Technical Framework

Octopus.fun: Technical Core and Implementation

1. Integrated Frontend: Modular Functionality with Minimalist User Experience

The frontend design of Octopus.fun emphasizes modularity and user-friendliness, seamlessly integrating multiple features:

• Token Factory: One-click token creation and configuration, including token name, symbol, and environment selection; smart contract deployment to lower the entry barrier.

• Liquidity Management Tools: Automated liquidity pool creation and lock mechanisms; dynamic liquidity distribution through smart contracts to prevent manual interference.

• Interaction-Driven Features: Integration of chatrooms, community voting, and PK modes to boost user engagement.

2. Dynamic Reward Mechanism: On-Chain and Off-Chain Collaboration

• On-Chain Dividends and Rebates: Smart contracts capture transaction activity data and distribute rewards in real time based on predefined rules, ensuring transparency and immutability.

• Off-Chain Referral and Point Systems: Backend databases record user behavior and interact with on-chain contracts via APIs for efficient and automated reward distribution.

• Technical Implementation: Ethereum smart contracts manage dividends and rebates, while optimized database indexing enhances computational performance for high-efficiency distribution.

3. Bonding Curve Pricing Model: Dynamic Supply and Demand Regulation

The bonding curve model serves as the core algorithm for price discovery and supply-demand adjustment:

• Model Fundamentals: Implements a positive correlation between price and supply using the exponential curve formula P(x)=k⋅xnP(x) = k \cdot x^n, where PP is the token price, xx is the supply, and kk and nn are constants.

• Functional Features: Token prices incrementally increase with purchases; tokens are minted only upon demand, preventing excessive inflation.

• Technical Implementation: Driven by on-chain pricing contracts, dynamically updating supply state variables for real-time price computation. The model ensures an accelerating price increase as token supply grows, with tokens minted or released only when purchased.

4. Cross-Chain Architecture: Deep Integration of Orbiter and Vizing

Octopus.fun adopts two key technologies in its cross-chain framework:

• Orbiter Finance: Integrated optimistic bridges for rapid asset transfers across Layer 2 networks.

  • Fraud Challenge Mechanism: Uses Maker-provided collateral and SPV (Simple Payment Verification) to validate transaction authenticity, ensuring secure cross-chain transfers.

  • Implementation Details: Employs Optimistic Rollup with lightweight Merkle Tree structures for cross-chain data verification.

• Vizing Network: A zk-SNARK-based cross-chain communication protocol enabling secure information transfer.

  • Architecture Highlights: Includes three on-chain components:

    • LaunchPad: A cross-chain data gateway for transaction forwarding and verification.

    • LandingPad: Receives and parses cross-chain transaction data.

    • ValidationPad: Ensures data integrity and consistency through zero-knowledge proofs.

  • Technical Implementation: Combines BLS signatures with zk-SNARK algorithms to ensure efficient and private cross-chain communication.

5. Multi-Chain Liquidity and Trading Support: Multi-Protocol Collaboration

• Cross-Chain MEME Creation: Liquidity sharing through Uniswap V3 and Solana Raydium, unified via cross-chain bridging protocols.

• Low-Cost Trading Paths: Leverages smart routing algorithms (e.g., Dijkstra and A*) with path optimization mechanisms to provide users with cost-effective cross-chain transactions.

6. Technical Vision: Decentralization and Multi-Chain Ecosystem Integration

Octopus.fun is committed to advancing interconnectivity within the multi-chain ecosystem through technical innovation and community growth:

• Community Autonomy: $OCTO token empowers community voting and governance, with all technical upgrades decided by the community.

• Technological Advancement: Continuous optimization of cross-chain communication protocols and exploration of emerging technologies like zk-Rollup for multi-chain scenarios.

• Ecosystem Expansion: Supports the inclusion of more chains, maximizing MEME liquidity across the entire ecosystem.