DSC
  • Overview
    • Introduction
    • Market Analysis
      • Competitors and Comparative Advantages
  • What is DSC?
    • Contributions to AI + DePIN Track
    • Core Objectives
  • Integration Process
  • Prospect and Use Case
    • Specific Application Cases
  • Technical Architecture
    • Security
  • Tokenomics
    • Mining Incentives
    • Other Incentives
  • Roadmap
  • About DSFS Foundation
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Roadmap

Initiating Top-Tier Hardware Partnerships

Launch deep collaboration projects with top-tier hardware suppliers, such as NVIDIA® and AMD, to ensure the platform can support the latest high-performance computing hardware.

Strategic Partnership Relationships

Begin discussions with key hardware suppliers to explore long-term partnership relationships, laying the groundwork for future hardware upgrades and technical support.

Automated Machine Learning Model Tuning

Introduce automated machine learning model tuning to enhance the efficiency and cost-effectiveness of computational resource utilization.

Expanding Computational Resource Circulation

Collaborate with Square and other major computational resource demanders to expand the circulation and application scenarios of the DSC platform.

Global Data Center Collaboration

Initiate collaboration with global data centers to enhance computational resource supply and data processing capabilities.

Launch of Computational Resource Management Tool

Develop and launch computational resource management tools for the DSC platform to provide more efficient resource allocation and monitoring.

Membership in the NVIDIA Developer Community

Join the NVIDIA developer community to obtain the latest industry updates and promote technical exchange and collaboration.

User Mining and Computational Resource Access:

July: Release the DSC computational power platform client, initiating 2C-end distributed computational power access and user mining incentive plans.

August: Open the cloud computational power sales function, providing users with real-time computational power services and an optimized user interface.

Optimization of Distributed Storage System

Significantly optimize the existing distributed storage system to improve data storage and processing speed, meeting the growing demands for data.

Comprehensive Expansion of Computational Power Services and Platform Stability:

Expand the computational resource network globally, increase cooperation with more data centers, and ensure the continuity and stability of computational power services.

Further enhance the automated computational power scheduling system to improve response speed and processing efficiency.

Enhanced Decentralization and Web3 Functionality:

Develop decentralized identity verification and transaction systems to strengthen platform security and transparency.

Promote the use cases of the DSC Token and expand its application scenarios in the Web3 ecosystem, such as virtual asset trading and smart contracts.

Strengthen Industry Cooperation and Vertical Integration:

Deepen cooperation with specific industries (e.g., healthcare, autonomous vehicles) to develop dedicated AI computational power solutions.

Explore cooperation with finance, insurance, and other sectors to utilize AI computational power for large-scale data analysis and risk assessment.

Investment in Technological Innovation and Research and Development:

Invest in new technologies in AI and machine learning, such as explainable AI and federated learning, to enhance platform competitiveness.

Develop more advanced data compression and transmission technologies to reduce latency and costs during computational power execution.

Global Market Expansion:

Open up new regional markets, such as developing economies in Southeast Asia and Africa, to enhance global coverage.

Establish a more comprehensive user support system, including online training, tutorials, and 24-hour customer service, to improve user experience.

Environmental Responsibility and Sustainable Development:

Implement a green computing plan to reduce the environmental impact of computational power operations, such as optimizing energy consumption and using renewable energy sources.

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Last updated 1 year ago