrop + IDO
    • Phase 2: Live Alpha – Advanced Features
    • Phase 3: Scaling & Monetization – IP Tokenization
  • CHALLENGES & CONSIDERATIONS
    • Privacy & Ethics
    • Scalability
    • Adoption
  • CONCLUSION
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  1. LIQUIDITY PROVISIONING STRATEGIES

Staking & Liquidity Mechanisms

PreviousDynamic Pricing StructureNextTOKEN DISTRIBUTION STRATEGY

Last updated 28 days ago

All Access features 80/20 pools where $AAA and stETH are combined in a ratio of 80% and 20%, respectively. This offers both liquidity providers and traders several advantages:

i. Liquidity & Fee Balances

Good balance between liquidity and fees. The larger $AAA proportion generally offers easy trading and good liquidity, while the stETH pool allows users to earn fees for providing liquidity to the pool, establishing a source of passive income.

ii. Reduce Impermanent Loss

Mitigates impermanent loss compared to a 50/50 pool, as the majority of the pool’s value is concentrated in one asset.

iii. Asset Value Impact

Helps determine the value of assets in the pool and fees that LPs can earn. If the value of the dominant asset increases or decreases, the value of pool and provider fees match the fluctuations.

All Access’ robust liquidity provisioning strategies ensure that $AAA remains liquid, stable, and accessible to all stakeholders. These mechanisms not only enhance the utility of $AAA but also lay the foundation for a sustainable and equitable entertainment economy powered by fans, creators, and brands alike.

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