# Technical Architecture and System Design #### **5.1 Overall Technical Architecture** The overall technical architecture of AiFi adopts a modular, decoupled, multi layer design composed of the User Interaction Layer, Application Service Layer, AI Generation and Orchestration Layer, Blockchain and Smart Contract Layer, and the Data and Storage Layer. This structure ensures stable performance, clear logic and strong security across high volume content generation, high frequency trading and expanding application scenarios. The User Interaction Layer sits at the top and allows users to access the platform via web or mobile interfaces. Here, users submit creative ideas, generate works, publish works, participate in crowdfunding, trade tokens and manage assets. This layer focuses on low entry barriers, low latency and high availability, enabling non professional users to easily participate in the entire content generation and assetization workflow, thereby reducing the cost of creation and investment entry. The Application Service Layer handles the platform’s core business logic, including work submission and review workflows, crowdfunding and issuance configuration, order matching and processing, revenue settlement scheduling, permission management, identity verification and integration with external wallets and third party services. This layer uses a microservices architecture optimized for high concurrency, ensuring that business operations remain flexible and reliable as the volume of content grows. The AI Generation and Orchestration Layer integrates multiple models for text, image, music and video generation. Through a model orchestration engine and asynchronous task queues, user prompts or creative frameworks are transformed into structured, on-chain ready content outputs. During the generation phase, the system extracts key information, records model versions, generates content hashes and structures metadata, providing standardized foundations for on-chain authentication, timestamp registration and creative asset token issuance. The Blockchain and Smart Contract Layer is deployed on an EVM compatible public chain and includes the AIFI main token contract, the Creative Asset Token factory contract, crowdfunding and issuance contracts, automated market maker pool contracts, revenue distribution contracts and incentive pool contracts. All operational logic is executed on-chain, ensuring transparency, security and immutability across issuance, token allocation, trading settlement, revenue distribution and platform incentive mechanisms. The Data and Storage Layer manages both work data and on-chain information. Original files and large content assets are stored in decentralized storage networks, while only content hashes, timestamps and key metadata are recorded on-chain, balancing verifiable authentication with storage cost efficiency. The platform also builds index services and off chain retrieval systems to archive structured data related to works, tokens, transactions, revenues and user behaviors, supporting efficient queries and analysis for upper layer applications. Through the coordination of these five layers, AiFi achieves an end to end pipeline that connects AI generation, on-chain authentication, asset issuance, market trading and value capture. The architecture provides high scalability and modular extensibility, offering a sustainable technical foundation for future multi chain deployment, cross ecosystem interoperability and new content asset scenarios. #### **5.2 AI Generation Module** The AI generation module is the starting point of AiFi’s entire content-assetization pipeline and the most innovation-dense component within the platform’s technical architecture. It integrates text, image, music and video generation models into a unified orchestration framework, enabling creators to transform ideas into on-chain ready works through a complete end-to-end generation pathway. Beyond expressive quality and artistic fidelity, the module embeds structured parameters, verifiable metadata and asset-friendly output formats at the model output layer to ensure that all generated content carries the technical properties required for ownership verification, traceability, distribution and tradability. During the creation process, users only need to provide prompts or conceptual structures, which trigger the model orchestration engine. Based on the content type, the engine automatically selects appropriate generation models and executes a standardized workflow that includes prompt parsing, semantic interpretation, content generation and output validation. Textual content is produced through natural language models that generate stories, scripts or narrative drafts; image content is created through diffusion-based visual generation models; music is composed through melody generators and audio models that output complete tracks; and video content is produced through a segmented generation framework that handles shot decomposition, visual synthesis and multi-frame temporal construction. All multi-model processes are coordinated by a unified scheduler to ensure format consistency, reusability and seamless alignment with downstream assetization steps. Upon generation, the system performs an automatic content-structuring sequence that extracts key data required for on-chain verification, including prompt hashes, model versioning, content hashes, file digests, generation timestamps and standardized metadata fields. Every generated piece of content receives a verifiable on-chain fingerprint, enabling full auditability and copyright tracking during issuance, trading and revenue distribution. In addition, the platform’s quality-evaluation models score outputs across visual coherence, textual logic, audio stability, video continuity and originality, supplying foundational metrics for work-potential assessment, recommendation mechanisms and Launchpad selections. Through the coordinated operation of AI generation, model orchestration, content structuring and on-chain verification, AiFi delivers an end-to-end pipeline that transforms user ideas into asset-ready creative outputs. This ensures creators can produce high-quality, verifiable and market-ready content at minimal cost, forming the productive backbone of AiFi’s content-financialization ecosystem. #### **5.3 Blockchain Architecture and Smart Contract System Design** **(1) Chain Selection and Multi Chain Deployment** AiFi adopts a “stability first, multi chain expansion afterward” strategy at the blockchain architecture layer. The project initially deploys on BNB Chain and progressively expands toward a multi chain system as the ecosystem grows. Chain selection is based on the core requirements of content assetization, including high frequency on-chain operations, Creative Asset Token issuance costs, trading depth, revenue settlement efficiency, and user participation thresholds. This ensures users receive a stable, low cost, and highly reliable on-chain experience throughout creation, issuance, and trading processes. BNB Chain is selected for the project’s initial launch due to its high throughput, low transaction expenses, and mature developer and user ecosystem. BNB Chain offers a complete tooling environment for content applications, token issuance, and trading scenarios, effectively reducing the operational cost of content generation, ownership verification, token issuance, and crowdfunding initiation. This allows creators and investors to participate in early stage content assetization with minimal barriers. Additionally, BNB Chain’s broad user base and stable liquidity depth help newly launched Creative Asset Tokens gain traction and initial liquidity support during the cold start phase, providing a solid foundation for market performance. As AiFi’s content production and user base expand, the platform will transition from a single chain environment to a multi chain architecture. Multi chain deployment enables broader user coverage and provides entry points for different on-chain ecosystems, including AI driven communities, small scale creator communities, DeFi traders, and NFT centric users. Each public chain offers unique technical and ecosystem advantages — for instance, Base excels in social applications, Arbitrum provides deep DeFi infrastructure, Polygon supports large scale enterprise adoption, and Solana offers high performance and low latency environments. These characteristics form the basis for AiFi’s future expansion, enabling Creative Asset Tokens to be issued, circulated, and appreciated across diverse blockchain environments. During the multi chain expansion phase, AiFi will develop a cross chain asset management framework to enable Creative Asset Tokens, playback revenues, trading data, and identity information to move securely between chains. The platform will adopt cross chain bridges, inter chain communication protocols (IBC or light client mechanisms), and a unified Creative Asset ID system to ensure ownership data, metadata, and asset states remain verifiable across all supported chains. This prevents asset fragmentation or isolated liquidity caused by chain level distribution differences. In the future, a work may be issued on one chain, receive market making on another, and be traded on a third. AiFi will provide the required underlying infrastructure to support this, forming a seamless, interoperable, cross chain content assetization network. **(2) On-Chain Architecture Overview** AiFi’s on-chain architecture is built on the principles of modularity, composability and scalability. It consists of independently deployed token contracts, Creative Asset Token contracts, crowdfunding and issuance contracts, liquidity pool contracts, distribution contracts and incentive contracts, which together form a complete on-chain financial system for content assets. The blockchain layer not only handles essential functions such as ownership verification, asset issuance and market circulation, but also supports revenue distribution, value capture and incentive allocation. Through coordinated interactions between modules, AiFi establishes a coherent and fully auditable assetization logic. From the perspective of on-chain roles, AiFi’s ecosystem participants include creators, investors, liquidity providers and platform level contract entities. Creators initiate the minting and crowdfunding configuration of Creative Asset Tokens. Investors participate in token subscription and secondary market trading. Liquidity providers inject liquidity into the token pools to enhance market efficiency. The platform contracts, governed by AIFI, execute value capture, incentive distribution and governance functions. At the contract module level, the AIFI main token contract supports governance, fee payments and incentive distribution. The Creative Asset Token factory contract deploys an independent asset contract for each work. The crowdfunding and issuance contract manages subscription processes, goal validation and automated execution. The liquidity pool contract handles price discovery, trade execution and liquidity management. The distribution contract records revenue and processes automated settlements. The incentive contract governs the allocation of AIFI rewards. All on-chain interactions follow principles of transparency and automation. After creators submit their work through the frontend, the Creative Asset Token factory contract is triggered to generate an independent contract instance, and the issuance contract is used to initiate crowdfunding. All user subscriptions during the crowdfunding phase are recorded on-chain. Once the target is met, the system automatically mints the Creative Asset Tokens, distributes them proportionally to participants and injects initial liquidity into the work’s dedicated liquidity pool, enabling immediate tradability. In the secondary market, users interact directly with the liquidity pool contract, where token prices are determined in real time by the AMM mechanism. Playback revenue, advertising revenue and licensing revenue generated by the work are aggregated by the platform into the distribution contract and automatically allocated according to token holding proportions. Meanwhile, a portion of platform revenue flows into the AIFI buyback pool and incentive pool to support long term value capture and economic sustainability. In terms of security and transactional protection, AiFi adopts layered permissions and a least privilege design for all critical contracts, ensuring that token issuance, liquidity injection and revenue distribution remain fully auditable. Core administrative permissions are managed via multisignature control to avoid single point failures. Trading logic integrates price protection, slippage control, anti whale safeguards and reentrancy protection to defend against price manipulation, abnormal trading behavior or hostile attacks. Both the Creative Asset Token factory and liquidity pool contracts are built using standardized, audit friendly templates to maximize system reliability. In upcoming multi chain phases, AiFi will introduce cross chain verification mechanisms to ensure consistent ownership states and asset integrity across chains. Through modular architecture, layered permissions and robust security strategies, AiFi’s on-chain infrastructure achieves a balance of functionality, transparency and security, providing a long term dependable foundation for the content assetization ecosystem. **(3) Smart Contract System Overview** AiFi’s smart contract system adopts a modular, composable and scalable architecture. It consists of the main token contract, the Creative Asset Token system, the crowdfunding and issuance contract, the automated market maker pool contract, the revenue distribution contract, the incentive pool contract and the governance contract. Together, these modules form the unified on-chain economic infrastructure of AiFi. Each contract module is deployed independently and interconnected through well-defined interfaces and events, enabling on-chain execution of core processes such as assetization, market circulation, revenue distribution and value capture. All contracts are deployed on EVM-compatible networks and follow standardized templates, strict permission frameworks and comprehensive on-chain event logging to ensure transparency, security and auditability while supporting future expansion into a multi-chain architecture. The main token contract, AIFI, serves as the economic and governance hub of the ecosystem, responsible for platform incentives, buyback-and-burn mechanisms, governance power allocation and settlement of certain platform-level service fees. The Creative Asset Token system consists of a factory contract and individual asset contracts. The factory contract deploys an independent token contract for each work, ensuring that every work forms an isolated asset pool, price domain and revenue structure. The crowdfunding and issuance contract manages initial token issuance, including subscription logic, goal validation, refunding upon failure and minting upon success, making it the core module that boots each work-level economic unit. The market making and liquidity pool contract, powered by an automated market maker mechanism, provides each work with an independent AMM pool to support price discovery, liquidity depth, slippage control and open trading. The revenue distribution contract manages playback revenue, advertising revenue, licensing revenue and other income streams generated within the platform, and distributes them automatically to Creative Asset Token holders based on real-time on-chain holdings. The incentive pool and reward distribution contracts coordinate AIFI-based incentive logic, including content contribution rewards, liquidity incentives and ecosystem activity rewards, providing sustained economic momentum for the long-term growth of the ecosystem. The governance contract provides AIFI holders with on-chain governance capabilities, including parameter adjustments, incentive strategy updates and module upgrade proposals. This ensures long-term transparency, coordination and community-driven governance across the platform. Through the coordinated operation of these seven core contract modules, AiFi establishes an extensible, secure, auditable and cross-chain-ready financial infrastructure for content assets, offering a robust foundation for token issuance, trading, revenue distribution and platform-level value capture. **（4）Creative Asset Token Contract (Core)** The Creative Asset Token Contract is the foundational module of AiFi’s content assetization framework. Each work is deployed as an independent asset token contract through the Factory Contract, establishing a dedicated asset pool, trading pool and revenue model for that specific work. This independent deployment mechanism ensures that every work operates within an isolated economic environment, allowing market pricing, liquidity scale and revenue distribution to evolve based on the work’s own performance. The Creative Asset Token Contract is responsible not only for basic token attributes and supply management but also for work-level ownership verification, revenue recording, revenue distribution pathways, trading permission control and value linkage with AIFI. Through standardized interfaces, the contract coordinates with other core modules, including the crowdfunding contract, trading pool contract and distribution contract. This enables each work-level economy to run autonomously without manual intervention, forming the most critical on-chain execution unit in the content assetization lifecycle. **Contract Structure** The Creative Asset Token Contract is built upon an extended ERC-standard framework and consists of several core components that ensure every work forms a transparent, independent and verifiable on-chain asset system. Its primary modules include: • **Base Attributes Module**: Defines the token name, symbol, decimals and total supply. These parameters are set once during deployment by the Factory Contract, ensuring that all creative asset tokens follow a standardized and auditable configuration. • **Supply Management Module**: Mints the full token supply based on the final crowdfunding results. No additional minting or supply modification is permitted, ensuring each creative asset token maintains verifiable scarcity and transparent supply. • **Permission Management Module**: Critical write permissions are restricted to the Factory Contract and the Crowdfunding Contract. Creators and other participants cannot modify supply parameters or core configurations. This design guarantees security and immutability for each work’s asset pool. • **Revenue Recording Module**: Records all categories of revenue generated by the work during platform operation, including playback earnings, advertising revenue and licensing income. These revenue entries sync to the distribution contract for automated settlement and payout. • **State Management Module**: Maintains the full on-chain lifecycle of each work, including crowdfunding, issuance, circulation, revenue settlement and retirement. This ensures the work’s behavior at every stage adheres to verifiable contract-defined logic, providing a transparent and auditable operational foundation. Through this modular architecture, each work forms an independent economic unit on-chain with transparency, immutability and auditability, ensuring a trustworthy process for issuing and circulating content-based assets. **Metadata Design** Metadata serves as the on-chain identity framework for each creative asset token. It standardizes the recording of a work’s generative origin, content fingerprints, technical parameters and ownership proofs, forming the core verification layer of the content assetization process. Metadata ensures that every work maintains provable originality, tamper-proof integrity and a fully traceable lifecycle on-chain. The metadata of a creative asset token forms the foundation for content verification and assetization, expressing the work’s content attributes, generative information and original proof on-chain. Metadata is automatically extracted during the AI generation stage and written to an on-chain pointer to guarantee verifiability and traceability. Its primary components include: • **Prompt Hash**: A unique fingerprint of the creative input, used to prove the original intent behind the generated content. • **Content Hash**: A cryptographic digest of the work’s file, ensuring immutable on-chain ownership proof. • **Model Version and Generation Parameters**: Records the model version, key parameters and execution pathway used to generate the work, providing technical grounding for authenticity and reproducibility. • **Creator Address**: The on-chain identifier of the work’s owner and issuer, used for ownership verification and revenue distribution. • **Generation Timestamp**: Precisely records the moment the work was generated and before being committed on-chain, serving as temporal evidence for copyright tracing. • **Work Type**: Categorizes the work as video, music, image, text or other supported formats, enabling automated routing to the appropriate asset and transaction logic. • **IPFS Pointer**: Stores off-chain references to the work’s file, cover image and related assets, ensuring persistent accessibility through decentralized storage. All metadata structures for creative asset tokens are standardized by the Factory Contract, ensuring consistency, auditability and traceability across all works. This enables each work to possess a unique and comprehensive “content identity card” on-chain. **Rights Logic** Creative asset tokens represent the on-chain economic entitlement to a work’s future revenue streams, serving as the core value carrier of each work-level economy. By holding these tokens, users obtain the following four categories of rights: • **Revenue Distribution Rights**: Token holders automatically receive on-chain dividends derived from the work’s playback income, advertising revenue shares and commercial licensing fees, distributed proportionally based on holdings. All settlements are executed by smart contracts to ensure full transparency. • **Price Discovery Rights**: Users may participate in market price formation by buying or selling the creative asset token, allowing the work’s value to be determined by real market supply and demand, thereby enabling dynamic price discovery for content. • **Liquidity Contribution Rights**: Users may inject liquidity into the work’s dedicated trading pool, earning a share of trading fees generated by the pool and potentially receiving AIFI or creative asset token incentives from the platform. • **Value Appreciation Rights**: As the work’s viewership increases, attention grows and commercial licensing expands, the overall revenue capacity of the work’s economy strengthens. The token’s market price typically appreciates correspondingly, allowing holders to directly share in the value created by the work’s success. To ensure fairness and credibility across all work-level economies, the creative asset token contract enforces a strict non-intervention mechanism. Once tokens are issued, creators cannot modify token supply, user rights or revenue distribution rules. The platform likewise cannot override or impose changes on individual works. All core logic is fully enforced by immutable smart contracts, ensuring that each work’s asset pool remains tamper-proof and rule-consistent throughout its entire lifecycle. **Interaction Mechanism with AIFI** Creative asset tokens serve as work level boundary assets within the AiFi ecosystem, whereas AIFI functions as the platform level token for value consolidation and governance. The two are connected through a multi dimensional on-chain architecture that enables coordinated growth between the content layer and the platform layer: • **Revenue Flowback to AIFI**: A portion of the fees and licensing related revenue generated at the work layer is automatically converted into AIFI via smart contracts, and allocated toward buybacks, deflation mechanisms or incentive pool replenishment. The more works that are created and the more active the ecosystem becomes, the more scarce AIFI becomes. • **AIFI as a Utility Token**: Creators must stake or consume AIFI when issuing works, accessing advanced AI generation tools or participating in review and appeal processes. This ensures continuous token usage and reinforces AIFI’s role as both a governance token and a functional utility token with sustained demand. • **AIFI Incentives for Creative Asset Token Pools**: The platform may inject AIFI incentives into the trading pools of high potential works to enhance liquidity, reduce trading friction and improve price discovery efficiency. This enables strong works to gain market traction more easily and deepen trading participation. • **Governance Linkage**: AIFI holders may vote on work issuance parameters, revenue distribution coefficients, incentive program settings and future functionality upgrades. The operational rules of the work layer are ultimately determined by the platform’s governance system, ensuring unified and consistent coordination across the ecosystem. • **Ecosystem Synergy**: When the platform introduces cross work portfolios, content index products, ecosystem funds or thematic programs, AIFI functions as the value anchor, participation credential or medium of payment, thereby strengthening its connective and aggregative role within the platform level value architecture. Through these interaction mechanisms, creative asset tokens and AIFI form a dual cycle structure in which **the work layer drives demand while the platform layer captures value**. The work layer accelerates issuance, trading and revenue growth, while the platform layer, through AIFI, channels value back into the ecosystem and aligns governance. Together, they create a self reinforcing, scalable and continuously accelerating content finance flywheel. **(5) Crowdfunding and Initial Issuance Contract** The crowdfunding and initial issuance contract is the critical on-chain module that transitions a work from the creative stage into the assetization and marketization stage. It manages the initial subscription process for creative asset tokens, evaluates target completion and handles issuance outcomes. Once a creator completes the work generation process and passes platform review, they may configure crowdfunding parameters through the front-end interface, including total token supply, initial price, target fundraising amount, minimum and maximum subscription per address, and the crowdfunding start and end times. All configuration data is recorded fully on-chain by the crowdfunding contract, ensuring complete transparency throughout the entire process. During the subscription window, users may contribute using platform-supported settlement assets, with every subscription generating immutable on-chain transaction records. Creators cannot modify completed subscriptions, apply preferential allocation or insert additional contributions, ensuring procedural fairness. In terms of subscription logic, the crowdfunding contract validates each contribution against allocation limits and updates state accordingly, preventing single addresses from exceeding their quota or engaging in abusive behavior. The contract continuously aggregates valid contributions and automatically determines a “success” or “failure” state once the crowdfunding period ends based on predefined conditions. If the total subscribed amount reaches or surpasses the creator’s target, the crowdfunding is deemed successful, and the contract automatically mints the corresponding number of creative asset tokens and distributes them proportionally to participants. If the crowdfunding fails to meet its target before the deadline, the contract triggers an automated refund logic, returning all contributed assets to each participant’s wallet via the original route. This ensures user fund safety and eliminates any possibility of centralized intervention. The entire flow is governed strictly by transparent, verifiable and non manipulable smart contract rules. For initial liquidity formation, the crowdfunding issuance contract works in close coordination with the liquidity pool contract. Once crowdfunding succeeds, the contract automatically injects a predefined proportion of the subscribed assets along with a corresponding amount of creative asset tokens into the work’s dedicated liquidity pool, establishing the initial liquidity position. Through this automated provisioning, the creative asset token gains immediate price discovery capability and baseline trading depth the moment crowdfunding concludes. Users may begin secondary market trading immediately, without waiting for the creator or the platform to manually supply liquidity. For both creators and investors, this automated initial liquidity mechanism reduces operational friction, lowers participation thresholds and creates a smooth transition from issuance to market liquidity. It ensures that a successful crowdfunding outcome instantly materializes into a tradable market state, forming the foundation for price formation, revenue distribution and the broader liquidity network across the AiFi ecosystem. **(6) Liquidity Pool Contract (Work AMM)** The liquidity pool contract serves as the core infrastructure enabling liquidity and price discovery for each creative asset token. AiFi deploys an independent AMM pool for every successfully crowdfunded work, allowing its creative asset token to be continuously exchanged on-chain against a designated settlement asset. This architecture establishes an isolated market environment, liquidity depth and pricing structure for each work. Through the “one work, one pool” design, AiFi prevents cross-asset price interference, ensuring that every work demonstrates its own independent market behavior, risk profile and growth trajectory. This separation is essential for giving content assets clear financial properties such as isolatable valuation, transparent pricing and analyzable performance. In liquidity formation, the liquidity pool contract works closely with the crowdfunding issuance contract. Once a work’s crowdfunding succeeds, the contract automatically injects a predefined proportion of subscribed assets together with the corresponding amount of creative asset tokens into the AMM pool, forming the initial liquidity position. As a result, the token becomes tradable the moment issuance is complete, without requiring centralized matching or manual liquidity provisioning. Subsequent users may choose to provide liquidity voluntarily, receiving LP shares or platform incentives that further enhance pool depth and price stability. For works with active trading, strong demand or high perceived earning potential, additional liquidity naturally accumulates, leading to smoother price movements, lower switching costs and the emergence of a more mature trading environment. For price discovery, the liquidity pool contract uses an automated market maker model that continuously generates a price curve based on reserve ratios between the two assets in the pool. Every buy or sell modifies the pool’s reserves, causing the price to adjust along the AMM curve, linking the market valuation of the work directly to user trading behavior. As factors such as viewership performance, licensing revenue, community momentum and market expectations evolve, user trading will naturally reflect those changes on-chain, forming an autonomous and manipulation-resistant price discovery process. For well-performing works, continuous buying and long-term holding deepen liquidity and elevate prices. For works lacking interest or market recognition, liquidity and valuation decline organically, creating a natural “content quality filtering mechanism” driven entirely by market behavior. To address risk and guard against manipulation, the liquidity pool contract incorporates multiple protective mechanisms. It supports platform-defined limits on slippage and maximum trade size per transaction to prevent sudden price distortion in pools with limited liquidity. The system also performs on-chain monitoring to detect anomalies such as repeated wash trading patterns or suspicious addresses attempting to influence a pool disproportionately, with designated hooks for governance-driven or automated responses. In addition, incentivizing more users to provide liquidity to high-potential works increases aggregate pool depth, reducing the impact of malicious actors. Through isolated pool architecture, automated market making, integrated on-chain risk controls and community-driven liquidity, the AMM system provides a resilient, transparent and self-regulating environment for creative asset token pricing and trading. **(7) Dividend Settlement Contract** The dividend settlement contract manages all economic revenues generated by a work within the AiFi platform, including playback income, advertising shares, commercial licensing fees, secondary usage revenue and other derivative earnings. All revenue associated with a work automatically flows into its designated revenue pool according to on-chain rules, and the dividend settlement contract executes revenue accumulation, proportional calculation and distribution triggers in a unified and fully automated manner. This on-chain automation guarantees transparency, determinism and auditability, eliminating any possibility of centralized intervention, manual allocation or revenue misappropriation. Both creators and investors receive their entitled earnings strictly under open and verifiable rules. For revenue distribution, the dividend settlement contract adopts a fully automated proportional allocation model. When a work generates revenue, the contract distributes earnings to all creative asset token holders based on their token share, while simultaneously reserving predefined portions for the creator and the platform. All distributions are executed entirely by smart contracts, requiring no manual review, manual triggers or manual settlement. This ensures that dividend allocation is transparent, accurate and immutable. Users can claim their distributed revenue directly through on-chain interactions, while creator revenue is routed to the creator’s designated address or revenue account, ensuring immediate settlement and clear rights attribution. Regarding settlement security, the dividend settlement contract includes multilayer protection mechanisms to prevent revenue manipulation, fabrication or misallocation. First, all revenue events must be submitted by the platform’s main contract or other authorized contracts, eliminating risks of fabricated or spoofed revenue injection. Second, prior to each distribution, the contract verifies token holding snapshots to prevent abuse involving flash loans, short-term position switching or malicious arbitrage aimed at capturing unearned dividends. The contract also integrates isolated revenue pool management, multisig-controlled administrative permissions, revert-on-error safeguards and comprehensive event logging to ensure that revenue recording, distribution and withdrawal remain correct, stable and tamper-proof throughout the entire lifecycle. Through automated, structured and security-hardened on-chain revenue processing, the dividend settlement mechanism enables each creative asset token to support sustainable value distribution over time. This structure not only provides a long-term economic foundation for each work-level economy but also strengthens the overall transparency, trustworthiness and economic resilience of the AiFi ecosystem. **(8) Reward Pool and Incentive Contract (AIFI Layer)** The reward pool and incentive contract form the execution layer of the AIFI value system, responsible for driving platform growth, motivating creators and users, and enabling buyback, deflation and ecosystem-wide value circulation. Centered around AIFI, this module distributes incentives on-chain, manages value flow-back mechanisms and ensures that the main token continuously captures economic value created by the expansion of the AiFi ecosystem. Through these mechanisms, AIFI gains a strong long-term value foundation that scales with the platform. In terms of incentive logic, the AIFI ecosystem incentive pool is used to reward a wide spectrum of behaviors including creator contributions, content engagement, liquidity provision for work-level AMM pools, participation in platform tasks and governance activity. The incentive contract retrieves behavioral data from the main platform contracts through on-chain events, dynamically calculates reward amounts and executes distributions automatically via smart contracts. Different incentive categories carry differentiated weights, with high quality creator output receiving higher allocations while basic engagement behaviors receive less. This ensures that rewards flow primarily to participants who contribute directly to content growth and ecosystem health. All incentive processes are executed transparently on-chain, fully auditable, and the long term expenditure pattern of the incentive pool is permanently recorded on-chain to ensure sustainability. For buyback and deflation mechanisms, the incentive contract operates in coordination with the platform’s value capture logic. A predefined portion of platform revenue is periodically allocated to the buyback pool, from which the contract automatically purchases AIFI on the open market according to preset strategies. Purchased AIFI is then either injected back into the incentive pool or burned, depending on governance parameters and ecosystem needs. This mechanism enhances the scarcity of AIFI and creates a closed-loop value cycle where economic activities such as trading volume, licensing revenue, advertising income and platform service fees ultimately accumulate into AIFI’s long-term value base. With automated buyback execution and configurable deflation functions, the supply structure of AIFI becomes tightly linked to ecosystem growth and transaction activity, establishing a robust intrinsic value foundation. Regarding incentive triggers, the incentive contract executes distribution logic whenever specific on-chain behavioral events occur within the platform. Examples include: successful work-level crowdfunding triggering creator rewards, a work’s playback count reaching certain thresholds triggering content incentives, users supplying liquidity to a work’s AMM pool triggering LP incentives and governance participation triggering governance rewards. Each category uses its own incentive algorithm and parameters, which can be adjusted through on-chain governance to match different phases of platform growth. Through this chain of processes — behavior events → incentive logic → value flow-back — AiFi establishes a self-reinforcing and sustainable long-term growth loop. This makes AIFI the core value anchor and strategic growth engine of the ecosystem. **(9) Security and Auditing** AiFi treats security as one of the most critical foundations in its technical architecture and smart contract system. Since the platform handles multiple on-chain financial flows including work-asset issuance, AMM-based liquidity pools, revenue distribution and AIFI incentive allocation, any security vulnerability could lead to irreversible ecosystem damage. Therefore, multiple layers of security mechanisms are integrated from the design stage, including multisig governance, strict permission control, controlled upgrade frameworks and continuous auditing plans, ensuring stability, trustworthiness and verifiability throughout protocol evolution. **Multisignature Mechanism** All high-impact contracts — including the AIFI main contract, the Factory contract, governance execution modules and incentive and buyback modules — are managed via multisig wallets to eliminate single-point control risks. Multisig signers consist of core team members, technical leads and ecosystem representatives. Sensitive operations such as parameter updates, contract upgrades, incentive strategy adjustments or emergency shutdowns require threshold approval before execution. This provides strong resistance to abuse, enhances trust and ensures transparency in governance actions. **Permission Control Architecture** AiFi adopts a role based permission model that strictly isolates operational privileges across modules, including issuance, AMM pools, revenue settlement and governance. This prevents cross-permission escalation and reduces the overall attack surface. Work-asset token contracts are deployed exclusively through the Factory mechanism, disallowing any manual contract alteration to ensure standardized issuance and prevent malicious modifications. All contracts follow the principle of least privilege, exposing only the minimal necessary interfaces, thereby safeguarding core assets even under abnormal or adversarial calls. **Controlled Upgrade Framework** Given the rapid evolution of AI technology, content-asset markets and chain ecosystems, AiFi implements an upgradable contract framework that supports secure and controlled upgrades. All upgrades require governance approval or multisig authorization, followed by transparent on-chain event announcements. This ensures every upgrade is verifiable, traceable and audit-friendly. Immutable components such as work-asset tokens use versioned contract structures, ensuring upgrades never compromise the independence or immutability of previously issued assets. **Auditing and Ongoing Security Programs** Before the official mainnet launch, AiFi will undergo multiple rounds of third-party security audits covering all core modules including the AIFI token contract, the work-asset token Factory, crowdfunding contracts, AMM trading pools, revenue distribution modules and incentive logic. Post-launch, periodic re-audits will be conducted, and a bug bounty program will be established to encourage developers and security researchers to identify vulnerabilities. All audit reports will be transparently published to uphold long-term operational standards. Through the combination of multisig governance, granular permission controls, controlled upgrade mechanisms and continuous professional auditing, AiFi establishes a robust security foundation for all financial and value flows across the ecosystem. This ensures that creators, investors and all participants can interact with assets and engage in content production within a trustworthy, transparent and continuously improving on-chain environment. **(9) Security and Auditing** AiFi treats security as one of the most fundamental requirements across its technical architecture and smart contract system. Because the platform involves multiple on-chain financial flows including creative asset issuance, AMM liquidity provisioning, revenue distribution and AIFI incentive allocation, any security risk could cause irreversible damage to the ecosystem. Therefore, multiple layers of protection, including multisignature authorization, permission control, controlled upgrade mechanisms and continuous auditing plans, are integrated from the design stage to ensure system stability, trustworthiness and verifiability throughout all iterations and ecosystem expansion. For multisignature control, all high-impact contracts including the AIFI main contract, the Factory contract, governance execution contracts and the incentive and buyback modules are governed through multisig wallets, preventing any single party from holding unilateral control. Multisig signers consist of core team members, technical leads and ecosystem representatives, and any sensitive action such as parameter adjustments, contract upgrades, incentive policy modifications or emergency pause operations must meet multisig thresholds before execution. This ensures governance resistance to misuse while maintaining high transparency and operational safety. For permission control, AiFi adopts a role based permission model that strictly separates operational privileges across issuance, liquidity pools, revenue modules and governance modules, preventing cross-permission escalation from expanding the attack surface. creative asset token contracts are deployed exclusively through the Factory mechanism and cannot be manually modified, ensuring consistent issuance standards and preventing malicious tampering. All contracts follow the principle of least privilege, exposing only the minimum required interfaces so core assets remain protected even under abnormal calls or attempted external exploits. For upgrade strategy, given the rapid evolution of AI technology, the content asset industry and on-chain ecosystems, AiFi implements a controlled upgradable framework that supports secure functional upgrades and vulnerability fixes. Any upgrade must be approved by governance or multisig authorization and publicly announced through on-chain events, ensuring transparency, auditability and traceability. Immutable modules such as creative asset tokens use versioned contract structures to guarantee that upgrades never impact the independence or immutability of already issued assets. For auditing, AiFi will undergo multiple rounds of third party security audits before launch, covering the main token contract, the creative asset Factory, the crowdfunding module, AMM trading pools, revenue settlement modules and incentive mechanisms. After launch, periodic re-audits will continue, and a bug bounty program will be introduced to encourage developers and security professionals to contribute to risk detection. All audit reports will be publicly disclosed to ensure long term operational standards of security, transparency and accountability. Through the combination of multisignature control, strict permission design, controlled upgrade mechanisms and continuous auditing, AiFi establishes a solid security foundation for all value flows, treasury operations and user rights across the ecosystem, enabling creators, investors and participants to interact with assets and create content within a trustworthy, transparent and continuously strengthened on-chain environment. #### **5.4 Content Ownership Verification Mechanism** The content ownership verification mechanism is one of the foundational components of AiFi’s assetization framework, ensuring that every work generated by AI or uploaded by creators possesses verifiable originality, immutability and full traceability. Through the use of prompt hashing, generation timestamps, standardized metadata structures and on-chain content fingerprints, AiFi assigns each piece of content an independent, trustworthy and long term digital identity, enabling it to function as a complete on-chain asset throughout issuance, trading, revenue distribution and governance processes. For the prompt hashing mechanism, the platform records the original prompts, model version parameters and key generation configurations used during content creation, then generates a unique prompt fingerprint via cryptographic hashing and writes it on-chain. Even if a work undergoes multiple revisions or derivative versions, its original conceptual source can always be verified via the prompt hash, preserving full provenance, preventing copyright disputes and providing investors with a stable and credible proof of originality. For the content timestamp mechanism, AiFi records the content hash and exact generation time at the moment a work is completed and submits this data to the blockchain to form an immutable temporal proof. This ensures that the creation process is verifiable, that different versions of a work form independent on-chain timestamps and that its entire lifecycle has a clear version trail and historical record. The combination of timestamps and content hashes prevents tampering, reverse forgery and retroactive on-chain uploads, reinforcing the authenticity and integrity of content assets. At the metadata standard layer, AiFi defines a unified on-chain metadata structure for various content types including video, images, music and scripts. This structure records essential information such as the creator’s address, model version, content category, file digest, format specifications, generation parameters, revenue allocation structure and other asset attributes. Metadata is permanently fixed on-chain, ensuring verifiability and consistency across token issuance, market circulation, revenue distribution and cross platform applications, thereby establishing a standardized technical foundation for the content asset ecosystem. Through the combined operation of prompt hashing, generation timestamps, standardized metadata and on-chain content fingerprints, AiFi transforms all works from merely “generable content” into fully “verifiable digital assets”. This ownership verification framework not only provides a trusted technical basis for content issuance, crowdfunding, trading and revenue allocation, but also establishes a transparent, auditable and cryptographically secured protection system for creators and investors. It forms the bedrock of trust underpinning AiFi’s entire content financialization ecosystem. #### **5.5 Data Storage** AiFi’s data storage architecture is designed around four core principles: high availability, verifiability, low cost and scalability. Its purpose is to provide a stable and reliable foundation for content ownership verification, asset issuance, revenue distribution and long term content management. Since AI generated content is often large in size and unsuitable for direct on-chain storage, AiFi adopts a hybrid model of on-chain fingerprints and off-chain decentralized storage. By placing essential metadata on-chain while storing large content files across distributed networks, the system achieves an optimal balance between performance, cost and security, ensuring that content assets remain verifiable, sustainable and highly scalable. For the on-chain content registration scheme, AiFi stores only the essential structural information of each work, including the content hash, prompt hash, metadata and generation timestamp. This guarantees immutability and long term trustworthiness for all ownership records. The on-chain contracts also record the version number, file digest, copyright ownership and associated asset contract addresses, enabling each work to maintain a complete ownership trail and auditable lifecycle history. For large AI generated files such as video, images and audio, AiFi uses off-chain decentralized storage to avoid the high cost and size limitations of on-chain storage, ensuring cost efficient accessibility while preserving full verifiability. At the storage layer, AiFi uses IPFS as its standard distributed storage network. When a work is uploaded, its file is chunked and stored across globally distributed nodes, generating a unique CID (Content Identifier). Any user can retrieve the content through its CID, enabling long term availability without reliance on centralized servers. All CIDs are recorded on-chain alongside metadata, allowing users to verify that the retrieved file matches its on-chain fingerprint. Even if files migrate between nodes or storage topology changes, their integrity and verifiability remain intact. For the on-chain indexing structure, AiFi adopts a dual-layer design composed of a Work Index Contract and a Global Asset Mapping Table. The Work Index Contract stores metadata hashes, CIDs, creator addresses, issuance contract addresses, revenue contract addresses and other linked on-chain information, serving as the primary on-chain index for each work. The Global Asset Mapping Table aggregates cross-work, cross-version and cross-chain references, enabling the front end, third party applications and ecosystem partners to efficiently query work states, revenue records, token information and historical activity. This abstracted indexing layer significantly improves query performance, scalability and multi-chain compatibility, providing ample room for future ecosystem expansion. Through the combined operation of on-chain content fingerprinting, IPFS distributed storage and a robust on-chain indexing architecture, AiFi builds a highly secure, verifiable and scalable data storage foundation for all works. Every AI generated output becomes a long term traceable, verifiable and universally accessible digital asset, forming the essential technical backbone of AiFi’s full chain content financialization framework. #### **5.6 Evolution Toward a Native Content Blockchain** As the number of work level economic units, on-chain contracts and cross module interactions continues to expand, AiFi’s content assetization system faces increasing demands for execution throughput, state consistency and cross work isolation. To support long term scalability, AiFi will gradually introduce a native blockchain optimized for content asset scenarios, allowing the core logic of work level assets to run on a unified high performance execution layer while maintaining compatibility with the existing multi chain deployment strategy. The native chain will adopt an execution model optimized for large scale content finance environments. Through sharded state isolation and a modular execution environment, each work’s asset token, revenue pool, AMM pool and lifecycle management logic will operate within its own dedicated state space. This eliminates cross work resource contention, reduces contract level congestion risk and significantly improves system stability under high frequency content generation and trading scenarios. At the execution layer, the native chain will provide an EVM compatible environment and introduce optimizations specifically tailored to high frequency microtransactions, stateful revenue distribution logic, AMM operations and continuous work event submissions. Enhancements such as optimized gas scheduling, compressed storage reads and writes and batch execution further reduce latency across the entire chain workflow from content generation to issuance and revenue distribution. At the cross chain layer, the native chain will support interoperability with major public chains through light client verification, a cross chain messaging bus and a unified creative asset ID standard. This architecture enables each work to execute its core value logic on the native chain, including issuance, ownership verification, revenue settlement and governance, while still remaining displayable, composable and tradable across external ecosystems. As a result, AiFi achieves a dual layer structure with a unified secure execution layer and a flexible multi chain distribution layer. Through this architecture, AiFi provides unified security guarantees, higher parallel processing capacity and a sustainable cost structure for all work level assets. The introduction of the native chain addresses performance bottlenecks associated with large scale parallel work economies and establishes a future oriented infrastructure foundation. This enables AiFi to evolve from a multi chain compatible system into a unified content asset execution network anchored by its native chain. --- # Agent Instructions: Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. 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