USDJPM CRYPTO (WHITEPAPPER)
  • USDJPM Introduction
  • 🇦🇮USDJPM Introductions
    • Introduction
    • Vision
    • Mission
    • The concept of USDJPM.
    • Problem Statement
    • How USDJPM aims to address these issues.
    • Concept Behind The USD JPM
  • 👨‍💻Technology Used In USDJPM (TRC20)
    • The underlying blockchain technology used by USDJPM.
    • Unique features or improvements in the technology.
    • Overall Architecture
    • Execution Layer: Built-in Rollup High-speed Execution Engine
    • Rollup Technology Solution
    • Data Availability Separation
    • Settlement Layer: the Highest Performance EVM-compatible Chain
    • The settlement layer is the core of the USDJPM Tron Express Network.
  • 💬USDJPM OVERVIEWS
    • Overview of USDJPM: Redefining Digital Currency on TRON
  • ♎Tokenomics
    • Tokonomics
  • 🔂Use Cases
    • Use Case of USDJPM: Transforming Finance with Stability and Efficiency
    • More Effective Use Cases
    • Use Case 11: Supply Chain Traceability
    • Use Case 13: Digital Identity Verification
    • Use Case 16: Secure Copyright Management
    • Use Case 17: Charitable Impact Investments
    • Use Case 18: Cross-Border E-commerce Settlements
    • Use Case 19: Decentralized Autonomous Organizations (DAOs)
    • Use Case 20: Healthcare Data Security
    • Use Case 21: Agricultural Supply Chain
    • Use Case 22: Intellectual Property Rights in Entertainment
    • Use Case 23: Personal Identity Passport
    • Use Case 22: Sustainable Supply Chain Financing
    • Use Case 23: Freelancer Payments and Contracts
    • Use Case 24: Tokenized Luxury Assets
    • Use Case 25: Environmental Carbon Credits
  • 🧑‍🎓Architecture of USDJPM
    • Execution Layer: Built-in Rollup High-speed Execution Engine
    • Rollup Technology Solution
    • Data Availability Separation
    • Settlement Layer: the Highest Performance EVM-compatible Chain
    • Data Availability Layer's Role: USDJPM
    • Node Classification USDJPM
    • Validation and Endorsement
    • Transaction Execution Flow
    • Security Model USDJPM
  • Deep Performance-based Optimisation
  • 🔐Security
    • USDJPM SECURITY
  • 📣Legal and Regulatory Compliance
    • Legal Terms
  • 🏩Community and Governance
    • Governance
  • ⚕️Socials
    • website
    • Twitter
    • Telegram
    • Medium
  • FAQ
    • Faqs
    • 1. What is USDJPM?
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  1. Architecture of USDJPM

Data Availability Separation

Data Availability Separation is a crucial concept in blockchain technology, including the USDJPM ecosystem. It involves the clear distinction between data that is stored and processed off-chain (in Layer 2 solutions like Rollups) and the data that is anchored or made available on the Layer 1 blockchain (in this case, TRON). Here's an explanation of Data Availability Separation in the context of USDJPM:

1. Off-Chain Data Processing:

  • USDJPM employs off-chain data processing, particularly in Layer 2 solutions like Rollups, to optimize transaction execution and smart contract computations.

  • Off-chain processing is faster and more cost-effective, as it doesn't require the same level of consensus and computation as on-chain operations.

2. On-Chain Data Anchoring:

  • While most transaction data is processed off-chain, a summarized or "rolled-up" version of this data is periodically anchored or committed to the TRON blockchain, which serves as the Layer 1 blockchain for USDJPM.

  • This anchored data includes critical information about the transactions and smart contracts executed off-chain.

3. Data Integrity and Security:

  • Data Availability Separation ensures that the integrity and security of the USDJPM network are maintained.

  • The Layer 1 blockchain, TRON in this case, acts as the ultimate source of truth and verification for the entire network.

  • Any discrepancies or disputes can be resolved by referring to the on-chain data, ensuring trust in the system.

4. Scalability and Efficiency:

  • Separating data availability from on-chain execution enhances the scalability and efficiency of USDJPM.

  • Off-chain transactions can be processed at a much higher speed and lower cost, making the network suitable for a wide range of applications and high transaction volumes.

5. Reduced Gas Fees:

  • Users of USDJPM benefit from reduced gas fees and transaction costs, as most of the computational work happens off-chain.

  • This makes it more affordable for users to interact with the ecosystem, encouraging broader adoption.

6. Compatibility with TRON:

  • Data Availability Separation is designed to be compatible with the TRON blockchain, allowing USDJPM to leverage TRON's infrastructure and network security.

  • It ensures seamless integration with TRON while providing enhanced scalability and efficiency.

In summary, Data Availability Separation in the USDJPM ecosystem involves the separation of data processing and execution, with most transactions and computations happening off-chain in Layer 2 solutions. The essential data is then anchored on the TRON blockchain to maintain security, trust, and scalability. This approach enhances the overall performance of USDJPM, reduces transaction costs, and ensures data integrity, making it a robust and efficient digital currency ecosystem.

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Last updated 1 year ago

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