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System Architecture and Core Components

The Trading Battle platform is built on an advanced, scalable, three-layer architecture. This design ensures secure gameplay, efficient management of TBT token transactions, user behavior analytics, and seamless interaction with the blockchain.

System Layers​

Application Layer​

  • Primary Responsibilities: Delivering advanced user experience (UX/UI), real-time market data visualization, user interaction management, and educational content delivery.
  • Subsystems:
    • Game Engine: Manages all game modes (Simple Duel, Fast Duel, Death Duel, Tournament), game timing, and rules enforcement.
    • User Interface: Dashboard, user profiles, chart visualization, and notifications.
    • Educational Module: Interactive training modules and quizzes for financial literacy.
    • Analytics SDK: Collects user interaction data to optimize experience and provide intelligent suggestions.
  • Key Features: High responsiveness, customizable user experience, integration with social platforms, and seamless TBT token interaction.

Protocol Layer​

  • Primary Responsibilities: Managing transactions, storing and synchronizing data between users and the blockchain.
  • Subsystems:
    • Transaction Manager: Records and validates all transactions (stakes, wins/losses, rewards) in accordance with tokenomics.
    • Event Processing Engine: Processes in-game events and TBT token events, sending notifications to the Application Layer.
    • Data Storage & Caching: NoSQL databases for real-time data and blockchain storage for immutable transaction records.
    • Consensus Integration: Supports PoS or PoA consensus mechanisms to record transactions efficiently on the blockchain.
  • Key Features: Ensures data consistency, low-latency transaction processing, horizontal scalability, and high availability.

Infrastructure Layer​

  • Primary Responsibilities: Providing the network and hardware resources for secure and scalable system operations.
  • Subsystems:
    • Blockchain Nodes: Nodes to record transactions and execute smart contracts.
    • Network & Load Balancer: Manages communication between users, protocol layer, and blockchain nodes.
    • Containerized Services: Runs services using Docker/Kubernetes for scalability and fault tolerance.
    • Security & Monitoring: AES encryption for stored data, RSA signatures for transaction verification, multi-factor authentication, and node monitoring.
  • Key Features: Fault tolerance, network security, scalable node deployment, and high system availability.

Key System Components​

1. Matchmaking Engine​

  • Description: Matches players based on TBT stake range, past performance, and win rate.
  • Features: Smart matching algorithms, queue management, and smooth user experience.

2. Reward Engine​

  • Description: Calculates and distributes rewards according to wins/losses, system fees, and tokenomics rules.
  • Features: Full transparency, automatic blockchain recording, and support for expandable reward models.

3. Smart Contracts​

  • Description: Automatically enforces game rules and TBT token transactions on the blockchain.
  • Features: Anti-cheating, exact execution of rules, immutable transaction logging, DAO support, and token governance.

4. Event Logging & Analytics​

  • Description: Captures all game events, analyzes player performance, and generates management reports.
  • Features: Reliable data for player behavior analysis, algorithm optimization, and managerial insights.

5. Security & Compliance Module​

  • Description: Ensures user data security, protects against cyberattacks, and maintains regulatory compliance for cryptocurrencies.
  • Features: Data encryption, multi-factor authentication, real-time monitoring, and protection against manipulation or DDoS attacks.

Data Flow Overview​

  1. The player joins a game and selects a game mode and TBT stake.
  2. The Matchmaking Engine finds suitable opponents.
  3. TBT transactions are recorded and validated by the Transaction Manager.
  4. Game outcomes are executed via Smart Contracts and permanently logged.
  5. The Reward Engine calculates and distributes rewards.
  6. All events are logged via the Event Logging System for analysis and algorithm improvement.
  7. The Infrastructure Layer ensures all transactions are secure, fault-tolerant, and highly available.
Key System Components