Build a Decentralized AI Computing Network

Designed to incentivize globally distributed idle GPUs, enabling GPU providers to offer computing resources for AI model training and inference

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  • 35K

    Compute Nodes

  • 40+

    Server Nodes

  • 200+

    Apps

  • 100K+

    Users

  • Huge Demand

    Artificial Intelligence (AI) and blockchain technology have become at the forefront of global innovation. AI is driving advancements in science and technology, particularly in the training and inference of large-scale models.

    Huge Demand

  • Resource Challenges

    The rapid development of AI has led to enormous computing and power demands. Training and inference of large-scale AI models require substantial computing resources, including processing power, memory, and bandwidth.

    Resource Challenges

Join as a Computing Power Provider Computing Power Provider

Make full use of the large amount of idle GPU resources within the community. Computing power providers contribute GPU and CPU resources, stake a certain amount of tokens, and receive incentive rewards, thereby promoting the widespread application of AI technology.

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Network Nodes

Building a decentralized AI network involves multiple nodes, each with specific functions and characteristics.

Computing Node

Computing nodes are responsible for executing high-computation tasks such as AI model training and data processing. They provide distributed computing resources to ensure the system has sufficient processing power to handle complex tasks.

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  • Requirements

  • Operating System: Ubuntu 20 or higher
  • CPU: Intel series processors
  • GPU: NVIDIA series graphics cards
  • Memory: 16GB or more
  • Storage: 500GB or more
  • Bandwidth: 10Mbps
  • Network: Static IP or domain name
Service Node

Service nodes primarily handle data transmission and requests within the network, providing API interfaces and other services. These nodes ensure the proper functioning of decentralized applications (dApps) and the timely response to user requests.

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  • Requirements

  • Operating System: Ubuntu 20 or higher
  • CPU: Intel series processors
  • GPU: NVIDIA series graphics cards
  • Memory: 128GB or more
  • Storage: 500GB or more
  • Bandwidth: 500Mbps or higher
  • Network: Static IP or domain name
Validation Node

Validation nodes are responsible for verifying the validity of transactions and data, ensuring the security and reliability of the system. They reach consensus through a consensus mechanism, recording and confirming transactions within the network.

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  • Requirements

  • Operating System: Ubuntu 20 or higher
  • CPU: Intel series processors
  • GPU: NVIDIA series graphics cards
  • Memory: 256GB or more
  • Storage: 8T or more
  • Bandwidth: 500Mbps
  • Network: Static IP or domain name

Free to use AI large models

The AI chat dialogue model nodes are entirely provided by community members, and most models are available for free to community members.

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We support blockchain

  • Decentralization

    Eliminates single points of control through a decentralized architecture, ensuring system stability and reliability.

  • Computing Power Interconnection and Scheduling

    Intelligent algorithms enable dynamic scheduling and optimization of computing power, ensuring efficient completion of computing tasks.

  • Distributed Ledger

    Uses distributed ledger technology to record all transactions and rewards, ensuring data transparency and immutability.

  • Support for Training and Inference

    Provides powerful computing capabilities to support AI model training and inference tasks, meeting various scales and complexities.

  • Open Community

    Encourages community members to participate and contribute, promoting technological development and application expansion through an open platform and interaction.

  • Open Protocols

    Adopts open protocols to ensure compatibility with various computing frameworks and applications, fostering ecosystem interconnectivity.

Everything you need to know

Here are the most questions people always ask about.

  • What is a decentralized blockchain AI network?

    A decentralized blockchain AI network combines blockchain and artificial intelligence technologies. It utilizes a decentralized architecture to ensure system security, transparency, and reliability while providing powerful computing resources for AI model training and inference tasks.

  • How can I join the computing power provider network?

    To join the computing power provider network, you need to create a node by selecting the node application type and configuring the node key. Additionally, you need to stake a certain amount of tokens, download the node software, and configure and start the node key. By contributing your GPU and CPU resources, you can earn corresponding rewards.

  • How is data privacy and security ensured?

    We use distributed ledger technology to record all transactions and rewards, ensuring data transparency and immutability. Additionally, all transmitted and stored data is encrypted, and multiple security mechanisms protect nodes from attacks, ensuring stable network operation.

  • What benefits can I gain from this?

    As a computing power provider, you can earn token rewards by contributing computing resources. The amount of rewards depends on the quantity of resources you provide and the volume of services rendered. These rewards are automatically distributed by smart contracts, ensuring fairness and transparency.

  • How is compatibility with other computing frameworks and applications ensured?

    Our network adopts open protocols to ensure compatibility with various computing frameworks and applications. This interoperability promotes ecosystem connectivity and fosters technological development and application expansion.

  • How can community members participate and contribute?

    We encourage community members to actively participate and contribute. Volunteers are welcome to join. Through the open platform and community interactions, members can share resources, provide suggestions, engage in technical development, and promote application expansion, collectively driving the network's growth.