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[ai-worker]

MBSH Support

MBSH

MBSH Hub As the application layer of MBSH , MBSH Hub serves as an integrated platform, providing artists and designers with the necessary tools and resources to train, optimize, and deploy their artificial intelligence models. It supports various popular machine learning frameworks and libraries, making it easy for beginners and advanced users to use. MBSH Hub also serves as an artificial intelligence model market, allowing creators to list their trained models for others to use or fine tune according to specific needs. Within the MBSH Hub, AI models can facilitate efficient trading, sharing, and utilization through decentralized exchanges and secondary markets, thereby promoting collaboration and innovation. This promotes collaboration and knowledge sharing within the creative community, enabling artists to commercialize their models and establish an AI driven ecosystem of art tools. Through the MBSH Hub, the creation, sharing, and use of AI models have undergone fundamental changes, opening up new possibilities and driving innovation in the field of artificial intelligence. MBSH data security and privacy protection The MBSH network prioritizes data security and privacy protection during its construction process, adopting multiple security mechanisms to ensure effective protection of user data and meeting high standards of data security requirements. MBSH utilizes advanced encryption technology to protect data security during data transmission and storage. Effective encryption techniques are used from data entry to storage and usage to reduce the risk of malicious attacks and data theft. MBSH not only emphasizes data security, but also emphasizes user privacy protection. Personal information and sensitive data are encrypted, and only users have decryption keys to ensure that user data privacy is not abused or leaked. The Value of MBSH in the Digital World Meeting the needs of the digital world MBSH meets the needs of the digital world by establishing edge computing protocols based on blockchain and point-to-point networks. This protocol meets the data processing and low latency requirements of the digital world, providing strong computing power support for artificial intelligence systems. This helps improve data processing efficiency and supports a wider range of artificial intelligence applications. The use of blockchain technology can securely allocate artificial intelligence tasks and data to decentralized network nodes, thereby achieving more efficient artificial intelligence computing and secure data transmission.

[ai-worker]

MBSH highlights

Decentralized computing power market: MBSH is built on top of the underlying MBSH protocol, providing a vast computing power market. Users can access the computing power socket of the MBSH network to find suitable computing power or applications in this decentralized market. This market operates on smart contracts and cryptocurrencies, ensuring secure and fast payments and settlements. In addition, the MBSH protocol also introduces innovative features such as intelligent routing and data caching to optimize the utilization of computing resources and network efficiency. MBSH adopts advanced encryption technology and security mechanisms to ensure the protection of user data and transaction information. Node type: MBSH consists of three types of nodes: validation nodes, intelligent routing nodes, and computing power nodes. ·Verification node: responsible for sending proof of computing power and reaching consensus. The initial total number of validation nodes is 13, and additional nodes will be added in batches to ensure a two-thirds consensus on Istanbul Byzantine Fault Tolerance (Istanbul BFT). Community members can apply to become verification nodes when needed. ·Intelligent routing node: responsible for allocating and scheduling computing power tasks. Any community member can apply to become an intelligent routing node at any time. ·Computing power node: Contribute computing power to complete tasks. Any community member can apply to become a computing node at any time. Computing Power Sockets The computing power interface converts computing resources into digital assets, with each asset assigned a unique identifier, essentially an NFT (Non Fungible Token). End users can purchase these NFTs to obtain corresponding computing resources. These NFTs can be sold or exchanged, providing a convenient way to obtain the required computing power. The intelligent routing algorithm of MBSH efficiently allocates computing tasks and arranges idle computing resources, significantly reducing the computational cost of users. For example, one computing power interface can be configured to support image generation tasks based on stable diffusion, while another interface can be configured for natural language processing tasks based on PyTorch. When computing power nodes use their interfaces to perform tasks, smart contracts ensure that nodes receive appropriate rewards after completing the tasks. This configuration allows computing power nodes to optimize based on their computing power and application requirements, providing AI applications with more efficient and reliable computing resources. The computing power market operates using smart contract technology to automate the computing power trading process, ensuring transparency, fairness, and trustworthiness. Every transaction is recorded on the blockchain to ensure immutable and traceable transaction records. Computing nodes can utilize idle computing power to generate additional income while effectively managing their computing resources. Users can easily access the required computing resources without spending a lot of time and effort searching for suitable resources. These highlights of MBSH reflect its commitment to providing users with a decentralized, efficient, and secure environment for accessing and utilizing computing resources. Open Universe Framework Openverse Framework is a Web3.0 Dapp development framework built on the MBSH protocol. It provides a comprehensive software development toolkit (SDK) and API to help developers create, deploy, and manage applications more efficiently. This framework enables Web2 developers to easily transition to building Web3.0 AI projects. Developers can use the Openverse Framework to directly deploy captivating Dapp on MBSH networks, achieving an 80% cost reduction compared to traditional cloud services. Multiple AI applications have been or will be available on MBSH , including ChatBox, KSANA, AxiDraw, Fox Renderfarm, Title Protocol, IvySCI, Moonlight City, StoryCinema, and Lantern Academy.

[ai-worker]

AI AND MBSH

With the rapid development of artificial intelligence (AI) technology, computing power, as its core resource, presents new characteristics in user demand for computing power and networks. Computing power trading is an inevitable demand for the development of artificial intelligence (AI), but it faces many challenges in terms of computing power supply, such as uneven distribution of computing power and low efficiency in computing power utilization. In this context, AI trusted computing power trading services have emerged, aiming to solve the supply-demand contradiction of computing power, improve the efficiency of computing power utilization, and promote the sustainable development of the AI industry. The MBSH trusted computing power trading service is based on blockchain and artificial intelligence technology, achieving fair and trustworthy transaction matching, efficient and reliable data transportation, rich and high-quality service supply, secure and reliable data protection, and meeting diverse computing power needs. At present, the platform has integrated some computing power supply and demand services from the United States, China, Canada, Japan, South Korea, Israel, the United Kingdom, France, Germany, India, Switzerland, and Singapore. We also look forward to more computing power supply and demand parties joining the platform, enriching computing power applications, and expanding and strengthening the industrial ecosystem.