RealAssetChain
  • RealAsset Chain (RAC) Whitepaper
  • Preface
  • I. Project Overview and Strategic Vision
    • 1.1 Strategic Positioning and Core Vision of RealAsset Chain (RAC)
    • 1.2 Industry Innovation Through the Integration of Blockchain and Real World Assets (RWA)
    • 1.3 RAC's Differentiation Strategy and Core Value Proposition
  • II. Market Analysis
    • 2.1 Global Macroeconomic Environment and RWA Allocation Trends
    • 2.2 Market Segmentation and Growth Potential in the RWA Sector
    • 2.3 Challenges and Opportunities in the Digital Transformation of Traditional Financial Assets
    • 2.4 Blockchain as an Innovation Driver for the RWA Market
    • 2.5 Analysis of Industry Leaders and Competitive Landscape Assessment
    • 2.6 Regulatory Landscape and Policy Trend Analysis
  • III. Technological Innovation Architecture
    • 3.1 Core Blockchain Technology Selection and Optimization Strategy for RAC
    • 3.2 On-chain Issuance, Trading, and Settlement Mechanism for RWA Assets
    • 3.3 Cross-chain and Interoperability Solutions
    • 3.4 Data Privacy Protection and Security Framework
    • 3.5 Oracles and the Reliability of Off-chain Data
    • 3.6 Scalability and Network Security Optimization Strategy
  • IV. RAC Business Model
    • 4.1 Core Business Logic and Asset Selection Criteria of RAC
    • 4.2 Diversified RWA Asset Categories and Management Models
    • 4.3 Coordination Mechanism Between On-chain and Off-chain Assets
  • V. Tokenomics Design
    • 5.1 RAC Token Economy and Value Circulation Model
    • 5.2 Total Token Supply, Deflationary Mechanisms, and Incentive Strategies
    • 5.3 Staking and Liquidity Mining Programs
    • 5.4 Governance Token Design and Community Incentive Plan
  • VI. Governance Structure and Risk Management
    • 6.1 Decentralized Autonomous Organization (DAO) and Decision-making Framework
    • 6.2 Risk Identification, Early Warning, and Control System
    • 6.3 Compliance Audits and Dynamic Regulatory Mechanisms
  • VII. Development Roadmap and Phase Planning
  • VIII. Team Background and Advisory Board
  • IX. Risk Disclosure and Legal Statement
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  1. III. Technological Innovation Architecture

3.6 Scalability and Network Security Optimization Strategy

As a platform dedicated to the digitization and on-chain management of Real World Assets (RWAs), RealAsset Chain (RAC) requires a robust infrastructure capable of handling large-scale asset interactions while ensuring system-wide security and stable network performance.

To meet these dual demands, RAC has implemented a multi-layered and multi-mechanism technical framework focusing on both scalability design and network security enhancements.

1. Optimized Consensus Mechanism

RAC adopts a hybrid consensus architecture combining an enhanced Proof of Stake (PoS) mechanism with Byzantine Fault Tolerance (BFT) protocols. This ensures high transaction throughput while maintaining node consensus security and data consistency. Key features include:

  • Low latency and high throughput: Capable of processing thousands of transactions per second (TPS), supporting high-frequency asset trading scenarios

  • Strong fork resistance: BFT ensures finality and immutability of confirmed blocks, preventing double-spending attacks

  • Energy-efficient: Significantly lower energy consumption compared to PoW models, aligning with global green finance standards

2. Secure Node Architecture

To safeguard node stability and ensure secure operation within the RAC network, a multi-tier node protection system has been implemented:

  • Layered Node Roles: Includes validator nodes, observer nodes, light clients, and archival nodes—designed to balance performance and redundancy

  • Dynamic Reputation Scoring: Node behavior is continuously evaluated, with penalties or automatic demotion applied to underperforming nodes (e.g., delayed responses or incorrect block proposals)

  • Encrypted Communication Channels: All inter-node communication is protected by TLS encryption and message-signature verification, mitigating risks of man-in-the-middle attacks or data tampering

3. Platform Scalability Strategy

  • Modular Architecture: Core components such as smart contracts, data storage, and identity management are designed as independent modules, allowing for isolated upgrades and parallel deployment—minimizing downtime and ensuring system continuity

  • Sidechains and Rollup Integration: Application-specific logic is offloaded to Rollup subchains or industry-specific sidechains, improving mainnet efficiency and reducing congestion

  • Off-Chain Computation Support: Integrates off-chain computation frameworks like zk-Rollup and Validium to handle large data sets, reducing the computational burden on the main chain and improving response time

4. Security Defense and Monitoring Systems

RAC maintains a proactive defense posture through comprehensive security mechanisms, including:

  • Multi-Signature and Cold/Hot Wallet Separation: Used for managing platform privileges and safeguarding assets, preventing systemic risks due to private key leakage

  • DDoS Protection Infrastructure: Implements traffic filtering and behavior recognition modules to defend critical endpoints from malicious disruptions

  • Real-Time Auditing and AI-Powered Anomaly Detection: Employs machine learning models to continuously monitor network behavior and identify potential threats in real time

Through the combination of optimized consensus protocols, tiered node security, modular and scalable system design, and comprehensive security measures, RAC not only delivers high-performance operations but also builds a fortified defense system. This provides a solid, future-proof foundation for large-scale on-chain RWA asset management and long-term platform growth.

Previous3.5 Oracles and the Reliability of Off-chain DataNextIV. RAC Business Model

Last updated 7 days ago