v Genesis Link white paper Genesis Link white paper Genesis Link white paper

v Chapter 1: Project Overview Capitalizing on the growing public demand for health and technology, the industry has developed numerous smart health service hardware devices through the interconnection of smart devices and cloud-based data processing. Examples include smart fitness trackers, smart fitness robots, and smart sleep monitors. These intelligent health assistance devices provide people with more scientific, convenient, and effective health management tools. Currently, a new global wave of technological revolution and industrial transformation is deepening. Innovation in information and communication technology has shifted from single-point breakthroughs to the coordinated advancement and collective evolution of multiple technologies. Key technologies such as Artificial Intelligence (AI), the Internet of Things (IoT), satellite communication, and big data are continuously making breakthroughs, accelerating innovation in the terminal industry. The next generation of smart terminals is gradually moving towards deeper, more substantive applications, propelling human society into an intelligent era.

v The next generation of smart device terminals refers to new types of intelligent terminals based on information and communication technologies, aiming for enhanced perception, computing power, interaction, and user experience. They are capable of executing diverse and complex tasks, providing users with robust intelligent services. These next-generation terminals expand the functionality and boundaries of smart devices, supporting a deeper human perception and understanding of the physical world. They place greater emphasis on system-wide intelligent interconnection and smart management, aiming to foster deep integration of humans, machines, objects, and the environment through more comprehensive and integrated intelligent applications, thereby becoming a new qualitative productive force tool driving digital transformation and smart living. The Genesis Link Tech Chain allows global investors to channel funds into emerging technological innovation industries through its platform. This fosters the development of these tech innovation industries, which, in turn, drives the rapid appreciation of the digital asset Genesis Link, enabling investors to achieve substantial returns and accelerate their path to financial freedom. 1.1 About Genesis Link The Genesis Link Tech Chain serves as a core engine driving the qualitative efficiency transformation of digital production methods and a crucial tool for digital transformation. It deeply integrates multiple core segments, including hardware manufacturing, operating system R&D, middleware design, application software innovation, and content creation. By highly integrating cutting-edge technologies and diverse functionalities, it provides users with more efficient, convenient, and intelligent experiences, profoundly changing lifestyles and work models, and becoming a key force propelling the world into a digital, intelligent era. As technology continues to evolve and market demands shift, smart terminal devices will play an increasingly important role in the future, bringing more convenience and value to humanity and societal development.

v 1.1.1 Product Vision As a global company leveraging smart device terminals to address decentralized, distributed data-driven challenges, we focus on three primary goals: 1. To collect data addressing a critical challenge faced by all enterprises and individuals: how to break free from conventional thinking and path dependency to achieve AI readiness. 2.To co-build, co-govern, and co-share a decentralized, distributed blockchain that reliably stores historical and real-time data. 3.To enable AI processing centers to continuously self-learn and improve from the distributed blockchain data, providing users with high-quality data outputs. The Genesis Link Tech Chain interprets the actions and patterns of what people actually do on their smart device terminals – whether manually or through automation – not merely checking usage behavior but also gathering what they are reading and discussing. Our platform facilitates the co-building, co-governance, and sharing of data analysis. 1.1.2 The Intelligent Economy: The Next Leap for Digital Economy Development Currently, the global digital economy maintains rapid and sustained development. According to relevant reports, by 2025, the aggregate digital economy volume of the United States, China, Germany, Japan, and South Korea will have exceeded $100 trillion, with an annual growth rate exceeding 8%. The contribution of the digital economy to GDP has reached 60%. This not only highlights the rapid development of the digital economy but also underscores its central role in the global economic landscape. The scale of economic development driven by artificial intelligence is a key force within this.

v 1.1.3 Genesis Link Tech Chain and Smart Device Terminals The deep integration of the Genesis Link Tech Chain with smart device terminals is not a simple technological overlay but an inevitable revolution triggering qualitative change. This combination is reshaping terminal forms with unprecedented force and unleashing massive value dividends. The core benefits are evident: First, it achieves an "end-to-end" intelligent closed loop. The tech chain encompasses the complete spectrum from underlying chips, sensors, and communication technologies to operating systems, algorithm models, and further to upper-layer applications and ecosystem services. When terminals are deeply coupled with this chain, a seamless closed loop from precise perception and efficient computing to real-time transmission, intelligent decision-making, and service provision can be realized. Terminals are no longer information silos but become organic entities capable of leveraging cloud intelligence in real-time and collaborating with other terminals on the chain, thereby delivering more accurate, fluid, and proactive intelligent services. Second, it catalyzes an "exponential" leap in capabilities. Breakthroughs in single technologies face bottlenecks, but the synergistic evolution within the tech chain creates a multiplier effect. For instance, 5G/6G communication technology ensures ultra-low latency transmission of massive perception data, edge computing nodes provide distributed, powerful computing resources, and AI large models empower terminals with deep understanding and content generation capabilities. This "strength-through-unity" enables terminals to achieve exponential improvements in perception, interaction, and execution of complex tasks, transforming from "obedient" tools into "understanding" partners. Finally, it constructs a "boundaryless" ecosystem integration. Under a unified tech chain framework, smart terminals of different brands and categories can break down barriers, enabling the free flow of data and capabilities. This means your smart car can seamlessly interconnect with your home smart hub and personal health devices, collectively building a cross-scenario, continuous

v intelligent living experience for you, truly advancing towards the ideal state of deep human-machine-object-environment interconnection. This integration is inevitable, driven by three key forces: User Demand Pull: The endless pursuit of intelligent experiences – from "usable" to "easy-to-use" to "unobtrusive" intelligent services – requires terminals to possess more comprehensive and powerful capabilities, which must rely on the support of the entire tech chain, not just a single device. Intrinsic Logic of Technological Development: Technologies across various fields (AI, IoT, cloud computing, semiconductors, etc.) have reached a stage where they must be interdependent and co-evolve. AI needs terminals for data, terminals need chips for computing power, computing power needs communication for transmission – they collectively form a symbiotic entity; isolated development can no longer break through the current ceiling. Inevitable Path for Industrial Upgrade: In the deep-water zone of digital transformation, industries no longer need fragmented solutions but systematic, intelligent productivity tools. Only by embedding smart terminals as "sensors" and "actuators" into the "digital brain" and "neural network" constructed by the tech chain can disruptive improvements in overall operational efficiency be achieved, making them veritable "new qualitative productive forces." Therefore, the integration of the tech chain and smart terminals is the inevitable destination under the combined force of demand, technology, and industry. It is not only the core path for building the next generation of smart terminals but also key to laying the cornerstone for the future digital civilization.

v 1.2 Genesis Link Introduction - Redefining the Future: The Next Generation of Smart Device Terminals The next generation of smart device terminals represents revolutionary products that surpass traditional smart hardware. Based on cutting-edge information and communication technologies, they focus on enhanced perception, computing, interaction, and experience as their core, dedicated to executing diverse and complex tasks, providing users with unprecedented levels of intelligent service. They not only expand the functionality and boundaries of smart terminals but also construct a deeply interconnected intelligent ecosystem. Through system-level intelligent interconnection and smart management, the next-generation terminals support a deeper human perception and understanding of the physical world, ultimately achieving deep interconnection and integration of humans, machines, objects, and the environment. This is not merely a technological upgrade but a concrete manifestation of new qualitative productive forces. It is acting as a key engine, driving the digital transformation across various industries and reshaping the future landscape of our smart living. 1.3 The Genesis Link System The Genesis Link System is a next-generation intelligent enterprise service platform built upon the self-innovated Genesis Link blockchain technology. It is not simply about putting tools on-chain; it is committed to reshaping enterprise collaboration models and trust mechanisms through the core value of blockchain, providing a secure, efficient, and trustworthy foundation for digital transformation for modern enterprises. 1.3.1 Core Features of the Genesis Link System Automated Trust: Leveraging the distributed ledger and smart contracts of the Genesis Link blockchain, business rules and contract terms are codified and executed automatically. Once trigger conditions are met, processes like transactions, payments, and authorizations proceed without manual

v intervention, fundamentally eliminating the possibility of default and disputes, and building unbreakable machine trust. Data Assetization & Secure Auditing: All critical enterprise data (e.g., contracts, logistics information, intellectual property, transaction records) generated, stored, and circulated on-chain are transformed into tamper-proof digital assets with clear ownership. This provides enterprises with clear, trustworthy data provenance; any operational record is traceable, greatly simplifying audit and compliance processes. Ecosystem Synergy: The Genesis Link System breaks down "data silos" between enterprises. Through a permissioned chain mechanism, it connects suppliers, manufacturers, distributors, and customers within an industrial chain into a co-governed, value-sharing network. Within this network, information and value can flow seamlessly and trustworthily, achieving integrated cross-organizational business processes. High Scalability & Low Cost: The underlying Genesis Link blockchain is specially optimized to address the performance bottlenecks of traditional blockchains, supporting the high concurrency and low latency requirements of enterprise-level applications. Simultaneously, by streamlining intermediate links and manual reconciliation, it significantly reduces operational and trust costs for enterprises.

v 1.3.2 Core Value Delivered by the Genesis Link System to Enterprises Enhance Efficiency, Reduce Costs: Automated Processes: Smart contracts automate cumbersome manual approvals, reconciliations, and payment processes, significantly improving operational efficiency and reducing labor costs. Streamlined Intermediaries: Removes unnecessary third-party guarantors and intermediaries, enabling peer-to-peer direct transactions, lowering channel and friction costs. Strengthen Security & Trust: Immutability of Data: Core business data, once on-chain, cannot be unilaterally altered, ensuring information authenticity and credibility. Enhanced Risk Control: The fully traceable nature allows enterprises to quickly pinpoint problem areas, effectively preventing fraud and operational risks. Pioneer New Business Models: Activate Data Value: Enterprises can use their verified, trustworthy data as assets for secure exchange or financing, opening new revenue streams. Build Industry Consortium Chains: Leading enterprises can quickly build their own industry consortium chains based on the Genesis Link System, setting standards and consolidating ecosystem leadership. Optimize Supply Chain Management: End-to-End Traceability: Information from raw materials to finished products is recorded on-chain at every step, achieving complete supply chain transparency and easily addressing quality traceability and compliance requirements.

v Chapter 2: Market Background & Problem Statement Currently, the smart terminal market faces profound transformation challenges: On one hand, a vast number of products in the market remain in the "pseudo-smart" stage of basic connectivity and remote control, lacking genuine contextual awareness and proactive service capabilities, leading to a user experience of "insufficient intelligence." On the other hand, due to low integration of core technology chains, many products fall into the simple stacking of hardware specifications without achieving deep integration of technology and user experience, resulting in "technological content" remaining superficial. More notably, the entire industry ecosystem is highly fragmented, with high barriers to interoperability between devices and a lack of a unified underlying platform for value support. This not only creates a fragmented user experience but also leads to chaotic and disordered market pricing. Facing these systemic industrial challenges, the industry urgently needs a foundational platform capable of breaking down technological barriers and reconstructing ecosystem value. Against this backdrop, the Genesis Link System emerges, dedicated to providing solid underlying support and a new developmental paradigm for the next generation of smart terminals. Currently, the smart terminal market faces profound transformation challenges: On one hand, a vast number of products in the market remain in the "pseudo-smart" stage of basic connectivity and remote control, lacking genuine contextual awareness and proactive service capabilities, leading to a user experience of "insufficient intelligence." On the other hand, due to low integration of core technology chains, many products fall into the simple stacking of hardware specifications without achieving deep integration of technology and user experience, resulting in "technological content" remaining superficial. More notably, the entire industry ecosystem is highly fragmented, with high barriers to interoperability between devices and a lack of a unified underlying platform for value support. This not only creates a fragmented user experience but also leads to chaotic and disordered market pricing. Facing these systemic industrial challenges, the industry urgently needs a foundational platform capable of breaking down technological barriers and reconstructing ecosystem value. Against this backdrop, the Genesis Link System emerges, dedicated to providing solid underlying support and a new developmental paradigm for the next generation of smart terminals.

v 2.1 The Evolving Global Smart Terminal Market AI represents the cumulative achievement of 70 years of development in the ICT industry and will trigger a transformation unseen in a century. In 1956, Dartmouth College assistant professor John McCarthy organized the Dartmouth Conference, where the term "Artificial Intelligence" was first formally defined. Since then, AI has experienced two developmental lows, the so-called "AI winters," but its progress has not stopped. From a technological evolution perspective, AI development follows the path of "Perception AI -> Generative AI -> Agentic AI -> Physical AI." Currently, the development of large AI models is shifting from a "brute force" approach to a "cost-efficiency revolution," leading to trends such as the "open-sourcing of foundation models + privatization /customization for vertical domains" accelerating AI democratization, and Generative AI rapidly penetrating thousands of industries. From a governance environment perspective, countries have formed multi-dimensional AI governance systems centered on policy strategies, specialized regulations, standard building, and technological empowerment. Governance systems in countries like the UK, France, and Germany focus on blending globalization with local industry characteristics, generally contributing to the creation of a healthy and safe AI development ecosystem. From an enterprise transformation perspective, iterative upgrades in large model technology are shifting enterprise perception of AI from "visible but unaffordable" to "affordable and usable." The rise of applications like AI Agents is accelerating the deepening of enterprise application scenarios. Under multiple opportunities, including enterprises proactively planning AI lifecycle security protection, an enterprise's AI Ready level determines whether it can seize the initiative in the AI wave.

v Specifically, an enterprise's AI Ready encompasses two primary capabilities: "hard power" and "soft power," and seven secondary capabilities, which are the seven core assessment dimensions for AI Ready. Among these, Technology, Data, and Business primarily correspond to "hard power"; Strategy, Governance, Talent, and Organizational Structure correspond to "soft power." 2.2 Structural Deficiencies of Traditional Smart Terminals Traditional smart terminal development has largely been a linear evolution of hardware upgrades and feature stacking. Their core structural deficiencies stem not from the backwardness of any single technology, but from fundamental limitations in their system architecture, ecosystem model, and value logic. Deficiency 1: Architectural Flaw – "Siloed" System Design This is the most fundamental flaw. Traditional terminals are designed as isolated "data and functionality silos." Data Silos: Device-generated data is trapped within their own or their brand's cloud platforms, unable to effectively interoperate with other devices and services. A smart home device cannot understand the data from another brand's device, making collaborative intelligence impractical. Functionality Silos: Device functionalities are highly dependent on their own hardware and pre-installed software, making it difficult to leverage

v external computing power, algorithms, or services to expand capabilities. Their value ceiling is essentially set at the factory. Interaction Silos: Interaction methods are limited to their own screens, microphones, or buttons, unable to achieve cross-device, seamless continuous experiences. Users need to frequently switch between different devices and apps, leading to a fragmented experience. Root Cause: A device-centric rather than a user-and-service-centric design philosophy. Deficiency 2: Intelligence Flaw – "Passive Response" & "Weak AI" The "intelligence" of traditional terminals is mostly the automation of preset programs, not true cognition and decision-making. Lacks Contextual Awareness: Most devices can only perceive direct commands (e.g., voice) or single-dimensional data (e.g., temperature), unable to comprehensively understand the user's complex context (e.g., time, location, identity, activity state, mood). Rule-Driven, Not Intent-Driven: Their behavioral logic is based on fixed "if...then..." rules, unable to understand the user's underlying intent, and incapable of prediction and proactive service. They only "obey commands," they don't "understand." Computing & Algorithm Limitations: Complex AI models typically run in the cloud, leading to delayed on-device responses, network dependency, and inability to guarantee privacy. The terminal's inherent "IQ" is limited. Root Cause: The disconnect between cloud intelligence and on-device execution, coupled with the limitations of earlier AI technologies.

v Deficiency 3: Ecosystem Flaw – "Fragmentation" & "Walled Gardens" The entire industry is split into multiple, opposing "walled gardens" dominated by giants. Protocol Incompatibility: Different brands adopt different communication protocols and standards, artificially creating interoperability barriers and forcing users into "brand lock-in." Platform Non-Openness: Major ecosystem platforms set access barriers to protect their own interests; data and services cannot flow freely across platforms, stifling innovation. Value Internalization: Manufacturers focus competition on hardware specs and price wars, rather than creating systemic incremental value through open collaboration. Root Cause: Centralized platform business models aimed at building user barriers rather than open value networks. Deficiency 4: Trust & Security Flaw – "Centralized" Fragility Data Privacy Risks: User data is centrally stored on manufacturers' cloud servers; once leaked, the consequences are severe. Users lack control over their own data. System Vulnerability: Centralized management and control nodes, once faulty or attacked, can cause widespread service outages. Ambiguous Value Attribution: The value generated by device data is appropriated by platforms without compensation to users and developers, lacking incentives.

v 2.3 Genesis Link's Strategic Positioning Vision Layer Positioning: To become the "New Value Foundation" and "Trust Connector" for the next generation of smart terminals. New Value Foundation: We provide not just technology, but a new value assessment system and capability foundation for the smart terminal industry, upgrading devices from "hardware carriers" to "intelligent service entities." Trust Connector: We build automated trust mechanisms between distrusting parties (different brands, enterprises, users), enabling large-scale collaboration without intermediaries. Industry Layer Positioning: The core enabling platform for the smart terminal industry's transition from "fragmented competition" to "ecosystem collaboration." Genesis Link System does not manufacture any terminal hardware. Instead, by providing "standard protocols, a trusted platform, and common services," it plays the role of an industry-level "Ecosystem Operating System." For Upstream Manufacturers: Provide integrated SDKs and development tools, enabling their products to "plug and play" into a larger ecosystem, escaping the "brand silo" dilemma and achieving value multiplication. For Downstream Developers & Brands:* Provide open capability interfaces (e.g., unified data, AI models, payment settlement), allowing them to focus on innovative applications and services without reinventing the wheel. For End Users:* Provide a seamless, cross-brand, cross-scenario intelligent experience world, ensuring their data sovereignty and privacy security.

v Value Layer Positioning: Providing enterprise clients with a "measurable path to intelligent upgrade" and a "trustworthy path to data valorization." Genesis Link helps enterprise clients address their most critical pain points: From "Price War" to "Value War": Through Genesis Link, enterprises can quantify their terminal devices' "collaborative intelligence level," "data trustworthiness," and "ecosystem service capability" as new value anchors, thereby escaping homogenized competition and cost pressure for differentiated pricing. From "Data Cost" to "Data Asset": Based on the Genesis Link blockchain foundation, key data generated in business (e.g., supply chain logs, equipment operation data, IP content) can be certified as tamper-proof, trusted assets, usable for financing, trading, or process optimization, directly generating economic benefits. From "Feature Phone" to "Smart Agent": Empower traditional terminal devices by integrating Genesis Link's platform capabilities to quickly possess advanced AI, cross-device collaboration, and automated service abilities, achieving product tier upgrades at lower costs. Competitive Layer Positioning: We are not another "IoT platform" or "cloud service provider," but a "Value Circulation System" built atop next-generation trusted digital infrastructure. Difference from Traditional Cloud Platforms: We emphasize "trust on-chain, computing at the edge, sovereignty with the user," not centralized control of data. Difference from Single Blockchain Projects: We deeply integrate AI and IoT, focusing on solving the tangible problems of the smart terminal industry with end-to-end solutions, not vague technical concepts.

v Chapter 3: Genesis Link Tech Chain Design & Ecosystem 3.1 Design Philosophy Genesis Link will launch its own APP, ultimately integrating each application function for smart terminals, making it more convenient and faster for global smart terminal enthusiasts to participate in the Genesis Link ecosystem. Genesis Link Blockchain Data System Our co-built, co-governed, and shared decentralized distributed blockchain data system utilizes Web3 technology and IPFS storage to provide comprehensive market data services, including exchange data, blockchain transaction data, market sentiment analysis (including social media), and RSS feeds (categorized and classified news). This historical data, after being organized, is divided into different data packets and stored via IPFS on each node. Traders and investment institutions can easily access vast amounts of information through our Genesis Link platform or API, avoiding the expensive and time-consuming process of collecting this data themselves. We also provide other in-depth analysis services through data mining and deep analysis, allowing traders to examine information Genesis Link will launch its own APP, ultimately integrating each application function for smart terminals, making it more convenient and faster for global smart terminal enthusiasts to participate in the Genesis Link ecosystem. Genesis Link Blockchain Data System Our co-built, co-governed, and shared decentralized distributed blockchain data system utilizes Web3 technology and IPFS storage to provide comprehensive market data services, including exchange data, blockchain transaction data, market sentiment analysis (including social media), and RSS feeds (categorized and classified news). This historical data, after being organized, is divided into different data packets and stored via IPFS on each node. Traders and investment institutions can easily access vast amounts of information through our Genesis Link platform or API, avoiding the expensive and time-consuming process of collecting this data themselves. We also provide other in-depth analysis services through data mining and deep analysis, allowing traders to examine information from a higher dimension and evaluate digital currencies (micro level) and the digital currency market (macro level) with a broader perspective. 3.1 Design Philosophy

v 3.2 System Architecture Leveraging its powerful device interconnection capabilities and cloud-based intelligent processing core, the Genesis Link ecosystem has successfully catalyzed and empowered the birth and development of a new generation of smart health terminals. Ranging from consumer-grade smart fitness trackers and smart scales to professional-grade smart fitness robots and smart sleep monitors, these devices have evolved from simple data recording tools into health management nodes deeply integrated into users' lives. They collectively form a continuous, multi-dimensional personal health perception network. Through the seamless collection and cross-analysis of physiological indicators, exercise performance, sleep quality, and other data, the Genesis Link ecosystem provides users with unprecedented scientific insights, elevating health management from vague empirical judgment to data-driven precision decision-making. This not only provides more scientific, convenient, and effective management tools but also pioneers a new, user-centric, personalized, and proactive health protection model.

v DAPP The Genesis Link Tech Chain will launch a comprehensive, integrated application box serving technology innovation projects, connecting various hardware interface APIs and applications on other main chains. This facilitates users in quickly finding useful applications, enabling low-barrier entry, deployment of on-chain assets, rapid smart swapping, cross-industry circulation of RWA assets, and other core functions. It will also incorporate features like blockchain games, financial news, and life sharing. The era of Intelligent Connection of All Things and collaborative intelligence places greater emphasis on scenario-specific, ubiquitous, intelligent, ecological, collaborative, and secure solutions. Furthermore, users can use Genesis Link to participate in App operations through voting, such as application voting, hot recommendations, and leaderboards, realizing the vision of "Tech AI Intelligence + All Things," and establishing a new tech open ecosystem and cooperation platform. "Intelligent Connection of All Things" requires not only interconnection between devices but also, through advanced technologies like AI, big data, and cloud computing, achieving intelligent recognition, interaction, and decision-making among devices. Within this framework, each smart terminal is no longer an isolated entity but an intelligent system capable of perceiving the environment, understanding user needs, and proactively providing services. It can automatically adjust its working mode based on user habits, preferences, and context, providing personalized services, truly achieving "understanding what you think, providing what you need." In the era of Intelligent Connection of All Things, various smart terminals and devices will form an open, collaborative, and win-win ecosystem, providing users with high-quality services and intelligent, convenient experiences through data sharing and collaborative work.

v Cross-Chain Genesis Link-DEX Swap Protocol Based on the NCCP protocol and NVEP swap protocol, we will build the Genesis Link Tech Chain ecosystem's proprietary Genesis Link-DEX swap protocol, enabling cross-chain multi-form value exchange of digital assets, propelling Genesis Link's value carrying and exchange into its ultimate form. 3.3 Core Logic and Future Positioning of the Genesis Link Chain Artificial Intelligence for Transactions The main challenge in daily business-to-business transactions is the lack of true digitization and automation. This leads to unnecessary manual processes and introduces various unnecessary risks for Genesis Link. Furthermore, as business grows, the risks associated with these processes may intensify. Current processes suffer from delays and errors due to manual operations, are difficult to verify, and lack visibility for all parties involved throughout the process. Genesis Link's generative AI aims to revolutionize the processing of transactions and invoice financing. We will digitize the entire process, automate it as much as possible, and enable real-time intelligent decision-making automatically. This will significantly reduce risks and securitize loans at all stages of a transaction (not just during credit processing). Automation will ensure the accuracy and efficiency of the credit and financing processes, thereby substantially reducing associated time and risk. This will minimize default risk, cut costs, increase revenue, and eliminate operational inefficiencies.

v Artificial Intelligence for Documentation The main challenges in invoice factoring are insufficient data integrity, low process automation, and lack of visibility across various datasets. This necessitates manual verification and makes it difficult to match the correct documents. There are too many datasets to process and significant data silos. This causes serious delays, risks, and unnecessary costs. We also face difficulties matching different datasets at various stages of a transaction. Generative AI can seamlessly automate B2B transaction data from various sources. This will streamline processes, ensure data integrity, prevent errors, and avoid duplicate financing. Discrepancies from various sources will be captured to ensure the accuracy of risk management. This will significantly reduce the time and effort required, improve operational efficiency, minimize risk factors, and make the data more actionable.

v Chapter 4: Technology & Security Architecture As the operating system value support and governance center, Genesis Link's technology and security design must possess high scalability, robust security, and verifiable compliance to support a cross-chain, multi-asset, intelligent financial ecosystem involving institutional and individual users. 4.1 Blockchain Compatibility Design The blockchain compatibility design of the Genesis Link System is not merely about supporting multiple blockchain protocols, but aims to build a flexible, scalable, and future-proof "underlying trust engine." Its core goal is to ensure the system can adapt to the rapid evolution of blockchain technology and provide the most suitable trust solution for different business scenarios. Core Design Philosophy: Modularity & "Trust-as-a-Service" We abstract and modularize the underlying blockchain, turning it into a standardized service (Trust-as-a-Service) that upper-layer applications can call on-demand. Key components include: Unified Abstraction Layer: Establishes a high-level universal interface between the underlying blockchain and upper-layer applications. Developers do not need to concern themselves with the underlying chain type, consensus mechanism, or encryption algorithms; they perform operations like trusted notarization and smart contract calls through unified APIs, significantly lowering development barriers and complexity.

v Pluggable Blockchain Adapters: The system comes with built-in adapters for different mainstream blockchains (e.g., Ethereum, Hyperledger Fabric, FISCO BCOS, Corda). When a new blockchain needs to be integrated, only the corresponding adapter needs to be developed, without refactoring the upper business logic. This achieves the flexibility of "develop once, deploy anywhere." Multi-Level Compatibility Architecture Our compatibility design covers three critical levels: Protocol Layer Compatibility: Supports public chains, consortium chains, and private chains. Public Chain Compatibility: Suitable for scenarios requiring full transparency and community governance (e.g., product traceability, digital asset issuance). Supports integration with mainstream public chains to leverage their strong credibility. Consortium Chain Priority: To meet the high demands of enterprise applications for performance, privacy, and compliance, the Genesis Link System deeply optimizes support for consortium chains. It can achieve high TPS, low-latency transactions, and supports node admission mechanisms. Private Chain Support: Provides a highly controlled blockchain environment for specific organizations or closed scenarios, suitable for internal audits, process optimization, etc. Data Layer Compatibility: Cross-Chain Data Interoperability Through a built-in lightweight cross-chain relay protocol, the Genesis Link System can enable state verification and information passing between different blockchains without directly transferring assets. Example: A supply chain finance contract deployed on a consortium chain can verify a logistics traceability event that occurred on a public

v chain, thereby triggering automatic loan disbursement. This breaks down the "trust silos" between chains. Application Layer Compatibility: Smart Contract Portability Through intermediate languages and virtual machine technology, we strive to achieve the efficient porting and execution of smart contracts across different blockchain platforms. This protects developers' intellectual property and development outcomes, avoiding lock-in to a single blockchain platform and granting applications great deployment flexibility. Scenario-Specific Trust Solutions Based on the above architecture, the Genesis Link System can match the most suitable blockchain solution for different smart terminal scenarios: High-Value, High-Transparency Scenarios (e.g., luxury goods traceability, digital copyright): Recommends using a public chain as the final trust anchor, ensuring data immutability and public verifiability. High-Efficiency, Privacy-Critical Scenarios (e.g., medical data sharing, inter-enterprise settlement): Recommends using high-performance

v consortium chains, achieving efficient business process automation while ensuring data privacy and compliance. Composite Scenarios (e.g., cross-border trade): Employs a hybrid chain structure. Product traceability information goes on the public chain, while commercially sensitive data like contracts and invoices flow on the consortium chain, with cross-chain technology enabling mutual verification, forming a complete trusted evidence chain. 4.2 Identity Verification A diverse, distributed entity identification and verification system that protects data privacy, security, and is easily scalable is one of the core protocols of the Genesis Link Tech Chain trust network. It can support the distributed and diversified identification and authentication of various entities within the Genesis Link Tech Chain trust network, including people, organizations, and objects. The Genesis Link Tech Chain simultaneously integrates multiple universal and specialized design combinations: Distributed Identifiers (DIDs) & Multi-Dimensional Authentication: The Genesis Link Tech Chain uses a Distributed Identity scheme for identifiers. DIDs themselves are not tied to specific services; their usage is defined by the actual application. In the DID scheme, each entity (person, object, organization) can possess a series of distributed trust sources and choose different authentication methods based on the scenario. All entity identity information resides only with the specific

v identity trust source provider and is not retained on the Genesis Link Tech Chain, ensuring compliance and privacy across various services. Identity Entities & DIDs: In the Genesis Link Tech Chain, one entity (person, organization, object) can also correspond to multiple DIDs. Before authorization by the identity entity's authorized person, no third party can infer the identifier used by the entity in another system based on the identifier used in one network system. Isolating an entity's operations in different systems through different identifiers can greatly protect privacy security and identity information rights. Verifiable Credentials (VCs): Verifiable Credentials provide a standard way to describe certain attributes an entity possesses, enabling evidence-based trust. A DID holder can use VCs to prove to other entities (individuals, organizations, specific things) that certain attributes are trustworthy. Combined with cryptographic techniques like digital signatures and zero-knowledge proofs, VCs can be made more secure and trustworthy, further safeguarding user privacy from infringement. 4.3 Distributed Data Exchange Distributed Data Exchange Protocol: The Genesis Link Tech Chain will compatibly support multiple different global data exchange protocols to meet the needs of different business scenarios. Simultaneously, it will combine data exchange protocols with the distributed ledger to form a distributed data exchange process and provide a series of cryptographic components for data and privacy protection.

v Data Authorization Mechanism: In data exchange systems, data privacy protection and leak prevention are always priorities. Within the trust ecosystem established by the Genesis Link Tech Chain, an authorization mechanism is designed, meaning any transaction involving data subject-related data requires notifying the data rights holder(s) (single or multiple parties) to authorize the transaction. Data Copyright Protection: Addressing the digital nature of data, the Genesis Link Tech Chain provides data notarization and lifecycle management functions, designing a lifecycle 溯源机制 (tracing mechanism) for relevant data. Firstly, it establishes a digital identity for each piece of data to track its entire process — registration, request, authorization, transaction—with identifiable subjects. Secondly, for data copyright protection, data transactions are recorded on the distributed ledger. Distributed Data Storage: Provides a distributed data storage layer supporting data exchange, catering to various data applications.

v 4.4 Resistance to Quantum Attacks The Genesis Link Tech Chain adopts new anti-quantum attack cryptographic algorithms. By replacing the ECDSA signature algorithm with the integer lattice-based NTRU Sign signature algorithm and simultaneously replacing the existing SHA series hash algorithms with Keccak-512, it mitigates the threats posed by the rapid development of quantum computing and the gradual proliferation of quantum computers. Most existing blockchain systems use the Elliptic Curve Digital Signature Algorithm (ECDSA). ECDSA is proposed based on the DSA signature algorithm using elliptic curves. As a standard for ANSI, IEEE, NIST, and ISO, ECDSA offers advantages such as small system parameters, fast processing speed, small key size, strong resistance to attacks, and low bandwidth requirements. For example, 160-bit ECC offers the same security strength as 1024-bit RSA/DSA, while 224-bit ECC offers the same security strength as 2048-bit RSA/DSS. However, quantum computers can execute very efficient Shor's algorithm attacks against ECDSA. Shor's algorithm is applicable to solving difficult mathematical problems like integer factorization and discrete logarithm inversion, making the ECDSA signature algorithm quite insecure under quantum attack. Currently, public-key cryptosystems resistant to Shor's algorithm attacks mainly include three categories: lattice-based public-key cryptography, code-based public-key systems represented by the McEliece

v cryptosystem, and multivariate polynomial-based public-key cryptography represented by MQ public-key cryptography. The security of the McEliece cryptosystem is based on the error-correcting code problem, offering strong security but low computational efficiency. The MQ public-key cryptosystem, i.e., the Multivariate Quadratic Polynomial public-key cryptosystem, based on the difficulty of solving systems of multivariate quadratic polynomial equations over finite fields, has relatively obvious shortcomings in terms of security. In contrast, lattice-based public-key encryption systems feature simple algorithms, fast computation speed, and small storage footprint. The Genesis Link Tech Chain adopts the lattice-based signature algorithm NTRUSign-251 to achieve quantum attack resistance. The specific algorithm. The specific implementation process of the algorithm is as follows:

v Genesis Link is an encrypted digital token issued based on blockchain technology. It can be used for consumption within the Genesis Link Tech Chain ecosystem, community rewards, and also conveniently represents and measures on-chain digital economic activities. 5.1 Basic Token Information

v Application scenarios for the Genesis Link token include but are not limited to: Fundraising: Genesis Link can be issued to early investors to raise resources for project development and construction. Metaverse Ecosystem Consumption: Genesis Link can circulate within the Genesis Link Tech Chain for various purchases/uses . Mining: Can be used for transaction mining. Exchange Trading: After Genesis Link is listed on mainstream digital exchanges, users holding Genesis Link can freely buy and sell, as well as trade and exchange with other mainstream digital currencies. Community Incentives: Use Genesis Link to reward participants who contribute to the project. Proof of Status: The Genesis Link community will vote to select outstanding community members; these members will use their Genesis Link holding quantity as proof of status to obtain more substantial rewards within the community.

v 5.2 Token Distribution Plan Project Name: Genesis Link Token Name : GLHN Total Supply: 100 million tokens (fixed total supply, non-inflationary) Issue Price: Price $2.13, increasing based on user activity levels. Purchase Channels: Available for purchase at market price using various mainstream currencies, no lock-up period. Distribution Plan: 10% for Node Subscription Rewards 10% held by the Team 5% held by the Foundation 10% reserved for Node Rights & Benefits The remaining 70% allocated for Mining.

v Chapter 6: Genesis Link Application Scenarios Genesis Link Tech Chain: Reshaping the Intelligent and Trustworthy Foundation of the Global Health Industry The vision of the Genesis Link Tech Chain extends far beyond incubating a few popular smart hardware devices. It aims to conduct a comprehensive digital upgrade of the entire health industry through its two core components—the "Trusted Data Chain" and the "Intelligent Collaboration Network"—positioning itself as the underlying operating system supporting the future smart health ecosystem. The vision of the Genesis Link Tech Chain extends far beyond incubating a few popular smart hardware devices. It aims to conduct a comprehensive digital upgrade of the entire health industry through its two core components—the "Trusted Data Chain" and the "Intelligent Collaboration Network" — positioning itself as the underlying operating system supporting the future smart health ecosystem. Genesis Link Tech Chain: Reshaping the Intelligent and Trustworthy Foundation of the Global Health Industry

v Its application scenarios can be systematically expanded across the following three dimensions: I. Comprehensive Device Coverage from "Consumer-Grade" to "Medical-Grade" The Genesis Link Tech Chain can endow any health-related device with a "Trusted Identity" and "Interconnected Intelligence." Chronic Disease Management Network: Devices such as smart insulin pumps, continuous glucose monitors, and smart blood pressure cuffs can mutually authenticate via on-chain Genesis Link identities to establish a closed-loop, personalized chronic disease management system. Glucose meter readings can automatically and securely trigger precise dosage adjustments from insulin pumps, while anonymized data is utilized for research, ensuring absolute patient privacy.

v Rehabilitation Therapy and Elderly Care: Smart rehabilitation robots, fall detection belts, and medication reminder pillboxes can form an integrated home safety monitoring network. Upon detecting a fall, the system can instantly notify emergency contacts and community health stations, simultaneously providing the patient's on-chain health records to expedite emergency response during the critical golden hour. Integration of Clinical-Grade Diagnostic Equipment: Even professional instruments like smart digital stethoscopes and portable ultrasound devices can connect to the Genesis Link network. The certified, immutable diagnostic data they collect can be directly written into electronic health records, providing a credible basis for remote consultations and clarifying medical accountability. II. Value Reconstruction: From "Device Silos" to a "Service Ecosystem" The core value of the Genesis Link Tech Chain lies in "Connection" and "Empowerment," catalyzing innovative services that transcend the devices themselves. "Health Data Bank": Users maintain sovereignty over all data generated by their health devices. Under Genesis Link's encryption and authorization mechanisms, they can voluntarily and anonymously utilize this data for personalized insurance pricing, clinical trial recruitment, or customized nutrition plans, thereby transforming data from a cost center into a personal asset.

v Anti-Counterfeiting and Traceability in the Pharmaceutical Supply Chain: By integrating smart drug traceability labels with the Genesis Link chain, it ensures the authenticity of every drug package from the manufacturer to the pharmacy and ultimately to the patient, effectively combating counterfeit drug circulation and building a nationwide medication safety net. "Trusted Dispatch" of Medical Resources: When home monitoring devices detect anomalies, they can, with user authorization, automatically send verified assistance requests to online consultation platforms, offline clinics, or emergency centers within the Genesis Link ecosystem, accompanied by trustworthy health data, enabling precise and efficient matching of medical resources. III. Paradigm Shift in Public Health: From "Treatment" to "Prevention" Ultimately, the Genesis Link Tech Chain will advance the focus of health management towards proactive prevention. Integration of Genetic and Lifestyle Data: Users can merge their genetic testing data with long-term lifestyle behavior data (sleep, diet, exercise) recorded by various smart devices within the Genesis Link ecosystem. Through integrated analysis, they can receive ultra-early, personalized health risk warnings, enabling truly precise prevention. Public Health Surveillance Network: Under strict privacy protection protocols, the Genesis Link network can anonymously aggregate regional health trend data (e.g., clusters of flu-like symptoms), providing public health departments with real-time, reliable decision-making support for more efficient epidemic early warning and resource allocation.

v Chapter 7: Governance Mechanism Design The Genesis Link Tech Foundation (hereinafter referred to as the "Foundation") is the advocating entity for the Genesis Link Tech project, dedicated to the development, construction, and transparent governance of the Genesis Link Tech Chain, promoting its safe and harmonious development. The Genesis Link Tech Chain Foundation will continuously introduce implemented partners, aiming to establish it as a metaverse project with high growth potential and adoption in general fields. The Genesis Link Tech Chain team has commissioned credible third-party institutions to assist in establishing the Foundation entity and to manage the daily operations and reporting of the entity's structure. After its establishment, the Foundation will select suitable community participants to join its functional committees, collectively engaging in practical management and decision-making. The Foundation Committee is composed of numerous industry investors, leading smart contract developers, and seasoned blockchain development teams, and has incorporated several excellent market operation teams. The Committee is committed to establishing the Genesis Link Tech Chain as a leading decentralized domain based on blockchain technology. We sincerely welcome more global partners to join the Genesis Link Tech Chain and collaboratively build its broad application value across various sectors. The Genesis Link Tech Foundation (hereinafter referred to as the "Foundation") is the advocating entity for the Genesis Link Tech project, dedicated to the development, construction, and transparent governance of the Genesis Link Tech Chain, promoting its safe and harmonious development. The Genesis Link Tech Chain Foundation will continuously introduce implemented partners, aiming to establish it as a metaverse project with high growth potential and adoption in general fields. The Genesis Link Tech Chain team has commissioned credible third-party institutions to assist in establishing the Foundation entity and to manage the daily operations and reporting of the entity's structure. After its establishment, the Foundation will select suitable community participants to join its functional committees, collectively engaging in practical management and decision-making. The Foundation Committee is composed of numerous industry investors, leading smart contract developers, and seasoned blockchain development teams, and has incorporated several excellent market operation teams. The Committee is committed to establishing the Genesis Link Tech Chain as a leading decentralized domain based on blockchain technology. We sincerely welcome more global partners to join the Genesis Link Tech Chain and collaboratively build its broad application value across various sectors.

v Chapter 8: Development Roadmap Phase 1: Launch (November 2025)

v Chapter 9: Core Team & Partners

v 9.1 Core Team  Jean Sébastien Lechasseur – AI Development Jean-Sébastien holds a Master's degree in Mathematical Theory from the University of Montreal and has six years of research and teaching experience. He also focuses on the theory and practice of artificial intelligence and deep learning.   Felipe Rodriguez – AI Development Felipe is a graduate student in Applied Mathematics at the University of Puerto Rico, where he developed deep learning algorithms for automated animal behavior detection and analysis tools. Felipe is also an AI Developer at AIFounded Inc., focusing on automated sentiment analysis and text classification. He also leads the data science team at Red Cat.   Longfu Lu – Core IT Infrastructure Operations Longfu has 20 years of extensive experience in IT operations and enterprise infrastructure. He has a successful track record managing high-traffic and data platforms in the online gaming and telecommunications industries. Concurrently, he possesses over two decades of rich experience in network/security devices, Unix, Linux, virtualization, and storage area network technologies.  

v Jenny De Jesus – Product and Design Jenny holds a Master's degree in Editorial Design from IED Madrid and is a graphic designer passionate about products, specializing in both digital and print design. With years of experience designing magazines and digital layouts, creating creative concepts and design solutions, she leads visual design projects ranging from logo and brand identity to mobile application design.   Ena Vu – Project Management Ena holds a Bachelor's degree from the University of British Columbia and a diploma in Architectural and Building Technology from the BC Institute of Technology. With ten years of project experience, Ena is responsible for project management, coordination, and administrative support, focusing on client retention and relationship maintenance.  9.2 Key Partners  Çağlar Gülçehre – Research Scientist, Google DeepMind Çağlar Gülçehre is a Research Scientist at Google DeepMind. His research interests include deep reinforcement learning, imitation learning algorithms, natural language understanding, and deep learning algorithms. His current primary research area is deep learning algorithms. Prior to joining DeepMind, he worked at the IBM TJ Watson Research Center, Microsoft Research, and Maluuba. He earned his PhD in Artificial Intelligence from MILA under the supervision of Yoshua Bengio.  

v Graham Taylor – Academic Director, NextAI; Professor, University of Guelph Graham leads the Machine Learning Research Group at the University of Guelph. His research includes statistical machine learning and biologically inspired computer vision, with a focus on deep learning and time series analysis. Graham also serves as the Academic Director of NextAI, Canada's largest AI startup incubator. He has received Canada's "Top 40 Under 40" award.   Nakul Verma – Professor, Columbia University Focused on machine learning, algorithms, and theory — Nakul's main research areas are machine learning and high-dimensional statistics. He previously worked as a Research Scientist at Amazon and has also worked at the Janelia Research Campus, one of the world's largest neuroscience research laboratories.

v Chapter 10: Legal & Compliance Disclaimer With the rapid development of the digital asset industry, compliance has become the cornerstone for the long-term stable operation of projects. The Genesis Link project strictly adheres to laws and regulations across multiple jurisdictions, ensuring that token issuance, circulation, and ecosystem operations comply with regulatory requirements, while protecting investor rights and project legitimacy. With the rapid development of the digital asset industry, compliance has become the cornerstone for the long-term stable operation of projects. The Genesis Link project strictly adheres to laws and regulations across multiple jurisdictions, ensuring that token issuance, circulation, and ecosystem operations comply with regulatory requirements, while protecting investor rights and project legitimacy.

v 10.1 Compliance Framework Design Multi-Jurisdictional Compliance Strategy: The Genesis Link team actively researches and follows the regulatory requirements of major jurisdictions, such as the U.S. Securities and Exchange Commission (SEC), the European Union's Markets in Crypto-Assets Regulation (MiCA) framework, and the Monetary Authority of Singapore (MAS). It has designed a compliance roadmap to ensure the project aligns with its legal classification and avoids being categorized as an unregistered security. Token Issuance Compliance: Prior to issuance, Genesis Link completed multiple rounds of legal due diligence to confirm that the tokens qualify as utility tokens and do not constitute securities. Simultaneously, across different funding rounds, it strictly implements investor qualification reviews and executes KYC/AML procedures. Smart Contract Security Audits: The project collaborates with several renowned security audit firms (such as CertiK and SlowMist) for code reviews to ensure the smart contracts contain no critical security vulnerabilities and to mitigate asset risks. 10.2 Identity Verification and Anti-Money Laundering Policy Investor Identity Verification: All users participating in private sales, public sales, and trading must complete identity verification using third-party compliant identity verification services to implement effective KYC processes and prevent money laundering and illicit capital inflows.

v Transaction Monitoring and Risk Control: The Genesis Link system integrates an on-chain behavior monitoring module capable of detecting anomalous transactions and suspicious capital flows in real-time. It combines blacklist management with an automated alert mechanism to enhance the platform's overall security and compliance level. 10.3 Legal Risk Disclaimer Regulatory Environment Uncertainty: Regulations related to digital assets are still evolving and subject to change. The Genesis Link project may face uncertainties due to policy adjustments. The team is committed to continuously monitoring legal developments, promptly adjusting compliance plans, and minimizing legal risks wherever possible. User Responsibility Disclaimer: When participating in Genesis Link token-related activities, users should conduct their own risk assessments and comply with local laws and regulations. The project team assumes no legal liability for any consequences arising from user illegal operations. 10.4 Data Privacy Protection Data Processing Compliance: Adheres to international privacy regulations such as the General Data Protection Regulation (GDPR), protects the security of users' personal information, and ensures that data collection, storage, and usage comply with relevant standards.

v Privacy and Security Technical Measures: Employs various technical means, including encrypted transmission and access controls, to ensure platform data security and prevent information leaks. 10.5 Future Outlook on Compliance Genesis Link will continue to strengthen communication and cooperation with global regulatory bodies, promote the establishment of digital asset industry standards, and foster the development of a compliant ecosystem. Through technological means such as Regulatory Technology (RegTech) and automated compliance via smart contracts, compliance processes will be streamlined and automated, aiding the project's sustainable and healthy development. Legality and compliance are core guarantees for the healthy operation of the Genesis Link ecosystem. The project team adheres to a strict, transparent, and forward-looking compliance philosophy, dedicated to creating a quantitative trading operating system that meets regulatory requirements, protects investor rights, and promotes the standardized development of the digital financial market. . 。