Smartchain Mobile WhitePaper
  • Background
    • Web3 Overview
      • Challenges Faced by Web3
    • Overview and Background of Computing Power
      • Global Computing Power Enters a New Era of Rapid Development
      • The Computing Power Industry is Thriving
  • Smartchain Mobile
    • Smartchain Mobile Solutions
    • Smartchain Mobile Overview
    • Smart One Overview
      • Smart One Device Specifications
    • Smartchain OS Technology Architecture and Standards
      • Smartchain Intelligent Computing Public Chain
      • Smartchain Mobile AI Computing Implementation
    • Smartchain OS and Ecosystem Product Features
  • Tokenomics of Smartchain Mobile
    • Computational Power（CPPT）
    • CPPT Application Scenarios
  • Risks and Disclaimer
    • Risk Management
    • Disclaimer
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  1. Tokenomics of Smartchain Mobile

CPPT Application Scenarios

CPPT is the core token of the Smartchain Mobile project, and its application scenarios cover multiple areas, including the network layer (underlying architecture), system layer (developer ecosystem), hardware layer (smart devices), and the DePIN platform. Below is a detailed analysis of CPPT's application scenarios in these four aspects:

1. Network Layer (Underlying Architecture)

  • Application Scenarios: CPPT is the fundamental token in the network layer, widely used for paying fees related to node operations, bandwidth usage, data storage, and other network operations. All network transactions and actions require CPPT, ensuring the efficiency of network operations and the security of the decentralized architecture.

  • Implementation: Users and node operators can stake CPPT to become network nodes, offering computing resources, storage, data validation, and other services, while earning token rewards. This mechanism ensures network security and stability while encouraging more users to participate in network construction.

  • User Value: By staking CPPT or providing resources, users can earn token rewards and influence the development of the ecosystem's infrastructure. The decentralized network design reduces single points of failure and greatly enhances system security and reliability.

2. System Layer (Developer Ecosystem)

  • Application Scenarios: CPPT is an essential component of the Smartchain Mobile system, providing developers with an open platform for creating and deploying decentralized applications (DApps). CPPT serves as both a transaction medium and an incentive tool, supporting developers in paying for platform usage fees, calling APIs, deploying smart contracts, and other key activities.

  • Implementation: Developers need CPPT to pay for computational resources and storage costs when creating DApps on the Smartchain Mobile platform. Excellent DApps can receive additional CPPT rewards through community votes and recognition to incentivize innovation and ecosystem vitality.

  • User Value: Developers holding CPPT can reduce development costs while also participating in ecosystem governance, collectively driving the platform's sustainable development. Regular users can support their favorite DApps, promoting innovation and diversity, thereby injecting more vitality into the ecosystem.

3. Hardware Layer (Smartchain Mobile Devices)

  • Application Scenarios: The Smartchain Mobile device is a key hardware component in the ecosystem. With the integration of the decentralized network and system architecture, CPPT plays a vital role within the device. Users can use CPPT to pay for app purchases, subscription services, hardware upgrades, and other related costs.

  • Implementation: When using a Smartchain Mobile device, users can stake CPPT to transform their device into a network node, sharing network resources and earning rewards. Additionally, the device’s app store allows users to use CPPT for transactions, purchasing DApps, or accessing DePIN services.

  • User Value: By using Smartchain Mobile devices, users not only enjoy the security provided by the decentralized operating system but also earn economic rewards by staking or using CPPT, fully leveraging the value of their hardware. CPPT applications further promote the prosperity of the device ecosystem and user participation.

4. DePIN Platform

  • Application Scenarios: The DePIN platform of CPPT acts as a bridge between hardware, network, and systems, utilizing CPPT to manage and incentivize distributed IoT devices. Users can use CPPT to purchase, configure, and manage IoT devices, while continuously earning rewards from their usage.

  • Implementation: CPPT holders can use the DePIN platform to purchase and manage IoT devices that function as distributed network nodes, offering computing and data processing services. Users can earn priority in device management and network rewards through staking CPPT.

  • User Value: CPPT holders and users can deeply engage in the decentralized IoT economy, earning rewards from the devices' operation while ensuring the security of device data and privacy. The decentralized management model of the DePIN platform also enhances system transparency and user trust.

As the core token of the Smartchain Mobile project, CPPT is not only a transaction and incentive tool but also an indispensable link within the ecosystem. Whether it is the network layer, system layer, hardware layer, or DePIN platform, CPPT empowers the operation and development of the ecosystem. By holding and using CPPT, users, developers, and node operators can gain economic returns, ecosystem governance rights, and greater influence, collectively driving the growth and innovation of the Smartchain Mobile ecosystem.

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Last updated 1 month ago

  • 1. Network Layer (Underlying Architecture)
  • 2. System Layer (Developer Ecosystem)
  • 3. Hardware Layer (Smartchain Mobile Devices)
  • 4. DePIN Platform
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