Encryption Technology Application
              Data Layer
              Multi-source data access system: responsible for collecting
                massive data in real time from various data sources in the global cryptocurrency market, such as major
                cryptocurrency exchanges, blockchain browsers, financial information platforms, etc., including price
                trends, trading volumes, project white papers, market depth and other information, providing a basis for
                subsequent data processing and analysis.
              Distributed database: GeniZenith uses distributed storage
                technology to store the collected data in a structured manner to ensure data security, scalability, and
                efficient reading and writing. For key data such as high-frequency trading data and user information,
                redundant storage and off-site backup strategies are used to prevent data loss.
              Computational Layer
              AI computing cluster: GeniZenith is equipped with a
                high-performance GPU computing cluster, which is specially used to run various AI algorithms. These
                algorithms undertake important tasks such as data mining, market analysis, risk assessment, credit
                assessment, and new currency project screening. Through cluster parallel computing, the training and
                reasoning speed of AI models is greatly improved to meet the real-time requirements of the business.
              
              Transaction matching engine: GeniZenith has developed an efficient
                transaction matching engine for currency-to-currency trading, contract trading and other businesses.
                Based on in-memory computing technology, the engine can quickly process a large number of transaction
                orders, achieve efficient order matching and fast transaction, and reduce transaction delays and
                slippage.
              
              Application Layer
              Multi-business application modules: including front-end
                applications and back-end services for various business modules, including fiat currency trading,
                currency-to-currency trading, contract trading, interest-bearing on deposits, lending, new currency
                issuance and subscription, etc. Each business module has an independent service architecture. GeniZenith
                decouples it through a microservice architecture, which facilitates independent development, deployment
                and maintenance, and can also achieve flexible business expansion and function upgrades.
              Security protection system: GeniZenith has deployed a full range
                of security protection systems at the application layer, including firewalls, intrusion detection
                systems (IDS), encrypted communication protocols (such as SSL/TLS), etc. These security measures are
                used to protect users' transaction data, personal information, and the platform's business systems from
                external attacks and malware.
              Interface Layer
              External API interface: GeniZenith provides standardized API
                interfaces for third-party partners so that partners can access some services of the GeniZenith
                platform, such as market data query, transaction interface call, etc. Through the API interface, it can
                achieve interconnection with the external ecosystem and expand the business boundaries and influence of
                the platform.
              
              User interaction interface: GeniZenith has designed a simple and
                easy-to-use web interface and mobile application interface to provide users with a convenient operation
                portal. The interface is responsive and can adapt to the screen sizes of different devices to provide a
                consistent user experience. At the same time, the interface focuses on user interaction design,
                simplifies the operation process, and improves user efficiency.