3.1 Seven-Layer Technical Architecture

• Application Layer: A modular engine allows zero-code, drag-and-drop creation of sub-ecosystems, sub-tokens, and economic models. It also provides a unified account system, asset portfolio display, and wallet interface.

• Protocol Layer: Comprises FUSD, AIF, and two types of swap pools (Swap1 and Swap-G). FUSD is the platform’s sole admission and settlement token; AIF is the governance token. Swap1 is the FUSD/USDT main pool, and Swap-G is a dedicated FUSD/GToken pool for each sub-ecosystem.

• AI Economic Engine: The treasury monitors market depth and participant transactions, using a nonlinear smootherstep function with parameter γ to adjust hedging ratios and smoothly regulate token prices. Meanwhile, each transaction extracts roughly a 10% fee that is automatically injected into liquidity pools, enhancing stability.

• Security Verification Layer: Adopts TEE (Trusted Execution Environment) to isolate critical logic from the operating system, and uses Merkle tree proofs to compress and verify sub-ecosystem processes and reward data, ensuring fairness and transparency. All core smart contracts have passed audits by third-party security firms (e.g., CertiK) and are publicly verifiable, ensuring the code is secure and reliable. The platform utilizes Phala Network Confidential VM for running critical logic; remote attestation produces encrypted signatures to guarantee the integrity of the execution environment and logic. TEE outputs and the Merkle tree root are synced on-chain, allowing any third party to verify the correctness of the execution process and results. Off-chain participant behavior data is hashed and anchored on-chain upon submission, enabling replay verification and ensuring data cannot be tampered with.

• Cross-Chain Middleware Layer: Supports deployment on multiple chains (BNB Chain, Ethereum, Polygon, Solana, etc.), using protocols like LayerZero and Wormhole to enable asset and data interoperability across chains.

• Infrastructure Layer: Provides highly available blockchain nodes, decentralized storage (IPFS/Arweave), and high-performance indexing services, ensuring that asset metadata and transaction information are traceable and auditable.

• Governance & Autonomy Layer: Utilizes the AIF governance token for parameter adjustments and proposal governance, gradually handing control over to participants and AI co-management, ultimately achieving decentralized autonomy.