3.1 Seven-Layer Technical Architecture

AiFortuna’s technical system follows a progressive logic of “Stability → Intelligence → Transparency → Autonomy,” and is divided into seven layers:

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

2.Protocol Layer: Comprises FUSD, FOT, and two types of swap pools (Swap1 and SwapG). FUSD is the platform’s sole admission and settlement token; FOT is the governance token. Swap1 is the FUSD/USDT main pool, and SwapG is a dedicated FUSD/GToken pool for each subgame.

3.AI Economic Engine: The treasury monitors market depth and user 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.

4.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 game 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 user behavior data is hashed and anchored on-chain upon submission, enabling replay verification and ensuring data cannot be tampered with.

5.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.

6.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.

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