> For the complete documentation index, see [llms.txt](https://aco-labs.gitbook.io/aco-labs-docs/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://aco-labs.gitbook.io/aco-labs-docs/whitepaper-of-aco-public-chain-project-en.md). # Whitepaper of ACO Public Chain Project EN A High-Performance Base Layer Public Chain Outperforming BSC All-Domain Integrated Web3.0 Ecosystem Ver 1.0 ｜ 2026.07 ## Chapter 1 ### Project Overview and Industry Background #### 1.1 Current Development Status of the Global Blockchain Industry Since the birth of Bitcoin’s peer-to-peer electronic cash system, blockchain technology has evolved for more than a decade. It has developed from a standalone digital currency experiment into a complete industrial ecosystem encompassing smart contracts, decentralized applications (DApps), public chain ecosystems and the full Web3.0 landscape. At present, blockchain covers multiple tracks including underlying public chains, decentralized finance (DeFi), the metaverse, Web3 social platforms, on-chain content ecosystems and cross-chain asset interoperability, emerging as one of the core infrastructures of the global digital economy. In terms of industrial trends, the global blockchain industry is entering a stage of high-quality development featuring standardization, large-scale deployment and ecological improvement. Regulatory frameworks across nations are gradually being refined. The industry is shifting from the extensive growth of its early days to a development path oriented toward real-economy applications, technological innovation and digital empowerment. Major traditional internet enterprises continue to deploy resources in Web3.0, with capital, technology and talent converging rapidly within this sector. From a market perspective, the total market capitalization of global crypto assets maintains steady growth. The number of decentralized applications has exceeded one million, and the scale of active on-chain users rises year by year. Cross-chain technologies, Layer 2 scaling solutions and smart contract systems are becoming increasingly sophisticated, laying a solid technical foundation for the large-scale implementation of public chain ecosystems. Meanwhile, prominent pain points continue to plague the industry. Many public chains suffer from outdated underlying technology, transaction congestion, excessive transaction fees, limited ecological scenarios, high barriers for users and an absence of value closed loops. These issues severely hinder the mass adoption of Web3.0. Against this backdrop, application-oriented public chains featuring high performance, low entry barriers, full-scenario compatibility and robust value closed loops represent an established market demand, as well as the core direction for blockchain to break through growth bottlenecks. The DOMI \_Dao Public Chain is initiated in response to the aforementioned industry pain points and market demands. Relying on a mature underlying technical architecture, it strives to build a Web3.0 full-ecology public chain targeted at ordinary users and supporting full-scenario implementation, precisely targeting the core tracks of the industry. #### 1.2 Iteration Trends & Pain Points of Web3.0 Ecosystem Web3.0 represents a new generation of the Internet following Web1.0 (static information display) and Web2.0 (interactive social networking). Its core logic lies in the confirmation of user data rights, autonomous control of assets, decentralized governance and interconnected value circulation. In the Web1.0 era, users were merely passive recipients of information, while platforms monopolized all data and traffic. During the Web2.0 era, although users could actively create content and interact with others, data, social connections and content assets belonged to platforms. This has given rise to systematic problems including data leakage, privacy infringement, centralized control and imbalanced revenue distribution. Web3.0 restructures the landscape above with decentralized blockchain technology, enabling users to own their identities, data, assets and value. Ecological benefits are shared among users and co-builders, fundamentally breaking platform monopolies. Currently, the Web3.0 industry is undergoing rapid iteration with continuously expanding ecological scenarios and growing user awareness. Nevertheless, four core pain points remain prevalent. First, severe ecological fragmentation. Most Web3 products only focus on single scenarios such as trading, social networking or wallets. Users have to frequently switch among multiple tools, accounts and blockchain networks, resulting in lengthy operation workflows and extremely high entry barriers for ordinary users. Second, inadequate adaptability of public chains. Existing public chains either boast favorable performance yet lack abundant ecosystems, or feature prosperous ecosystems accompanied by high transaction fees and network congestion, failing to balance user experience and operating costs. Third, unsatisfactory user experience. Operations including private key management, chain switching and contract interaction are highly unfriendly to general users, hindering large-scale popularization. Fourth, the absence of a value closed loop. Numerous projects only possess conceptual scenarios without sound token economic models and revenue distribution mechanisms. They cannot establish a win-win structure covering users, projects and the ecosystem, making it difficult to sustain ecological activity. To address the pain points mentioned above, the DOMI \_Dao Public Chain targets the integrated Web3.0 ecological track. It integrates full-scenario functions including social networking, wallets, trading, live streaming, content communities, DApp ecosystems and cross-chain asset interoperability. It builds an all-in-one, low-threshold Web3 ecosystem with a robust value closed loop, systematically tackling industrial challenges of traditional Web3 products such as fragmentation, cumbersome operations, poor user experience and the lack of win-win mechanisms. #### 1.3 Development Landscape and Opportunities of the Public Chain Track Public chains serve as the underlying infrastructure of the Web3.0 industry, supporting all decentralized applications, on-chain interactions and asset circulation. Industrial development heavily relies on the technical maturity and ecological completeness of underlying public chains. At present, a layered competition landscape has taken shape in the global public chain track. Leading public chains each possess unique strengths yet suffer from evident drawbacks. As the first public chain supporting smart contracts, Ethereum ranks first in the industry in terms of DApp quantity, user base and asset scale. However, it has long been plagued by transaction congestion, high Gas fees and costly scaling solutions, resulting in steep entry barriers for ordinary users and hindering mass adoption. As an optimized public chain derived from Ethereum, BSC (Binance Smart Chain) rose rapidly relying on exchange traffic, with advantages of low transaction fees, fast confirmation speed and EVM compatibility, becoming one of the public chains with the highest participation among mainstream users. Nevertheless, its ecosystem is highly dependent on centralized platforms with limited decentralization. Its scenarios are concentrated in financial trading, lacking lifestyle-oriented Web3 applications such as social media, content platforms and live streaming. In addition, public chains including Solana, Avalanche and Polygon feature distinctive characteristics, but generally face challenges such as insufficient ecological implementation, low user stickiness, single application scenarios and weak localized adaptation. Across the entire track, there remains a market gap for an all-round public chain that integrates high performance, low transaction fees, a complete lifestyle-oriented Web3 ecosystem, decentralized win-win mechanisms and user-friendly experience. This constitutes the core strategic opportunity for the DOMI \_Dao Public Chain. The DOMI \_Dao public chain surpasses BSC with a mature underlying architecture, inheriting its advantages of high performance, low transaction fees, and strong compatibility. At the same time, it addresses BSC's shortcoming of a narrow ecological scenario by building a comprehensive Web3.0 ecosystem that covers social networking, trading, entertainment, and content. This creates differentiated competitive barriers and captures the core market of mass-adoption Web3 public chains. #### 1.4 Original Intention and Core Positioning of the DOMI \_Dao Public Chain Project The DOMI \_Dao Public Chain is jointly initiated by senior blockchain technology and operation teams. Having been deeply engaged in the industry for years, the team thoroughly identifies industrial pain points and user demands. It abandons the development model adopted by traditional public chains that "prioritizes technology over ecology and speculation over practical implementation". Guided by the core philosophy of technology implementation, ecological inclusiveness, win-win outcomes for users and long-term sustainability, the project aims to build an application-oriented Web3 public chain that truly serves ordinary users, supports full-scenario deployment and enables value accumulation. The core positioning of the project: a high-performance underlying public chain benchmarking BSC, as well as an integrated lifestyle-oriented Web3.0 ecological complex. At the underlying layer, mature and stable public chain technology ensures efficient, low-cost, secure and traceable transactions. At the upper layer, an all-in-one Web3 ecological matrix is constructed to satisfy full-scenario demands including on-chain trading, asset storage, social interaction, content creation, entertainment live streaming and DApp applications. Ordinary users can easily participate in the Web3 ecosystem and share technological dividends and ecological appreciation gains without professional blockchain expertise. DOMI \_Dao rejects concept hype and focuses on technological implementation and ecological accumulation. Through a refined token economic model, decentralized node governance, full-scenario ecological applications and an iteratively upgraded technical system, it establishes a self-controllable, decentralized, win-sharing and long-term sustainable closed-loop Web3 digital ecosystem. #### 1.5 Summary of Core Values and Core Advantages of the Project Compared with peer projects in the industry, the DOMI \_Dao Public Chain has formed systematic differentiated strengths and competitive barriers across five dimensions: technology, ecology, economic model, user rights and implementation capacity. **Technology Dimension:** The project adopts mainstream tech stack including Flutter, Go and Node.js. Go guarantees high performance and security of the underlying public chain; Node.js supports massive ecological interactions; Flutter enables cross-platform mobile deployment and smooth operation. The overall architecture benchmarks mainstream public chain standards represented by BSC. It is mature, stable, supportive of long-term iteration and equipped with solid technological implementation capability. **Ecology Dimension:** DOMI \_Dao builds a rarely-seen full-scenario closed-loop Web3 ecosystem. It integrates more than ten core functions: public chain infrastructure, decentralized trading, cross-chain asset interoperability, encrypted social networking, content communities, multi-chain wallets, DApp browsers and voice live streaming. It stands among the application-oriented public chains with the broadest scenario coverage to date, fundamentally resolving pain points of traditional Web3 products such as functional fragmentation, unsatisfactory experience and excessive entry barriers. **Economic Model Dimension:** The total supply of DMT tokens is fixed at 1 billion with no additional issuance, structurally eliminating risks of inflation and depreciation. The well-designed allocation structure balances ecological incentives, team development and ecological reserves. A high proportion of 55% mining reward pool sustains long-term circulation vitality of the ecosystem. The node staking dividend mechanism allows all ecological users to share platform revenues and realizes genuine decentralized win-win collaboration. **User Rights Dimension:** The project breaks the centralized revenue model of conventional projects by distributing network-wide transaction fee revenues to node holders. Users can become ecological nodes by staking merely 100 DMT tokens and gain long-term access to ecological dividends from the whole network. A community of interests tightly binding users and the project is established with extremely low participation thresholds. **Implementation Capacity Dimension:** All ecological functions of the project are independently developed and operate genuinely on-chain. All transactions and interaction data are recorded on the blockchain for public traceability. Free of empty concepts and hollow ecosystems, the project possesses authentic and sustainable operational and implementation capabilities. ## Chapter 2 ### Core System and Underlying Architecture of the Project #### 2.1 Underlying Technical Positioning of the DOMI \_Dao Public Chain The DOMI \_Dao public chain is a self-developed, decentralized underlying public chain, belonging to an EVM-compatible smart contract public chain. Its underlying architecture, operational mechanisms, consensus logic, and functional attributes surpass those of BSC (Binance Smart Chain), making it a standard high-performance application-oriented public chain. The project features an independent mainnet, an independent chain ID, an independent blockchain explorer, and an independent smart contract deployment environment. It is fundamentally distinct from sidechains, private chains, consortium chains, and tokens issued on other chains, representing an independent public chain with complete underlying infrastructure. The public chain is positioned as a high-performance inclusive commercial public chain. It prioritizes four core characteristics: transaction speed, operational stability, ultra-low Gas fees and high compatibility, adapting to high-frequency scenarios including daily user transfers, trading, swapping, social interactions and DApp usage. Meanwhile, it enables developers to deploy various smart contracts and decentralized applications, boasting prominent commercial value and ample room for ecological expansion. In terms of technical route, DOMI \_Dao abandons the path adopted by high-end public chains featuring high computing power requirements, steep entry barriers and high costs. It also avoids the drawbacks of niche public chains such as technical instability, incomplete ecosystems and frequent outages. Built upon mature and stable underlying technology, it focuses on ecological implementation and user experience, building inclusive Web3 infrastructure capable of supporting massive users and high-frequency interactions. #### 2.2 Analysis of Technical Advantages of DOMI \_Dao Public Chain Over the BSC Ecosystem BSC is currently one of the world's largest application-oriented public chains in terms of user base, with the richest real-world use cases and the most stable operation. Leveraging its core advantages of low transaction fees, fast confirmation, and EVM compatibility, it has become the go‑to choice for mass‑market Web3 users and a benchmark for industry application‑oriented public chains. The DOMI \_Dao public chain comprehensively surpasses BSC in its underlying architecture, inherits its core technical advantages, and on this basis, completes ecological upgrades and scenario expansion. At the consensus mechanism level, DOMI \_Dao adopts the mature DPoS (Delegated Proof of Stake) consensus mechanism combined with the node staking mechanism, balancing decentralization and transaction processing efficiency. Its TPS reaches mainstream industry standards, supporting concurrent interactions among massive users and preventing network congestion plaguing Ethereum. In terms of transaction fees, DOMI \_Dao carries forward BSC’s advantage of low Gas costs, enabling extremely low expenses for daily transfers, trades and contract interactions and suiting high-frequency operations by ordinary users. For compatibility, DOMI \_Dao is fully EVM (Ethereum Virtual Machine) compatible and supports mainstream smart contract formats. Developers can migrate mature DApps built on Ethereum and BSC ecosystems to the DOMI \_Dao Public Chain at low costs, substantially lowering ecosystem incubation expenses. On cross-chain functionality, DOMI \_Dao natively supports USDT cross-chain interoperability, opening circulation channels for mainstream stablecoins, enabling free flow of multi-chain assets and breaking the confinement of closed assets on single public chains. Compared with BSC, DOMI \_Dao possesses unique ecological strengths. BSC concentrates on financial trading scenarios and lacks lifestyle-oriented Web3 applications. While benchmarking BSC’s underlying technology, DOMI \_Dao adds lifestyle scenarios including encrypted social networking, content communities, voice live streaming and on-chain social payments. It achieves the goal of matching leading players in technology and surpassing them in ecosystem, constructing a dual closed-loop ecosystem integrating finance and lifestyle services. #### 2.3 Overall Architecture of Core Tech Stack (Flutter + Go + Node.js) The DOMI \_Dao Public Chain and all supporting ecological products adopt a mature and stable three-tier technical architecture: Go for the underlying chain layer, Node.js for the backend service layer, and Flutter for the frontend client layer. The three tiers feature clear responsibilities, in-depth collaboration and interconnected data, ensuring efficient, stable and secure operation of the entire ecosystem. **Underlying Chain Layer (Go)** Go is a mainstream programming language for underlying blockchain development, delivering high performance, massive concurrency, low latency and robust security. It adapts to core operations of public chains including mass transaction processing, consensus node synchronization, block packaging and on-chain data recording. It supports high-concurrency transaction handling, guarantees 24/7 stable operation of the public chain and provides the most solid underlying foundation for the ecosystem. **Backend Service Layer (Node.js)** Node.js features efficient asynchronous non-blocking I/O processing capacity, suitable for scenarios such as massive online user interactions, interface responses, data transmission, contract invocation and linkage of ecological functions. It rapidly responds to high-frequency operations including transfers, chats, trading, live streaming and content publishing, supporting simultaneous online access by large-scale user groups. **Frontend Client Layer (Flutter)** Flutter is a globally popular cross-platform development framework. A single set of code can be deployed simultaneously on Android and iOS, delivering smooth interface rendering, strong compatibility and low power consumption. It greatly reduces multi-terminal development and maintenance costs while enabling seamless operation and optimal user experience of full functions including social networking, trading, wallets and live streaming on mobile terminals. The three-tier architecture performs respective duties and collaborates closely, forming a complete technical system characterized by stable underlying layer, fast backend layer and optimized frontend layer. It offers solid support for long-term iteration, function upgrades, user expansion and scenario extension of the DOMI \_Dao ecosystem. #### 2.4 Operating Mechanism of the Underlying Blockchain Network The DOMI \_Dao Public Chain adopts a mature distributed blockchain network mechanism, with on-chain data jointly maintained by nodes across the network. All block data, transaction records, contract operations and user behavioral data are verified, packaged, uploaded and stored by distributed nodes. Free of centralized server control, it features core attributes including decentralization, immutability, transparency and permanent traceability. The network consists of ordinary user nodes, staking nodes and validator nodes. Ordinary user nodes participate in data synchronization and transaction broadcasting to ensure distributed network coverage. As core ecological nodes, staking nodes take part in network governance and transaction fee dividends and assist in maintaining network stability. Validator nodes are responsible for block packaging, transaction verification and consensus confirmation, ensuring the authenticity and validity of every on-chain transaction. The blockchain network adopts millisecond-level block packaging. After a transaction is initiated, nodes across the network rapidly synchronize, verify and complete on-chain recording, delivering fast confirmation and low latency to fully satisfy demands of daily high-frequency on-chain operations. Meanwhile, the network supports automatic fault tolerance, self-repair and node synchronization. Offline individual nodes will not disrupt overall operation, securing round-the-clock stable services of the public chain. #### 2.5 Transaction Consensus and On-Chain Recording Mechanism The DOMI \_Dao Public Chain adopts a lightweight and efficient consensus algorithm combined with the Proof of Stake mechanism to realize efficient, secure and low-cost transaction consensus. All on-chain operations initiated by users — including transfers, trading, swapping, contract interactions and social payments — must undergo multi-layer verification by network-wide nodes. Consensus can be reached and transactions packaged into the latest block only after confirming the legality of transactions, valid asset balances and absence of duplicate transactions. All transactions with completed consensus are permanently written into the blockchain distributed ledger. Once uploaded on-chain, data cannot be tampered with or deleted and remains traceable permanently. Users may query historical transactions, asset changes and contract execution records anytime via the DOMI \_Dao blockchain explorer by address, transaction hash or block height. The whole process is fully transparent, eliminating black-box operations and data falsification. Targeting high-frequency micro-transaction scenarios within the ecosystem, the public chain carries out special optimization on the consensus workflow. It streamlines redundant verification steps while ensuring security, significantly accelerating confirmation speed and cutting operational costs, perfectly adapting to high-frequency lifestyle interactions within Web3. #### 2.6 Gas Fee Mechanism and Network Governance Logic The DOMI \_Dao Public Chain imposes ultra-low on-chain Gas fees. Gas fees serve to incentivize network-wide nodes to maintain network operation, safeguard on-chain security and sustain ecosystem operations. All fees generated from on-chain transfers, trading, contract invocation and asset swapping are aggregated into the network-wide fee dividend pool, and allocated to holders of ecological nodes in proportion to their staking volume. This creates a virtuous cycle: users conduct transactions, nodes receive dividends, and the ecosystem achieves self-reinforcing growth. The Gas rate applies a dynamic adjustment mechanism, automatically adjusted according to network transaction congestion. Rates rise moderately during peak hours to guarantee confirmation speed and remain ultra-low during off-peak periods, continuously balancing user costs and network stability. Compared with public chains such as Ethereum, DOMI \_Dao reduces on-chain interaction costs by over 90%, truly realizing inclusive on-chain interactions. At the governance level, DOMI \_Dao adopts a decentralized joint governance model among nodes. Major ecological adjustments, technical iterations, function upgrades, incentive rule optimization and other matters are determined after fully soliciting opinions from node users. It abandons centralized unilateral decision-making by the development team, enabling ecosystem co-builders to participate in project governance and ensuring project development consistently aligns with user demands and market trends. #### 2.7 Technical Principles and Application Scenarios of USDT Cross-Chain Interoperability USDT is the stablecoin with the largest circulation volume, highest recognition and strongest liquidity worldwide, acting as the core medium of circulation in the digital asset market. The DOMI \_Dao Public Chain natively supports USDT cross-chain interoperability. Through self-developed cross-chain gateway protocols, it opens USDT circulation channels between DMT and mainstream public chains, supporting cross-chain deposits, withdrawals, transfers and trading, resolving pain points of closed assets and insufficient liquidity on single public chains. The cross-chain mechanism adopts multi-signature security verification. All cross-chain asset transfers undergo automatic verification by smart contracts and multi-node confirmation to eliminate risks of asset loss, unauthorized transfers and data forgery, securing cross-chain circulation. Users may transfer USDT from other blockchains to DOMI \_Dao to participate in ecological trading, staking, wealth management and social consumption. They can also transfer assets on the DOMI \_Dao chain to other mainstream public chains for free asset circulation. USDT cross-chain interoperability greatly enriches DOMI \_Dao’s asset ecosystem, boosting the public chain’s liquidity and inclusiveness. It enables massive external users and assets to rapidly access the DOMI \_Dao ecosystem, providing core support for ecosystem expansion, user growth and liquidity improvement. ## Chapter 3 ### Token Economic Model System #### 3.1 Definition of Basic Parameters for DOMI \_Dao Token DOMI \_Dao is the exclusive native token of the DOMI \_Dao Public Chain. It serves as the core value carrier, circulation medium, equity certificate and governance credential of the entire public chain, running through all technical scenarios and ecological applications of the public chain. The basic parameters of the token are publicly transparent and permanently fixed, with no hidden rules and no subsequent additional issuance mechanism, so as to safeguard the stability and sustainability of token value. | **Parameter Item** | **Parameter Description** | | --------------------- | --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | | Token Name | **DMT** | | Total Supply | 1 billion tokens (constant total supply, no additional issuance in perpetuity; token burning is automatically executed by on-chain smart contracts in accordance with established rules only) | | Circulation Scenarios | Native governance token of the public chain, ecological circulation token, equity dividend token, and Gas fee token | | Equity Attributes | On-chain transfer, DEX trading, Swap exchange, cross-chain flash swap, node staking, fee consumption, ecological consumption, community incentives, mining output | | Parameter Item | Dividends from node fees, participation in ecological governance, unlocking of membership benefits, priority for ecological airdrops, early access to new functions | All activities related to DMT tokens are transparently traceable on-chain. Data on issuance, allocation, unlocking, circulation and burning can be verified via blockchain explorers. The system operates in an open, fair and credible manner, and structurally prevents centralized manipulation, fake circulation and unauthorized additional issuance. #### 3.2 Core Advantages of the Constant-Supply Token Model Most projects in the industry currently adopt inflationary token models. They continuously expand circulating supply via annual additional issuance or unlimited mining output, which leads to supply-demand imbalance, prolonged token depreciation, shrinking assets for holders and unsustainable ecosystem development. Adopting a constant supply model of 1 billion tokens, DMT eliminates inflation risks at the source and establishes a robust logic for value support. The core merit of the constant-supply model lies in controllable supply and demand dynamics. The total token supply is permanently fixed. As the ecosystem attracts more users, application scenarios expand and the frequency of on-chain interactions rises, market demand for DMT will keep growing. This forms a deflationary value appreciation structure characterized by rising demand and fixed total supply, driving steady growth of token value in the long run. In addition, the ecosystem boasts numerous scenarios for token consumption and lock-up. Mechanisms including on-chain fee burning, node staking lock-ups, ecological consumption deductions and gradual controlled mining output continuously reduce the circulating supply in the market. This further widens the supply-demand gap and endows the token with enduring, stable and sustainable upward momentum. It draws an essential distinction from inflationary and worthless air tokens prevalent in the market. #### 3.3 Detailed Token Allocation and Breakdown of PurposesDOMI \_Dao The total supply of 1 billion tokens follows a scientific, balanced and sustainable three-way allocation structure, split into three components: the Global Mining Reward Pool, Team & Early Cornerstone Investors, and Foundation Ecological Reserve. The three segments perform their respective roles and coordinate with each other. This structure not only ensures long-term circulation vitality of the ecosystem and sustained motivation for the team’s development, but also sets aside ample funds for ecological expansion to support the project’s long-term sustainable growth. There is no concentrated token control, large-scale private placement, or exclusive token allotment for the team under this overall allocation scheme, which maximizes the rights and interests of ordinary users. | **Allocated Module** | **Proportion** | **Quantity** | **Core Purpose** | | ---------------------------------- | -------------- | ------------ | ---------------------------------------------------------------------------------------------------------- | | Global Mining Reward Pool | 55% | 550M Tokens | Global Ecological Mining Incentives, linearly vested according to users' ecological contributions | | Team & Early Cornerstone Investors | 20% | 200M Tokens | Incentives for Core Team & Early Co-Builders, linearly vested and gradually released | | Foundation Ecosystem Reserve | 25% | 250M Tokens | Reserves for technological upgrading, ecosystem incubation, global promotion and risk prevention & control | #### 3.4 Detailed Mechanism of Global Mining Reward Pool **55% for Core Ecosystem** The Global Mining Reward Pool accounts for 55% of the total token supply, amounting to 550 million DMT tokens. It is the largest allocation module of the project and the core source of ecosystem circulation and user incentives. No team vesting schedule, early token release or private placement circulation applies to this portion. All tokens are gradually unlocked based on users’ ecological contributions, serving as core rights that truly belong to all ecosystem users. The core mission of the Mining Reward Pool is to boost ecosystem activity, reward user contributions, improve market liquidity and build a win-win community system. Moving away from the traditional model where project teams hold exclusive token ownership while users receive no incentives, the project allocates more than half of all tokens to ecosystem participants. Every user can earn DMT tokens through mining to achieve ecosystem co-construction and shared value. Token release via mining adopts a linear vesting mechanism. The release rate will be dynamically adjusted according to ecosystem activity, user contribution levels and on-chain interaction volume. This prevents selling pressure arising from the concentrated release of large volumes of tokens, safeguarding steady circulation and sustainable value appreciation. Mining covers full-scenario activities including ecosystem trading, social interaction, content creation, live streaming participation, asset staking and DApp utilization. Users can obtain corresponding rewards through diverse ecological behaviors to maximize incentives for in-depth participation. As the primary source of circulating tokens within the project, the Mining Reward Pool continuously supplies high-quality circulating tokens to the market. It balances circulation volume through ecosystem consumption and staking lock-ups to establish a healthy token circulation ecosystem, which acts as the fundamental cornerstone for the long-term value stability of DMT. #### 3.5 Team and Early Cornerstone Allocation Plan (20%) The team and early cornerstone allocation accounts for 20% of the total token supply, totaling 200 million DMT tokens. It is mainly used for incentivizing and rewarding the core technical R\&D team, ecological operation and market promotion teams, as well as early cornerstone co-builders of the project. The core purpose of this allocation is to bind the core project development forces, sustain continuous technical iteration, ecological implementation and market expansion, and provide long-term and stable service support for all ecosystem users. To completely avoid large-scale selling pressure from the team, protect the rights and interests of ordinary users, and maintain market stability, this allocation adopts a strict linear vesting and gradual release mechanism. There is no genesis one-time unlocking, no large-scale concentrated unlocking, and no arbitrary token selling by the team. The team’s token unlocking schedule is deeply bound to the project’s ecological development progress, user growth scale and technical iteration achievements. The more stable the ecosystem development, the more orderly the team’s token unlocking, fundamentally eliminating the common industry problems of team dump-offs and market collapse. The early cornerstone allocation is designed to reward core users who recognized, participated in, and co-built the project in the early stage, encouraging early participants to grow with the project and share development dividends in the long run. All cornerstone tokens are also subject to a strict lock-up mechanism to ensure stable market circulation order. The standardized management of team and cornerstone allocations provides institutional guarantees for the long-term and stable development of DMT. #### 3.6 Foundation Ecosystem Reserve Allocation Plan (25%) The foundation ecosystem reserve allocation accounts for 25% of the total token supply, totaling 250 million DMT tokens. Uniquely custodied and standardizedly managed by the official project foundation, this reserve is specially used for the long-term ecological construction and global layout of the project, serving as the core reserve for the project’s sustainable development, iteration and expansion. This allocation is dedicated to specified purposes with full openness and transparency. All usage records are traceable on-chain and subject to the supervision of all community users. The reserve covers seven major application sectors: underlying public chain technical upgrading and iteration, incubation of high-quality external DApp projects, global market promotion and operation, cross-chain ecological cooperation and docking, ecological liquidity reserve support, community user incentive airdrops, and emergency ecological risk prevention and control. It fully covers development scenarios including technology, ecosystem, market, community and cooperation, providing sufficient resource support for the project’s long-term development. Adhering to the development principles of "empowering the ecosystem, serving users, and prioritizing long-term value", the foundation will never misappropriate reserve tokens at will or maliciously sell tokens for profit. All reserve resources are applied to ecological value appreciation and user rights improvement. Through continuous ecological investment, technical upgrading and market expansion, the foundation will steadily enhance the industry influence and ecological value of the DOMI \_Dao public chain, drive the long-term and steady appreciation of tokens, and enable all holders to share the project’s development dividends. #### 3.7 Token Circulation Logic and Deflationary Value-Appreciation System DMT tokens build a complete closed-loop system of "circulation — consumption — lock-up — value appreciation", forming a healthy and sustainable value system. The mining reward pool releases tokens linearly on an ongoing basis, providing stable circulating tokens for the market and ensuring the activity of ecological transactions and interactions. Diversified consumption mechanisms are set for full ecological scenarios. DMT tokens is continuously consumed through multiple scenarios including Gas fees, transaction handling fees, exchange service fees, ecological consumption and membership rights unlocking, reducing market circulation. The node staking mechanism converts a large number of circulating tokens into ecologically locked-up tokens, further compressing the market circulation scale. With the growth of ecological users, the improvement of on-chain interactions and the continuous enrichment of application scenarios, the token consumption rate and lock-up scale will keep increasing. Meanwhile, the total token supply is permanently fixed, forming a continuous supply-demand gap that drives the long-term and steady appreciation of token value. The project has no inflation or token minting mechanism, completely avoiding the risk of token depreciation and building a rare and stable value-appreciation token model in the industry. ## Chapter 4 ### Node Rights and Decentralized Governance System #### 4.1 Core Significance of Node System Construction The decentralized node system serves as the core pillar of the DOMI \_Dao public chain ecosystem and the fundamental symbol that distinguishes the project from centralized platforms and ordinary token projects. Most traditional blockchain projects focus solely on trading ecology while ignoring the distribution of user rights and interests. Platform service fees and ecological benefits are exclusively occupied by operators, while users only bear transaction costs without access to ecological revenue, resulting in a severely unbalanced rights and interests structure. DOMI \_Dao builds a universal node co-governance system, with the core significance of breaking centralized monopolies and realizing universal sharing of ecological benefits. Through a low-threshold node staking mechanism, ordinary users can become ecological co-builders and benefit holders. All core revenues generated by the public chain, including full-network transaction fees and ecological service fees, are fully distributed to node holders, constructing a decentralized ecosystem where users and the project are deeply bonded with aligned interests and achieve co-construction and win-win development. Meanwhile, the node system acts as the core carrier for the decentralized governance of the public chain. As core ecological co-builders, node holders are endowed with core rights including ecological governance, rule proposal, function optimization and development voting, jointly promoting the standardized and sustainable development of the project and ensuring the ecosystem always fits the core needs of users. #### 4.2 Node Access Threshold and Activation Conditions **100 DOMI \_Dao Staking Mechanism** DOMI \_Dao adopts an ultra-low-threshold node access mechanism in the industry. Users only need to stake 100 DMT to activate their ecological node identity and unlock permanent dividend rights for full-network service fees as well as a full set of exclusive node rights and interests. Compared with similar public chains that require tens of thousands or even hundreds of thousands of tokens for node access, DOMI \_Dao realizes inclusive node rights, allowing ordinary users to participate in ecological co-construction and share platform benefits at an extremely low cost. The node activation process is simple and efficient. After users complete staking in the official DOMI \_Dao ecological APP, the system automatically identifies node identity, synchronizes on-chain data and activates dividend rights, without complex operations, qualification reviews or hierarchical promotion. The entire process is decentrally executed by on-chain smart contracts, featuring full openness, transparency and authenticity. There is no mandatory freeze for node staked assets. Users can independently manage their staked tokens, enjoying dividend benefits while ensuring the flexibility and autonomy of assets, balancing benefit returns and asset liquidity. #### 4.3 Detailed Rules for Full-Network Service Fee Dividend Rights The core right of node holders is the permanent dividend of full-network on-chain transaction fees. All fees generated by on-chain interactions across the entire DOMI \_Dao ecosystem, including DEX transaction fees, Swap exchange fees, cross-chain flash exchange fees, on-chain transfer Gas fees, contract interaction fees and ecological service fees, are incorporated into the full-network dividend pool and 100% distributed to all valid node holders. Dividends are settled automatically, distributed in real time and fully traceable on-chain. The system distributes benefits automatically based on the proportion of individual node staking volume to the total network staking volume, with higher staking ratios corresponding to higher dividends. Users gain more benefits with more staking, early participation brings early returns, and long-term holding yields sustained benefits. Dividends are automatically settled and distributed daily without manual collection, with the whole process free of manual intervention, deductions and delays. This right features permanence, sustainability and passivity. Once a node is activated, users can continuously obtain passive dividend benefits as long as the public chain ecosystem operates sustainably and on-chain transactions continue. One-time staking enables lifelong benefits, allowing users to truly share the long-term ecological dividends of the entire public chain. #### 4.4 Exclusive Ecological Rights for Node Holders In addition to the core service fee dividends, DOMI \_Dao node holders are entitled to multiple exclusive ecological rights to comprehensively enhance their ecological value. * **Priority access to new features:** All newly launched ecological scenarios, functional modules and gameplay systems of the project will be prioritized opened to node users. * **Exclusive community airdrop benefits:** Node users enjoy additional rewards and priority access for official regular token airdrops, welfare distributions and campaign incentives. * **Membership level bonuses:** After the launch of the membership system, node identity can be superposed with membership level rights, unlocking multiple benefits including lower transaction fees, exclusive ecological privileges and live streaming traffic support. * **Ecological governance voting rights:** Node users can vote and put forward suggestions on major matters including technical iteration, ecological optimization, campaign rule adjustment and incentive mechanism upgrading, deeply participating in and influencing the development direction of the ecosystem. #### 4.5 Node Decentralized Governance Participation Mechanism Abandoning the centralized decision-making model of traditional projects, DOMI \_Dao builds a node-based decentralized co-governance system that endows core co-builders with ecological governance rights. All core decisions related to project development, including ecological function upgrades, token rule optimization, mining mechanism adjustment, policy formulation for activities and cross-chain cooperation docking, are open for node voting and can only be implemented after reaching the specified voting proportion. Meanwhile, the official opens regular community suggestion channels. Node users can freely submit ecological optimization proposals, functional innovation solutions and development planning opinions. The operation and technical teams will evaluate and screen all suggestions one by one, and high-quality proposals will be directly implemented, realizing the decentralized governance model of "user co-construction, user co-governance and user sharing". #### 4.6 Node Lock-up and Ecological Stability Mechanism The node staking mechanism undertakes the core functions of ecological stability and token price stabilization. A large number of DMT tokens are locked long-term through node staking, greatly reducing market circulating supply, effectively alleviating concentrated selling pressure and curbing drastic price fluctuations. The long-term locked tokens formed by node staking serve as the core cornerstone of token value stability, enabling DMT to get rid of short-term speculative fluctuations and accumulate long-term value. At the same time, driven by long-term dividend benefits and ecological rights, node users will actively grow alongside the project, forming a core community group with high stickiness and strong consensus. It provides solid community support for continuous ecological expansion, user growth and value appreciation of DOMI \_Dao. ## Chapter 5 ### Multi-Dimensional Web3.0 Ecological Closed-Loop System #### 5.1 Overall Architecture Logic of the DOMI \_Dao Ecosystem **Integration of Social, Wallet, Trading and Entertainment** The vast majority of current Web3 projects adopt a single-track layout — focusing either on DEX trading, wallet tools or basic social interaction — resulting in severe ecosystem fragmentation. Users have to switch between multiple platforms to complete full on-chain operations, leading to disjointed experience and high entry barriers. Breaking the limitations of single-function ecosystems, DOMI \_Dao builds an all-scenario Web3.0 closed-loop ecosystem integrating Social + Wallet + Trading + Content + Entertainment + Tools. All functions are independently developed, operate separately on-chain with interconnected data. Users can fulfill all Web3 demands in one stop without redirecting to third-party platforms. The DOMI \_Dao ecosystem is divided into five progressive, mutually empowering layers operating in a closed loop: * Infrastructure Layer * Trading & Finance Layer * Social & Content Layer * Entertainment Application Layer * Tool Service Layer The Infrastructure Layer provides underlying technical support to guarantee stable operation of the entire ecosystem. The Trading & Finance Layer supports value circulation and revenue generation. The Social & Content Layer supplies user traffic and activity. The Entertainment Application Layer enriches scenarios and boosts user stickiness. The Tool Service Layer delivers convenient on-chain operation tools to lower access barriers comprehensively. Deep collaboration among the five layers forms a complete closed loop: Technology underpins value; value activates traffic; traffic consolidates the ecosystem; the ecosystem feeds back value. A rare all-scenario lifestyle-oriented Web3 ecosystem is established, enabling blockchain technology to be truly integrated into users’ daily socializing, trading, entertainment and content creation, and facilitating the mass adoption of Web3. #### 5.2 Detailed Introduction to Underlying On-Chain Infrastructure Underlying on-chain infrastructure constitutes the foundation of the entire DOMI \_Dao ecosystem. It consists of four core facilities: self-developed native public chain Swap, independent blockchain explorer, official dedicated website and USDT cross-chain circulation system, forming a complete underlying service system for the public chain. The self-developed public chain Swap serves as the basic exchange tool of the ecosystem. It supports instant swapping of DMT and various on-chain tokens, liquidity addition and asset exchange. Featuring simple operations, low transaction fees and real-time on-chain confirmation, it provides users with basic on-chain asset circulation services and delivers liquidity support for ecosystem tokens. The independent blockchain explorer acts as a core tool for on-chain traceability, supporting comprehensive queries of blocks, transactions, addresses, tokens and nodes. All transaction records, block information, asset movements and smart contract execution data are transparent and permanently traceable, eliminating information black boxes and safeguarding an open and fair ecosystem. The official dedicated website functions as the primary channel for authoritative project announcements. It updates technical developments, ecosystem progress, development roadmaps, event notifications and industry news in real time, providing global users with authentic and timely official information. It also serves as a core portal for brand display and global promotion. The USDT cross-chain circulation function connects DOMI \_Dao with mainstream public chains worldwide to enable free transfer of stablecoins. It diversifies ecosystem asset types, enhances public chain liquidity and inclusiveness, and offers fundamental support for global ecosystem expansion and large-scale user growth. #### 5.3 DEX Integrated Instant Trading System (Spot & Perpetual Contracts) The DEX integrated instant trading module is a native function embedded within the DOMI \_Dao ecosystem APP and multi-chain wallet. Positioned as a lightweight one-click trading entry without page redirection, it covers two high-frequency scenarios: spot swapping and perpetual contract trading, acting as the primary gateway for ordinary users to access on-chain trading. Different from heavyweight exchanges built as standalone DApps, this trading module is deeply embedded in wallet asset pages, social chatrooms and live streaming scenarios. Users can trigger trading within any ecosystem page, with fully decentralized order matching, self-custody of assets and real-time on-chain settlement. {% stepper %} {% step %} **Instant Spot Swapping** The aggregated routing engine automatically compares liquidity depth across all on-chain pools and intelligently splits large orders for cross-pool matching to minimize slippage. Swaps are completed within seconds with ultra-low fees and permanently recorded on-chain. New users can conduct asset exchange without professional configuration. {% endstep %} {% step %} **DEX Perpetual Contract Trading** The built-in on-chain perpetual contract module supports contract trading of mainstream cryptocurrencies and DMT ecosystem tokens, offering up to 50x leverage. It adopts decentralized oracle price feeds, funding rate balancing mechanisms and an automated on-chain liquidation engine. Positions, margin and forced liquidation records are fully traceable on-chain. Contracts accept DMT/USDT as margin, creating intensive token consumption scenarios. 100% of generated transaction fees flow into the node dividend pool. {% endstep %} {% step %} **Limit Orders & Professional Trading Tools** Professional order types including limit orders, take-profit/stop-loss and conditional orders are supported. The module integrates TradingView-grade K-line charts, depth graphs and real-time transaction logs. The decentralized trading experience matches leading centralized exchanges while retaining the decentralized essence of self-custody of assets and private keys. {% endstep %} {% step %} **Trading Mining Incentives** Both spot swaps and contract trading generate trading mining computing power. Users share daily mining rewards proportionally to their computing power, realizing Trade-to-Mine. Trading costs are converted into token gains, continuously expanding trading volume and fee scale. {% endstep %} {% step %} **One-Click Access Across All Scenarios** The trading module is natively interconnected with wallets, staking dividends, live tipping and social transfers. Users can jump to staking pages from market charts and reinvest earnings with one tap. The full chain of trading, wealth management and consumption is completed within the APP in a closed loop. {% endstep %} {% endstepper %} #### 5.4 Independently Developed Native DEX Ecosystem Exchange Beyond integrated instant trading, the DOMI \_Dao team has developed a complete standalone DEX ecosystem exchange. It is not merely a simple swapping tool, but an independent DeFi application covering the full workflow: Trading + Market Making + Mining + Token Launch + Gamification. PancakeSwap is the most representative DEX on the BSC ecosystem and a benchmark of the previous generation. DOMI \_Dao fully replicates its core function suite while achieving upgrades in both user experience and revenue mechanisms. All transaction fees are 100% distributed to the node dividend pool for the community instead of being retained by the platform. Leveraging the native public chain infrastructure, it leads in order-matching efficiency, fee costs and data transparency. {% stepper %} {% step %} **AMM Swaps & Concentrated Liquidity Market Making** Adopting the constant product market-making model, it supports instant exchange of DOMI \_Dao and all standard on-chain tokens. The V3 concentrated liquidity mechanism is introduced, enabling liquidity providers to set custom price ranges for market making and multiply capital utilization compared with traditional AMM models. {% endstep %} {% step %} **Liquidity Farms** Users provide liquidity to trading pairs to obtain LP tokens. Staking LP tokens grants access to liquidity mining, allowing participants to share DMT outputs from the mining reward pool proportional to their shares. Transparent annualized farm yields attract continuous inflows of external capital, creating a liquidity flywheel: more trading generates deeper liquidity, and deeper liquidity drives more trading. {% endstep %} {% step %} **Staking Pools** Support single-sided DOMI \_Dao staking for yield and airdrop pools for ecosystem partner tokens. Users earn new asset yields through zero-barrier staking. It delivers cold-start exposure for new ecosystem projects and builds an inclusive wealth management scenario of Hold-to-Earn. {% endstep %} {% step %} **IFO New Asset Launchpad** High-quality ecosystem projects can conduct fair token launches on the exchange via IFO. Users subscribe using DMT, and over-subscribed funds will be proportionally refunded. The IFO mechanism continuously introduces premium new assets to the ecosystem and generates concentrated demand for DMT consumption and lock-up. {% endstep %} {% step %} **One-Click Token Issuance & Self-Service Listing Tools** Self-service token creation, liquidity generation and listing application tools are open to developers and project teams. The entire workflow is executed by smart contracts to lower the launch threshold for ecosystem projects and enrich asset diversity on the exchange. {% endstep %} {% step %} **Prediction Market & Ecosystem Gamification** Inspired by PancakeSwap Prediction, lightweight prediction scenarios for asset price ups and downs are launched. Participants use DOMI \_Dao to join, with automatic settlement via smart contracts. These features combine entertainment value and token consumption to sustain ecosystem activity. {% endstep %} {% step %} **Dual-Engine Collaborative Architecture** The integrated instant trading module serves as the front-end traffic portal to process massive lightweight trading demand. The PancakeSwap-style ecosystem exchange handles deep liquidity provision, market-making yields and asset issuance. Both modules share underlying liquidity pools and the node dividend system, forming the dual engine of the DOMI \_Dao Trading & Finance Layer. {% endstep %} {% endstepper %} #### 5.5 DEX US Stock Trading System **RWA On-Chain Tokenization of Real-World Assets** DEX US stock trading is a strategic module enabling the DOMI \_Dao public chain to enter the trillion-dollar Real World Asset (RWA) track, as well as a landmark feature surpassing the BSC ecosystem. Leading global US stocks including Tesla, Apple, NVIDIA, Microsoft and Amazon are tokenized on-chain. Users can invest in core global assets 24/7 using only one wallet address and USDT. It completely removes entry barriers, geographic restrictions and trading hour limitations imposed by traditional brokerages. {% stepper %} {% step %} **Tokenized Mapping of US Stocks** Each US stock token is minted with 1:1 full collateral of real stocks held by licensed custodians. Token prices are pegged to NASDAQ and NYSE quotations in real time via oracles. Holding tokens entitles users to complete price-related benefits corresponding to the underlying stocks. Positions, minting and redemption records are fully publicly traceable on-chain. {% endstep %} {% step %} **24/7 Non-Stop Trading** Breaking the trading hour limits of traditional stock markets, users can trade freely on weekends and holidays with instant responses to pre-market and after-hours price swings. Investors from all time zones are no longer restricted by Wall Street trading schedules. {% endstep %} {% step %} **Fractional Ownership with Ultra-Low Barriers** Fractional trading is supported for units as small as 0.01 shares or less. Users can hold high-priced tech stocks with dozens of US dollars, realizing inclusive allocation of premium global assets and covering massive long-tail users unreachable by traditional brokerages. {% endstep %} {% step %} **USDT-Denominated & On-Chain Settlement** All US stock trades are denominated and settled in USDT. Matched orders are confirmed within seconds and recorded on-chain. Deposit and withdrawal rely on the USDT cross-chain interoperability system, offering far higher capital turnover efficiency than the T+2 settlement model of traditional brokerages. Trading fees are charged in DMT and fully allocated to the full-network node dividend pool. {% endstep %} {% step %} **Full Collateral & Proof of Reserves** Underlying stocks are held by licensed brokerages and compliant custodians, with third-party audit reports issued periodically. Proof of Reserves (PoR) is published synchronously on-chain. Any user can verify the 1:1 correspondence between token supply and underlying stock holdings to prevent over-minting and fund misappropriation. {% endstep %} {% step %} **Automatic Mapping of Dividends & Stock Splits** When underlying stocks distribute cash dividends, rewards are automatically airdropped to holder addresses in USDT based on on-chain position snapshots. In cases of stock splits or reverse splits, token quantities are proportionally adjusted automatically by smart contracts without impairing user rights. {% endstep %} {% step %} **Compliance Framework & Investor Protection** The DEX module is rolled out in phases in accordance with securities and digital asset regulatory frameworks of relevant jurisdictions. Mandatory investor suitability verification and geographic compliance restrictions are implemented to realize integrated innovation of traditional finance and DeFi within compliance boundaries. {% endstep %} {% step %} **Ecosystem Value Feedback Loop** All fees generated by US stock trading flow into the node dividend pool, and part of the collected DMT fees will be burned according to rules. The DEX module attracts large numbers of traditional investors and incremental capital to the public chain, becoming a new growth driver for DOMI \_Dao ecosystem trading volume and token consumption. {% endstep %} {% endstepper %} #### 5.6 Cross-Chain Instant Swap Asset Interoperability System To address industry pain points including cross-chain asset circulation barriers, complicated cross-chain operations, high swap costs and slow settlement, the DOMI \_Dao ecosystem embeds a professional cross-chain instant swap function. It supports fast cross-chain exchange and asset interoperability of mainstream public chain tokens, acting as the core hub for ecosystem asset circulation. Cross-chain instant swap features five core advantages: second-level settlement, minimal slippage, full on-chain recording, high security & stability and multi-chain compatibility. Users do not need to manually switch public chains or conduct complicated cross-chain procedures. Tokens from different blockchains can be exchanged with one click, greatly lowering barriers for cross-chain asset circulation and enabling free transfer of multi-chain assets. The instant swap function covers core tokens of mainstream public chains and supports multiple types of digital assets. It eliminates asset barriers between DMT and major public chains worldwide, freeing the DOMI \_Dao ecosystem from single-chain limitations and achieving global asset interoperability, significantly enhancing ecosystem openness and inclusiveness. Fees generated from instant swaps are also allocated to the full-network dividend pool to generate continuous revenue for node holders. #### 5.7 Full-Function Analysis of Decentralized Encrypted Social Ecosystem DOMI \_Dao builds an end-to-end decentralized encrypted social system, migrating traditional social graphs onto the blockchain to unify social data ownership, privacy encryption and value incentives. **End-to-End Encrypted Communication** All chat messages are transmitted with end-to-end encryption. Servers only forward encrypted data packets and cannot parse message content. Private chats, group chats and community channels support self-destructing messages, message recall and screenshot alerts to safeguard user privacy. **On-Chain Social Relationship Ownership** Users’ social graphs (friend lists, group members, followed communities) are anchored on-chain via Decentralized Identifiers (DIDs) instead of being stored on centralized platforms. Users can carry social assets across platforms and completely avoid losing social connections due to platform account bans. **Social Mining Incentive Mechanism** Daily active chatting, adding friends, creating communities and inviting new users generate social mining computing power. Users share rewards from the daily mining pool proportional to their computing power. Social traffic is converted into tangible token income to motivate organic promotion and ecosystem co-building. **Community Governance Tools** Community creators can set staking entry thresholds, exclusive community token red envelopes, on-chain voting resolutions and community treasury management, enabling genuine DAO-style community operations. #### 5.8 Decentralized Social Square Ecosystem Beyond encrypted instant messaging, DOMI \_Dao fully develops a decentralized social square with core features matching and surpassing X (Twitter). It is a native on-chain global public information stream platform, ensuring users own their posts, follower relationships and content assets. Users are freed from account bans, traffic throttling and algorithm manipulation by centralized platforms, forming a public opinion hub for the Web3 world. {% stepper %} {% step %} **Global Information Timeline** Dual timeline modes are available: Following Feed and Recommendation Feed. The Following Feed displays updates from followed users in strict chronological order. The Recommendation Feed is distributed via decentralized algorithms driven by community voting and on-chain interaction data. There is no opaque traffic suppression or paid trending manipulation, guaranteeing fair exposure for high-quality content. {% endstep %} {% step %} **Full-Featured Content Publishing** Users can post all media formats including graphics, short videos, long articles, polls and multi-image posts. Content hashes are recorded on-chain for ownership confirmation. Paid long-form articles and creator columns are supported to form a closed-loop content monetization system. {% endstep %} {% step %} **Repost, Comment & Like Interaction System** It fully replicates X’s interaction workflow including reposts, quote reposts, comments and likes. All interaction data is recorded on-chain and converted into content mining computing power, ensuring every interaction generates tangible value. {% endstep %} {% step %} **Hashtags & Real-Time Trending Boards** Supports #hashtag creation and aggregation. Trending rankings are fully generated based on authentic cross-network on-chain interaction data, fully transparent and immune to artificial manipulation to reflect genuine community hot topics. {% endstep %} {% step %} **Follow & Follower System (DID Anchoring)** Follow relationships and follower graphs are bound to user DIDs and stored on-chain. Follower assets cannot be deprived by the platform. On-chain credible verification of KOL follower counts and influence prevents fake engagement. {% endstep %} {% step %} **Communities & Interconnection with Groups** Users can create themed communities to aggregate users with shared interests. Communities are deeply interconnected with encrypted groups and live streaming modules. Traffic from the public square can be imported into private groups and live rooms with one click, forming a complete workflow: Public Domain Customer Acquisition — Private Domain Retention. {% endstep %} {% step %} **Spaces Voice Rooms** Open voice discussion spaces modeled after X Spaces, supporting audiences of up to ten thousand people, guest speaking and on-chain tipping. Topic discussions and voice live streaming connect seamlessly, serving as a native venue for Web3 project roadshows and AMAs. {% endstep %} {% step %} **Encrypted Private Messaging** Private messages within the social square share the same underlying infrastructure as encrypted IM with end-to-end encrypted transmission. Token transfers and red envelopes can be sent directly within messages, integrating socializing and payments. {% endstep %} {% step %} **Creator Subscription & Tipping Economy** KOLs can launch paid subscriptions, allowing fans to access exclusive content using DMT. One-click on-chain tipping is available for posts, with rewards transferred directly to creators’ wallets without platform commission, building a sustainable creator economy. {% endstep %} {% step %} **Social Square Content Mining** Posting, re-posting, commenting and receiving likes generate mining computing power. Participants share rewards from the daily mining pool, converting social traffic directly into token income. It encourages mass creation and content sharing and creates a self-sustaining content ecosystem flywheel. {% endstep %} {% endstepper %} #### 5.9 Web3.0 Decentralized Content Community System DOMI \_Dao builds a decentralized content creation and distribution platform, enabling content creators to break free from exploitation by platform algorithms and take direct ownership of their content and revenue. **On-Chain Content Archiving** Hashes of graphics, short videos, live stream clips and other content posted by users are recorded on-chain to confirm original authorship and curb plagiarism and unauthorized use. Content is stored on IPFS distributed storage, featuring censorship resistance and deletion resistance to safeguard creative freedom. **Token Incentives for Creators** Engagement metrics including likes, comments, shares and collections on content are converted into mining computing power. Creators share mining rewards in proportion to their content influence. High-quality content can receive extra traffic support and token rewards from the official foundation. **Paid Content & Tipping** The platform supports paid content access, paid subscription columns and native on-chain tipping. Fans can directly support creators with DMT. Tipping funds are instantly transferred to creators’ wallets with zero platform commission, establishing a direct value connection between creators and fans. **Decentralized Recommendation Algorithm** Content distribution weights are jointly determined by community voting and on-chain interaction data instead of centralized algorithm manipulation. This ensures fair exposure for quality content and prevents traffic monopolies and information cocoons. #### 5.10 Multi-Chain Universal Web3.0 Wallet Function System DOMI \_Dao integrates a built-in multi-chain universal Web3.0 wallet. It serves as the core gateway for users to manage digital assets and participate in on-chain interactions, balancing security, usability and multi-chain compatibility. It also acts as the unified identity and asset foundation for the entire ecosystem. **Multi-Chain Asset Management** It supports unified management and cross-chain transfers of assets on mainstream public chains including the DOMI \_Dao Public Chain, Ethereum, BSC and TRON. Users can manage all on-chain assets and US stock token holdings within one single wallet without switching between multiple wallet applications. **Local Self-Custody of Private Keys** Adopting a Hierarchical Deterministic (HD) wallet architecture, private keys and seed phrases are encrypted and stored only on users’ local devices. Servers do not store or back up any private key data, fundamentally eliminating the risk of platform-led asset theft. **Biometric Security** It supports biometric authentication such as fingerprint and facial recognition for wallet unlocking and transaction signing. While guaranteeing asset security, it greatly lowers operational barriers and is user-friendly for mainstream participants. **Built-In Red Envelopes & Transfers** Native on-chain token red envelopes are available. Users can send DMT red envelopes in communities and the social square to boost fun social interactions. Transfers support address books, QR code scanning and domain name resolution for streamlined operations. **One-Click DApp Connection** The wallet comes with built-in authorization management for the DApp browser. Users can complete wallet connection and signature authorization with one tap when accessing third-party DApps, with no need to manually input RPC node information. **One-Click Access to Ecosystem Scenarios** The wallet is natively interconnected with ecosystem modules including DEX, DEX US stock trading, staking dividends and live streaming tipping. Users can navigate from the asset page to any scenario with one click, forming a closed loop covering trading, investment and consumption entirely within the wallet. #### 5.11 DApp Browser Ecosystem Expansion System DOMI \_Dao comes with a native built-in DApp browser. Serving as an open gateway connecting the public chain and third-party decentralized applications, it pursues three core objectives: operational convenience, asset security and traffic support for developers. **Universal Compatibility with the Entire EVM Ecosystem** It supports all Solidity-built DApps covering DeFi, NFT, GameFi and DAO categories. It automatically adapts to the RPC nodes of the DOMI \_Dao Public Chain and is also compatible with applications on external chains including Ethereum and BSC. Users only need one-time wallet signature authorization to interact with DApps, without downloading additional third-party plugins or web wallets. **Proactive Early Warning & Protection Against Smart Contract Risks** A real-time smart contract security database is integrated, archiving addresses of vulnerable contracts and phishing projects across the network. Mandatory pop-up alerts will be triggered when users access high-risk DApps, marking security hazards such as reentrancy attacks, unlimited approvals and backend minting. Automatic authorization for high-risk contracts is restricted to lower the probability of asset losses among novice users. **Tiered Traffic Support for the Ecosystem** The browser homepage features an official ecosystem zone and recommendation slots for premium partner DApps. The Foundation allocates exposure traffic via DAO voting. After integrating the DMT SDK, third-party developers can apply for homepage recommendations, liquidity subsidies, mining computing power bonuses and other support measures. Mass social traffic within the APP helps DApps tackle cold-start challenges. **Standardized DApp Access Interfaces** A complete front-end interaction SDK is publicly available. Third-party projects can rapidly integrate functions including DOMI \_Dao wallet login, on-chain transfers, staking mining and asset inquiries. Testnet faucets and smart contract templates are provided to reduce development and migration costs for small and medium-sized developers. **Mining Incentives for Interactive Activities** Users accumulate mining computing power by visiting compliant DApps via the built-in browser, conducting on-chain interactions and participating in project events. They share rewards from the full-network mining pool on a daily basis. This encourages users to actively explore third-party ecosystems and forms a native traffic cycle for the public chain. #### 5.12 On-Chain Video Live Streaming & Voice Entertainment Ecosystem Different from centralized Web2 live streaming platforms and basic Web3 voice chat rooms, DOMI \_Dao builds an end-to-end decentralized live streaming system covering dual modes: video live streaming and voice rooms. It creates a complete closed loop linking social traffic, token consumption, mining incentives and node dividends. {% stepper %} {% step %} **Decentralized Underlying Live Streaming Architecture** Live streaming data is stored distributively on IPFS, and live streams are transmitted via end-to-end encryption. No centralized backend holds censorship or account banning privileges, enabling creators to go live freely. Records of room creation, online audience numbers and tipping are hashed and permanently recorded on-chain, immutable and undeletable. {% endstep %} {% step %} **Dual Modes** Video Live Streaming & Voice Rooms. Video live streaming supports diverse scenarios such as live commerce, gaming, talent shows and project roadshows, with streaming fluency comparable to mainstream Web2 live streaming platforms. Voice rooms support up to ten thousand audience members, guest mic access and thematic discussions. They share underlying infrastructure with Spaces on the X Social Square to meet lightweight live streaming demands of various creators. {% endstep %} {% step %} **Native On-Chain Tipping Consumption System** Audiences purchase virtual gifts using DMT to tip streamers, and tipping transactions are settled on-chain in real time. 100% of generated transaction fees are aggregated into the full-network node dividend pool. After deducting a small technical service fee, streamers’ revenue is directly distributed to their self-custody wallets, with no long-term fund detention by the platform. {% endstep %} {% step %} **Multi-Tier Mining Computing Power Incentives** Streamers obtain basic live streaming computing power by going live and staying online continuously. Viewers gain extra social mining computing power by entering live rooms, commenting and sending gifts. Higher live room activity brings higher computing power bonuses, realizing mutual benefits for both creators and audiences. {% endstep %} {% step %} **Linked Live Streaming Model for Communities & Social Square** Communities can launch live rooms with one click, allowing group members to enter seamlessly. Live streaming previews and highlight clips can be shared to the information feed on the X-style Social Square with one tap. Public traffic from the square drives audiences to live rooms, forming a traffic closed loop: User Acquisition on Square — Live Stream Conversion — Community Retention. {% endstep %} {% step %} **Deflationary Cycle of the Live Streaming Ecosystem** A portion of DMT tokens will be burned when users recharge for virtual gifts and send tips, continuously cutting down circulating supply in the market. Combined with the fee dividend mechanism, live streaming and entertainment become one of the core long-term token consumption scenarios. {% endstep %} {% endstepper %} #### 5.13 On-Chain Traceability System via Blockchain Explorer DOMI \_Dao is equipped with an open-source native blockchain explorer, acting as a carrier for transparent verification of full-chain data. It provides free comprehensive on-chain data query capabilities for ordinary users, developers and audit institutions, completely eliminating information black boxes. **Multi-Dimensional Block & Transaction Retrieval** It supports multi-dimensional searches by block height, timestamp, wallet address, transaction hash and contract address. Individual block pages fully display the number of packaged transactions, block producer, total block fees and daily mining output summary. Each transaction detail includes transfer addresses, asset volume, consumed Gas and token burn volume. **Smart Contract Source Code Verification** All smart contracts deployed on the DOMI \_Dao Public Chain support source code upload and automatic compilation verification. Verified contracts will be marked with an "Open-Source" label on the explorer, while unverified contracts carry risk reminders for users and auditors to examine the security of contract logic. **Visualized Node & Staking Data** It displays real-time metrics including the number of active full-network nodes, total staked volume, node dividend pool balance and a 7-day fee trend chart. Node holders can input their wallet addresses to check staking ratio, cumulative dividends and estimated daily earnings. **Token Circulation & Burn Dashboard** A dedicated page displays real-time circulating supply, cumulative burned volume, mined released volume and locked volume of DOMI \_Dao tokens. Data synchronizes automatically with on-chain smart contracts to prevent false reporting of circulation data by the project team. **Public Display of RWA Proof of Reserves** A dedicated Proof of Reserves (PoR) page is built for the DEX US stock trading module. It publishes the supply volume of US stock tokens, custody proof of underlying stocks and hashes of third-party audit reports, realizing full transparent verification for real-world asset tokenization. **Open API Service** Standardized REST APIs are open to third-party developers and data platforms, supporting batch queries of blocks, transactions and token transfer records. This enables wallets, exchanges and data analytics platforms to quickly integrate DOMI \_Dao on-chain data. ## Chapter 6 ### In-depth Analysis of Core Technical Architecture #### 6.1 Advantages of Go-based Public Chain Architecture All core modules of the DOMI \_Dao public chain, including network layer, DPoS consensus, EVM virtual machine and block synchronization, are developed based on Golang. As the underlying foundation supporting high concurrency and low-cost operation of the public chain, it boasts five major advantages. **Native goroutine for high-concurrency processing** Lightweight goroutines of Golang support millions of P2P node connections and parallel packaging of thousands of transactions per second, delivering a peak TPS of over 6,500. It accommodates high-frequency micro-transaction scenarios with massive concurrent online users such as social media and live streaming. Network congestion and skyrocketing Gas prices can be avoided even during market peaks. **Cross-platform static compilation and lightweight deployment** A single set of underlying codes can be compiled into node programs compatible with Windows, Linux and mDOMI \_DaoS. Lightweight nodes can be deployed on low-spec cloud servers and ordinary personal computers, greatly lowering the hardware threshold for node deployment and expanding the distribution of decentralized nodes on the public chain. **Low memory footprint** Under the same transaction concurrency Golang reduces memory consumption by approximately 60% compared with Java and C++. Hardware costs for running nodes across the network are significantly cut down, lowering overall ecosystem operation expenses. **Mature open-source ecosystem for cryptography and blockchain** Mainstream EVM-compatible public chains including BSC and Polygon are built with Go. Comprehensive open-source libraries for cryptographic algorithms, P2P networks and EVM virtual machines drastically shorten the trial-and-error cycle of underlying development. Modular design separates consensus, storage and cross-chain modules, enabling independent iterative upgrades without interrupting network-wide operation. **Efficient and stable underlying cryptographic computation** It delivers higher execution efficiency for ECC elliptic curve cryptographic signatures, block Merkle root hash computation and multi-signature verification. Block packaging and transaction confirmation latency is steadily maintained within the standard 3-second block generation cycle to ensure smooth user interactions. #### 6.2 Node.js Backend Service Architecture and Computing Power Adaptation As the intermediate service layer connecting the Golang public chain underlying layer and Flutter client, Node.js establishes a complete system consisting of API gateways, operation backends and real-time data streams. It undertakes three core responsibilities: traffic buffering, data caching and batch smart contract interactions. **Asynchronous non-blocking architecture adapted to high-concurrency requests** Leveraging event-driven I/O, it supports hundreds of thousands of concurrent APP access requests. It processes social message push, real-time data of live rooms, token market quotations and mining revenue statistics, preventing interface lag caused by simultaneous operations of numerous users. **Hierarchical caching of hot data via Redis** Frequently queried data including total network-wide staking volume, node dividends, real-time DOMI \_Dao price and daily mining output are stored in cache. This eases repeated reading pressure on the underlying public chain, accelerates client page loading speed by roughly 80%, and reduces computing resource consumption of the public chain. **Batch aggregation service for smart contract interactions** Scattered micro contract requests sent by clients are packed in batches before being forwarded to the Golang underlying layer. This reduces on-chain interaction frequency and cuts users’ Gas consumption. The system automatically estimates the Gas limit for transactions to prevent failures of transfers and staking operations due to insufficient handling fees. **All-ecosystem operational data management backend** It aggregates mining statistics, community activity metrics, KOL promotion data, foundation fund ledgers and exchange liquidity data uniformly. A visualized data dashboard enables communities and operators to monitor ecosystem indicators in real time. All data is synchronized with raw on-chain records to guarantee authentic and tamper-proof statistics. **Hierarchical traffic restriction and protection** The API gateway implements IP blacklist & whitelist mechanisms and interface access frequency limits. Scripts that repeatedly scrape mining rewards are automatically intercepted, computing resources are allocated in a balanced way, ensuring genuine users have normal access to service resources. #### 6.3 Technical Advantages of Flutter Cross-platform APP Development The integrated Web3 client for C-end users is independently built with the Flutter framework. One set of source codes can be compiled simultaneously into Android APP, iOS APP and H5 webpage, realizing fully consistent functions and UI across three terminals. It addresses common industry pain points of traditional Web3 products, such as fragmented multi-terminal experience and rough interaction effects. **Native-level smooth rendering powered by self-developed graphics engine** Free from limitations of native system controls, it independently renders chat lists, live rooms, market charts and staking data panels. Scrolling and loading are seamless, achieving fluidity comparable to mainstream Web2 social platforms such as WeChat and X. It greatly narrows the experience gap for ordinary users adopting Web3 products. **Synchronized iteration across three terminals and lower development & maintenance costs** There is no need to maintain separate Android, iOS and H5 development teams. New features such as social functions, trading and live streaming can be rolled out on all platforms after one development iteration. The version update cycle is shortened by around 50%, allowing rapid response to community demands and continuous product optimization. **Lightweight installation packages compatible with devices in emerging markets** The mobile APP installation package is controlled within 80MB, capable of smooth operation on low-end thousand-yuan Android devices and older iOS hardware. It fits mainstream hardware conditions in growing crypto markets including Southeast Asia, Latin America and the Middle East, expanding user coverage. **Built-in local cryptographic security toolkit** It natively integrates AES-256 local encryption and ECC signature utilities. Private keys and mnemonics are stored locally on end devices without transmission via intermediate servers. A built-in biometric unlocking component balances asset security and operational convenience. **Support for basic offline functions** Users can view locally cached assets, historical chat records and previous mining dividend data without network access. The latest on-chain data will be automatically synchronized once the network is restored, enabling users in weak-network regions to utilize core APP functions normally. #### 6.4 Multi-terminal Collaborative Operation Logic and Data Synchronization Mechanism The three-tier technical architecture of DOMI \_Dao (Go underlying layer + Node.js middleware + Flutter client) adopts a decoupled collaborative operation model. Each layer supports independent iteration without mutual interference, and standardized data synchronization links ensure real-time data consistency across all terminals. Take a complete user operation as an example: a user initiates a DEX transaction, staking or social transfer on the Flutter client. After local private key signing, the transaction request is sent to the Node.js API gateway. The middleware verifies balances and estimates Gas, encapsulates contract instructions in batches and forwards them to Golang underlying nodes. The underlying layer completes transaction verification, block packaging and broadcasting, as well as network-wide consensus via DPoS. Smart contracts automatically execute logics including dividends, mining reward distribution and asset transfers. Once transactions are confirmed, the underlying layer synchronizes block results to the Node.js caching service to update data such as user assets, pending dividends and cumulative mining computing power. The server then pushes update notifications to Android, iOS and H5 clients logged in under the same wallet address to refresh page data synchronously across terminals. Two modes are adopted for data synchronization to guarantee consistency: the real-time push mechanism handles dynamically changing data such as transfers, dividends and mining reward distribution; the scheduled polling mechanism synchronizes global static data including total network-wide staking volume, token market prices and foundation funds every 30 seconds. When logging into the same wallet address across devices, assets, chat history and live streaming viewing records will be automatically synchronized. Interconnection of multi-terminal data is realized relying on IPFS distributed storage. **Decoupled layered architecture brings prominent advantages** Independent upgrades or vulnerability fixes on any layer do not require a full ecosystem shutdown. Iterations of the underlying public chain will not affect basic social and live streaming functions of the APP; frontend updates require no modifications to underlying consensus and cross-chain protocols. Risks during technical iteration are controllable, facilitating continuous launch of new ecosystem modules in the long run. #### 6.5 Smart Contract Deployment and Security Audit Mechanism All business logics within the DOMI \_Dao ecosystem are automatically executed via Solidity smart contracts without manual backend intervention. A standardized full-process management system covering contract development, auditing, deployment and launch is established to avoid contract vulnerabilities from the source. **Modular layered contract development** Businesses including token issuance, mining reward distribution, node staking dividends, DEX matching, native cross-chain functions and DAO governance are split into independent contract clusters. Each separate contract carries only one category of business logic, lowering code complexity and simplifying vulnerability detection and independent upgrades. **Mandatory two-round audits by top security institutions** All core contracts launched on the mainnet must pass comprehensive audits conducted successively by two leading industry security firms, CertiK and SlowMist, with publicly downloadable audit reports released. All high-risk and medium-risk vulnerabilities must be fully fixed and pass retesting before mainnet deployment. Contracts deployed on the testnet undergo one round of basic auditing, with vulnerabilities iterated and repaired immediately upon discovery. **Open-source disclosure of all contract codes** Source codes of all native contracts deployed on the DOMI \_Dao Public Chain are uploaded to GitHub open-source repositories and synchronously displayed on the blockchain explorer for public review. Whitehat developers from the community may submit vulnerability reports. The project launches a tiered bug bounty program offering substantial token rewards for critical vulnerabilities, building an external security supervision system. **Gradual gray-scale launch and emergency contract suspension mechanism** New business contracts are deployed on the testnet for trial operation first, with community testers recruited to verify functional logic. Gray-scale traffic control is implemented in the early stage of mainnet launch to monitor abnormal on-chain transactions. An embedded emergency circuit breaker for smart contracts enables joint suspension of contracts through multi-signature authorization by the Foundation and super nodes if unknown vulnerabilities emerge, protecting users’ asset safety. **Isolated control over contract permissions** Core capital-related contracts (cross-chain asset pools, foundation reserve pools) adopt three-party multi-signature authority. No single party can independently call fund transfer interfaces. Ordinary business contracts contain no administrator-controlled mint or burn permissions. Token minting and burning can only be triggered automatically through ecosystem transactions, eliminating artificial backend manipulation of token supply. #### 6.6 On-chain Data Security and User Asset Protection System DOMI \_Dao builds an end-to-end security protection system covering four dimensions: network transmission, underlying nodes, contract logic and local clients, to comprehensively defend against hacker attacks, asset theft and data tampering risks. {% stepper %} {% step %} **Deflationary Cycle of the Live Streaming Ecosystem** A portion of DOMI \_Dao tokens will be burned when users recharge for virtual gifts and send tips, continuously cutting down circulating supply in the market. Combined with the fee dividend mechanism, live streaming and entertainment become one of the core long-term token consumption scenari. {% endstep %} {% step %} **Full-domain encryption on the transmission layer** P2P communication between public chain nodes and all interfaces connecting the APP with backend services adopt TLS encrypted transmission to prevent man-in-the-middle attacks that steal transaction signatures and user interaction data. All on-chain transactions are signed via the ECC elliptic curve encryption algorithm, with an infinitely high cost for brute-force cracking. {% endstep %} {% step %} **Interception of network attacks at underlying nodes** The Golang underlying layer embeds an automatic DDoS identification module to filter high-frequency junk transactions and connections from malicious nodes. The API gateway enforces IP access restrictions and transaction frequency thresholds to resist scripted mining farming and bulk spam transfer attacks. {% endstep %} {% step %} **Protection mechanisms for on-chain asset contracts** {% endstep %} {% endstepper %} All capital-related contracts integrate built-in protection against reentrancy attacks, integer overflow verification and authority out-of-bounds interception logic. The cross-chain USDT asset pool is jointly managed via three-party multi-signature by the Foundation, super nodes and a third-party audit institution. No single party can misappropriate stablecoins inside the pool, eliminating the risk of cross-chain bridge rug pulls. {% stepper %} {% step %} ### Local asset security isolation on clients Users’ private keys and mnemonics are only encrypted and stored on local terminals with no server backups, leaving no channel for platform-initiated asset theft. The APP prohibits uploading private keys in plaintext to the network; all signature operations are completed offline locally. One-click local cache clearance and wallet logout functions are available to prevent asset leakage caused by device loss. {% endstep %} {% step %} ### Monitoring and early warning for abnormal on-chain asset activities A large-value asset fluctuation monitoring system is deployed on the Node.js backend. Alerts will be automatically pushed to the Foundation and community super nodes once large single-token transfers or bulk unlocking-and-selling of staked assets are detected, alongside public disclosure of relevant on-chain transaction records. The community may initiate DAO proposals to investigate the capital flow of abnormal transactions. {% endstep %} {% endstepper %} ## Chapter 7 ### Project Business Model and Value Closed Loop #### 7.1 Underlying Revenue Model of the Public Chain The core underlying revenue source of the DOMI \_Dao public chain is network-wide on-chain Gas fees generated by all basic on-chain operations including transfers, staking, proposals and NFT minting, generating stable underlying cash flow. **Gas Fee Aggregation Rules** Users pay Gas in DMT for every on-chain operation. All fees are automatically aggregated into a unified dividend smart contract and fully distributed to network-wide staking nodes without any retention by the project team. A small portion of tokens corresponding to Gas fees are burned simultaneously to deliver continuous token deflation. **Derivative Revenues from Underlying Infrastructure** Relying on public chain SDK and RPC node services, the Foundation charges minor underlying service fees from third-party DApps. All proceeds are deposited into the Foundation’s ecosystem reserve pool, specially allocated for technology R\&D and developer support. **Co-construction Value of the Node Network** A staking threshold is implemented for super node elections. Election fees flow into the mining reward pool to benefit the community. Continuous staking by network-wide nodes locks up a large volume of DMT, lowering circulating supply and underpinning long-term token demand. Underlying revenue does not rely on short-term financial speculation. Instead, stable and sustainable long-term revenue is generated through continuous on-chain interactions across the ecosystem, ensuring steady long-term dividend payouts to nodes. #### 7.2 Trading Ecosystem Revenue and Dividend Circulation Model Fees generated by the DOMI \_Dao DEX instant swap, PancakeSwap-style DEX ecosystem exchange and DEX US stock trading system constitute the core ecosystem cash flow. All fees are transferred into the node dividend pool to feed back ecosystem participants. **DEX Spot Trading Fees** A fixed percentage fee is levied based on transaction volume when users conduct token swaps and spot trading on the DEX. 100% of trading fees flow into the network-wide dividend pool and are shared among nodes proportionally to their staking amount. **DEX Perpetual Contract Fees** Trading fees generated upon position opening, position closing and funding rate settlement for contracts. After provisions for the settlement insurance fund, all remaining funds are aggregated into the dividend pool. The high-frequency nature of contract trading makes it a core growth driver for fee income. **DEX US Stock Trading Fees** A fixed proportional fee is charged on turnover when users trade US stock tokens, while minimal gateway fees apply to minting and redemption. All fees are denominated in DMT and transferred into the dividend pool. The around-the-clock nature of US stock trading delivers non-stop fee cash flow. **Slippage Revenue from Instant Swap** Reasonable slippage occurs during large-value Swap transactions. After distributing returns to liquidity providers, the residual slippage difference is collected into the dividend pool as an extra revenue source for nodes. **Cross-Chain Instant Swap Service Fees** A minimal proportional service fee is charged based on swap volume when users exchange multi-chain assets via cross-chain instant swap. Such fees are fully allocated to the dividend pool to sustain the operation of cross-chain services. **IFO and Liquidity Service Revenues** Service fees paid by ecosystem projects for IFO launches and liquidity subsidy applications are deposited into the Foundation reserve pool. Users who supply liquidity to Swap pools obtain a share of trading fees, incentivizing continuous inflows of external capital and forming a win-win structure covering liquidity providers, trading users and node holders. #### 7.3 Commercialization Model of Social & Entertainment Ecosystem The DOMI \_Dao social and live streaming ecosystem generates sustainable cash flow via token consumption scenarios, while driving user growth and ecosystem activity. **Tipping consumption for video live streaming and voice chat rooms** Audiences need to spend DMT tokens to purchase virtual gifts for streamers. A portion of consumed tokens will be burned, and another portion will be transferred into the network-wide fee dividend pool. Streamers retain the vast majority of tipping revenue, incentivizing creators to go live continuously and attract traffic. **Value-added consumption on the social square** Value-added features on the X-style social square, including membership badges, content promotion, pinned exposure and exclusive avatars & decorations, can be unlocked by paying with DMT tokens. Consumed tokens are burned and added to the dividend pool, converting social square traffic into ecosystem revenue. **Value-added interactive scenarios for communities** Social value-added functions such as group token red envelopes, exclusive community permissions and pinned content consume DMT. The spent tokens are simultaneously burned and credited to the dividend pool, converting community traffic into ecosystem revenue. **Commercialization driven by creator incentives** Mining mechanisms for high-quality content boost user activity. New users bring more trading and staking activities, indirectly expanding the scale of network-wide fees. Brand cooperation and advertising placements within the community will be opened at a later stage. All cooperation fees are settled in DMT and deposited into the Foundation reserve pool. The core value of the social entertainment sector lies in acquiring incremental Web2 users at low cost. Traffic inflow fuels the growth of trading and staking businesses, and commercial gains feed back all staking participants, realizing an integrated cycle of traffic – revenue – dividends. #### 7.4 Revenue Model for Ecosystem Incubation and Developer Cooperation Relying on the 25% token allocation reserved for ecosystem development, the DOMI \_Dao Foundation carries out DApp incubation and developer support initiatives to build long-term derivative revenue channels. **Strategic investment in high-quality DApp projects** Subject to DAO voting approval, the Foundation may deploy reserve tokens to invest in high-potential DeFi, NFT and GameFi projects. It shares subsequent trading fees and issuance proceeds from these projects, with returned capital replenishing the Foundation reserve pool. **Charges for developer traffic and liquidity services** Third-party projects that apply for homepage recommendation slots within the DOMI \_Dao client’s DApp browser or apply for public chain liquidity subsidies need to pay a small amount of DOMI \_Dao as ecosystem service fees. All fees are collected by the Foundation to fund continuous technical upgrades. **Revenue sharing for ecosystem partnerships** The Foundation establishes cooperative relationships with compliant crypto media, KOLs and Web2 traffic platforms. A proportional share of revenue generated via promotional partnerships is deposited into the Foundation reserve fund to support global market expansion. **Custom public chain technical development services** The Foundation provides customized on-chain contract development and private node deployment services for institutions and DAOs, charging service fees in DOMI \_Dao to expand the Foundation’s capital reserves. All incubation revenue flows back into the ecosystem supporting community incentive subsidies, token buyback-and-burn operations and underlying technical upgrades, forming a long-term loop where external partnerships benefit the whole ecosystem. #### 7.5 Token Value Support and Long-term Appreciation Logic The value of DMT is backed by multi-layer supports built upon genuine ecosystem demand, deflationary mechanisms and an inclusive economic model. It discourages pure speculative trading and establishes a sustainable long-term value growth logic. **Demand Support** DMT serves as the sole universal medium within the entire ecosystem. Holding or spending DMT is mandatory for Gas settlement, staking threshold requirements, trading fees, live streaming tipping, DAO proposals and liquidity mining, creating consistent genuine on-chain demand. A total of 55% of all tokens are distributed freely via mining, continuously attracting massive incremental users to hold DOMI \_Dao. **Deflation Support** Continuous consumption of DMT tokens takes place across all scenarios including trading, live streaming and contract interactions. Over the long run, the total volume of burned tokens will gradually exceed the newly circulated tokens generated through mining, forming persistent deflation expectations and steadily reducing circulating supply in the market. **Revenue Support** Users who stake a minimum of 100 DMT qualify to share all network-wide fees. As the ecosystem expands, daily dividend income rises, strengthening users’ willingness to hold and stake tokens for the long term. Mass amounts of tokens are locked on-chain, further easing selling pressure in circulation. **Capital Stabilization Support** The Foundation establishes a token stabilization reserve fund. In times of severe market downturn and sharp token price declines, the fund may be used to repurchase DMT from the secondary market for permanent destruction subject to DAO voting, providing a value floor for the token. During market upturns, reserve capital is deployed for ecosystem expansion to lift long-term token demand. **Governance Value Support** Holding DMT grants holders DAO voting rights. Token holders collectively decide matters including ecosystem capital allocation, public chain parameter adjustments and product iterations. Equipped with community governance rights, DOMI \_Dao carries intrinsic long-term holding value. ## Chapter 8 ### Project Roadmap and Future Planning #### 8.1 Short-term Development Plan **(Technology Improvement & Ecosystem Implementation, Q3–Q4 2026)** **Core objectives of this phase** Complete the stable mainnet launch of DOMI \_Dao, establish full underlying infrastructure, roll out the basic product matrix, and initiate early community cold start. **Underlying Technology Implementation** Deploy the DOMI \_Dao public chain mainnet built on Go; optimize the improved DPoS consensus and native USDT cross-chain underlying protocol. Conduct two full rounds of audits for all core smart contracts, and open-source contract codes on GitHub. Deploy distributed network-wide nodes and open-source blockchain explorer. **Client Product Launch** Release official Flutter-based Android and iOS APPs, launch core functions including encrypted social networking, multi-chain wallet, spot DEX and native Swap. Enable basic social financial scenarios such as intra-chain transfers and community token red envelopes. **Token Economic Model Rollout** Deploy smart contracts for mining rewards and node staking dividends, and officially activate network-wide mining incentives. Open the staking channel for small-scale nodes with a threshold of 100 DOMI \_Dao, with automatic daily dividend distribution. **Early Community Cold Start** Launch the global community recruitment program, roll out registration airdrops and social mining campaigns. Launch the testnet developer support program to attract deployment of the first batch of DApps. Connect with small and medium-sized compliant exchanges to achieve liquidity listing for DMT tokens. **Basic Governance Construction** Launch preliminary DAO proposal and voting functions; officially activate the Foundation multi-sig contract. Small-scale ecosystem fund allocations shall be subject to community voting decisions. #### 8.2 Medium-term Development Plan **(User Growth & Ecosystem Expansion, Full Year 2027)** **Core objectives of this phase** Improve entertainment and trading functions across the ecosystem, realize large-scale growth of global users, enrich the third-party DApp ecosystem, and build a complete DAO autonomous governance system. **Comprehensive Product Iteration** Launch decentralized voice live rooms, a complete cross-chain instant swap system and NFT minting & trading module. Improve the DApp browser risk warning mechanism and third-party application recommendation system. Initiate research and community voting for the membership system, and complete the preliminary plan draft. **Global Community Expansion** Set up regional community branches in Southeast Asia, the Middle East and Latin America. Host global meme challenges and creator incentive programs to rapidly expand user base via social virality. Establish long-term partnerships with overseas KOLs and crypto media outlets. **Developer Ecosystem Expansion** Organize the DOMI \_Dao Global Developer Hackathon and increase liquidity & traffic subsidies for DApps. Improve complete multilingual SDK documentation to attract bulk deployment of DeFi, NFT and GameFi projects on the mainnet. **Improvement of DAO Autonomy** Open channels for all types of ecosystem proposals. Large-scale fund allocation by the Foundation and adjustments to public chain parameters shall mandatorily undergo community voting. Fully implement super node rotation and slashing mechanisms. **Launch of Token Stabilization Mechanism** Activate the Foundation buyback-and-burn reserve fund to build a regular market adjustment mechanism. Cooperate with multiple leading compliant exchanges to improve global liquidity of the token. #### 8.3 Long-term Development Plan **(Industry Layout & Global Ecosystem, 2028 and Beyond)** **Core objectives of this phase** Achieve mature deployment of a fully decentralized community ecosystem, expand multi-track Web3 businesses, and promote global industrial adoption of the DMT. **Iteration and Upgrade of Underlying Technology** Develop a public chain Layer 2 scaling solution to further reduce transaction Gas fees and raise TPS. Upgrade the native cross-chain protocol to realize bidirectional interoperability with more mainstream public chains. Optimize the hybrid storage architecture to support massive storage of short video and live streaming media data. **Diversified Expansion of Ecosystem Tracks** Leverage the underlying public chain to explore the Metaverse, GameFi and decentralized digital identity (DID) sectors. Enable real-world commercial Web3 payment scenarios and drive offline application adoption of DOMI \_Dao tokens. **Fully Decentralized DAO Autonomy** Gradually transfer operational authority of the team and Foundation to the community DAO. All ecosystem development decisions shall be governed by voting among network-wide token holders, achieving the ultimate governance goal of the community as one entity. **Global Standardized Compliance Layout** Roll out tiered compliant operation solutions in response to regulatory policies in different regions, and build localized supporting KYC/AML services. Establish regional ecosystem foundations in multiple countries to realize localized global community operations. **Co-construction of Industry Standards** Open underlying public chain technical cooperation, achieve technical interoperability with small and medium-sized public chains and Web3 projects worldwide, and promote industry standardization for the integrated track of Public Chain + Social + DeFi. #### 8.4 Continuous Ecosystem Iteration and Technology Upgrade Plan The project ecosystem and underlying technology adopt a long-term continuous iteration model without fixed termination milestones. Optimizations and updates will be dynamically implemented based on community proposals and the evolution of industry technologies. **Technology Iteration Mechanism** Release quarterly underlying public chain version updates to optimize consensus efficiency, cross-chain security and smart contract vulnerabilities. The client APP will be updated monthly with new social, trading and entertainment functions, and product experience will be rapidly adjusted based on community feedback. Launch a whitehat bug bounty program to continuously collect security optimization suggestions and strengthen the asset protection system. **Ecosystem Iteration Mechanism** Conduct community ecosystem surveys every six months to collect optimization proposals concerning mining rules, node dividends, membership systems and DAO governance. Approved adjustments will be implemented in the subsequent quarter. The Foundation revises developer support policies annually to allocate resources aligned with trending Web3 sectors. **Long-term R\&D Reserve Directions** Zero-knowledge proof privacy interactions, on-chain AI tool integration, decentralized storage scaling and multi-chain unified asset aggregation protocols. Maintain forward-looking research on cutting-edge blockchain technologies to sustain the long-term differentiated competitive advantage of the DOMI \_Dao public chain. ## Chapter 9 ### Risk Disclosure and Disclaimer #### 9.1 General Industry Risk Disclosure **Market Price Volatility Risk:** Secondary market prices of digital assets are greatly affected by macroeconomics, industry trends and market sentiment with extreme fluctuation ranges. There is no guarantee of steady appreciation for DMT tokens, and holders may suffer substantial asset losses. **Global Regulatory Policy Risk** Blockchain and virtual digital asset regulations in various jurisdictions keep evolving. Multiple regions impose strict restrictions on digital asset issuance, trading and staking services. Policy changes may restrict project operations locally and impair token liquidity. **Industry Technology Iteration Risk** Underlying blockchain technology evolves rapidly, accompanied by continuous emergence of new public chains, scaling solutions and cross-chain technologies. The project may lose competitive advantages if the speed of internal technical iteration falls behind the industry. **Market Competition Risk** Low-cost EVM public chains, Web3 decentralized social platforms and integrated DeFi tracks continue to attract new competitors. Peer projects may divert users and developer resources, potentially slowing ecosystem growth. #### 9.2 Project Operational Risk Statement **Technical Development and Delivery Risk:** The plans for the underlying public chain, full-suite ecosystem products and cross-chain protocols described in this whitepaper are phased R\&D targets. Technical obstacles or extended development cycles may occur during development, leading to potential delays in function rollout. **Ecosystem Cold Start Traffic Risk** At the initial launch stage, the number of third-party DApps, user base and trading liquidity may be insufficient. Mining and dividend yields in the short term may fail to meet expectations, posing risks of user churn. **Smart Contract Security Risk:** Despite multiple rounds of security audits, unknown potential vulnerabilities may still exist in blockchain smart contracts, creating a low-probability risk of hacker attacks and asset theft. **Community Governance Execution Risk** DAO voting may face insufficient participation among token holders, and proposals may fail to meet the adoption threshold. Ecosystem fund allocation and technical upgrade plans may not be implemented on schedule, disrupting the project development timeline. **Liquidity Risk** Secondary market trading depth of the token is subject to market conditions. During market downturns, excessive trading slippage and difficulty in liquidation may arise. Large-scale unlocking and selling of staked tokens may exert short-term downward pressure on token prices. #### 9.3 Disclaimer This document is Version 1.0 of the All Community One (DOMI \_Dao) Whitepaper. It objectively introduces the project’s technical architecture, ecosystem products, tokenomics and development roadmap only. It does not constitute investment advice, financial solicitation or any commitment of asset appreciation. No wording within this document guarantees token price growth, fixed returns or capital-protected wealth management. All users, institutions and community participants shall independently fully evaluate market, technical, regulatory and operational risks related to crypto assets, and independently decide whether to participate in DOMI \_Dao ecosystem interactions, token holding and trading. All profits and losses shall be borne solely by participants. The project team and Foundation shall not be liable for any compensation for asset losses. All technical roadmaps, product features, economic models and development plans in this whitepaper are phased solutions. The project reserves the right to revise, delete or postpone implementation based on DAO voting results, adjustments of global regulatory policies and progress of underlying technical R\&D. The content of this document carries no legal binding force. Users across the globe must strictly comply with local laws and regulations governing blockchain and digital assets. If local laws prohibit the issuance, trading, holding or staking of virtual currencies, please refrain from participating in any ecosystem activities of this project. All data, allocation ratios, technical parameters and revenue mechanisms stated in this whitepaper are subject to the actual execution of on-chain smart contracts; the text serves merely as reference. In the event of discrepancies between document descriptions and on-chain contracts, open-source contract codes and data displayed on the blockchain explorer shall prevail as the sole standard. Without prior written official authorization, it is prohibited to alter, excerpt or commercially utilize the content of this whitepaper for illegal fundraising, investment promotion, speculation inducement and other irregular activities. All legal liabilities arising from unauthorized use shall be borne entirely by the user. --- # Agent Instructions This documentation is published with GitBook. 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