#IO Decentralized Computing Network is a project based on the Solana blockchain that aims to provide AI computing resources in a decentralized manner. This network allows users with idle computing power to provide computing power to artificial intelligence companies that need a lot of computing resources. The founder and CEO of IO.net sought more economical computing resources when developing quantitative models for algorithmic trading, which gave rise to this project. IO.net aims to build a decentralized AI computing network that can compete with Amazon Web Services (AWS).
IO.net provides AI companies with a cluster of computing resources by aggregating GPU computing power from various sources. These resources include idle computing power from independent data centers, crypto miners, and ordinary users. In this way, IO.net is able to provide computing power at a price 90% lower than centralized cloud service providers, and at a faster speed. IO.net also provides a decentralized, cost-effective, and easily accessible computing platform that solves the main pain points of the AI and cloud computing industries.
In addition, $IO .net's business directly targets cloud services such as Amazon and Alibaba Cloud, builds an IO Cloud cluster, and integrates GPU resources from the supply side such as Render Network and Filecoin, making its GPU resources highly scalable. The emergence of IO.net may have a significant driving effect on the original Crypto industry's cloud storage, distributed coprocessors, distributed computing and other directions1.
The decentralized computing power network uses tokens to incentivize computing power holders to participate in the network to provide computing power services. These scattered computing power resources can be aggregated into a decentralized computing power network of a certain scale. This can not only improve the utilization rate of idle computing power, but also meet customers' computing power needs at a lower cost, achieving a win-win situation for both buyers and sellers. #IO去中心化算力网络
