Powered by Eternal AI, BNB has become the world's first end-to-end decentralized AI ecosystem. 1. Decentralized model storage on BNB Greenfield 2. Decentralized GPU compute on BNB Chain 3. Decentralized Inference on BNB Chain 4. Decentralized agents on BNB Chain Let's dive into how end-to-end decentralized AI works within the BNB ecosystem. 1. Decentralized AI Model Storage At Eternal AI, our first mission is to preserve humanity's most important creation (AI models). BNB Greenfield offers a decentralized storage system, which makes it perfect for preserving AI models. For example, here is how we preserved the @deepseek_ai R1 model on BNB Greenfield. First, we split the DeepSeek-R1 model into 70 chunks simply because the model file is too big. Then, we used the Greenfield Go SDK to upload all the chunks to BNB Greenfield. Each upload returned a hash that GPU Compute Nodes use to retrieve the model weights later. After uploading all the chunks, we created a metadata file containing all uploaded hashes and uploaded it to Greenfield. GPU Compute Nodes use this metadata file to retrieve all the hashes. That's it. DeepSeek-R1 has been preserved on BNB Greenfield forever. Anyone can permisionlessly access DeepSeek-R1 weights at any time. We plan to preserve as many AI models as possible on BNB Greenfield. 2. Decentralized GPU Compute Our second mission at Eternal AI is to serve the AI models we preserved in a way that is permissionless, accessible to everyone, censorship-resistant, and tamper-proof. Anyone with a GPU can contribute compute to the Eternal AI network. Here is how a GPU Compute Node works. A GPU Compute Node first downloads the DeepSeek-R1 metadata file on BNB Greenfield to retrieve all the hashes. Then, it retrieves all the model weight chunks based on the hashes. After downloading all the chunks, it merges them into a full DeepSeek-R1 model. Then, it starts listening for inference requests. Everything is coordinated by trustless smart contracts. Here are some of the GPU Compute Nodes on the BNB Chain: 3. Decentralized Inference Whenever there is a new inference task for DeepSeek-R1, a random K out of N nodes will be selected to perform the task. Eternal AI uses pBFT consensus, so at least 2/3+1 nodes must have the same deterministic response. Everything is coordinated by a trustless smart contract on the BNB Chain. Here is the DeepSeek-R1 smart contract. 4. Decentralized Agents Unlike other agent frameworks that are based on web2 languages like Python or Typescript, Eternal AI is a web3-native, fully onchain agent framework. Eternal AI is a Solidity-based AI Agent framework. Solidity is the language of choice for building onchain decentralized applications. So BNB Agents are unstoppable smart contracts running on the BNB Chain. Here is an example of a BNB agent smart contract: If you prefer a no-code tool to create your BNB decentralized agent, you can create one with a few clicks here. Conclusion @BNBCHAIN is a unique ecosystem because it offers both an EVM-compatible blockchain (BNB Chain) and a decentralized storage system (BNB Greenfield). Because of that, we can deploy an end-to-end decentralized AI protocol for the BNB ecosystem. We can't wait to see what AI agents, AI-powered dapps, AI-powered games, and many other AI-powered use cases you'll build on BNB. The future of AI is decentralized.

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