Today, we’re thrilled to announce DIN’s new journey: we’re building an AI agent blockchain, powered by BNB Chain and NodeReal. After years of developing and scaling both on-chain and off-chain data solutions for AI agents, we’ve identified key areas where decentralized AI needs improvement and what it takes to drive wider AI and crypto adoption. This is why we’re launching the DIN blockchain — a purpose-built blockchain designed to provide comprehensive solutions for AI agents.
What is DIN Blockchain?
DIN Blockchain is designed to provide comprehensive solutions and infrastructure for AI agents and decentralized AI applications (dAI-Apps), including:
- AI data availability and scalability
- Tools for knowledge base integration and search using Retrieval-Augmented Generation (RAG)
- Large Language Model operations (LLMOps) and AI-generated content (AIGC) monetization
- A complete platform for developing AI agents and dAI-Apps, simplifying creation and deployment
Why do we build this AI Agent Blockchain?
With the rapid development of AI Agents in the blockchain space, despite frameworks like ELIZA, ARC, and Swarms that optimize single AI Agent performance or facilitate collaboration between multiple AI Agents, these frameworks still face challenges such as off-chain data storage, difficult-to-verify reasoning processes, and lack of execution transparency. Therefore, AI Agents urgently need a blockchain specifically designed for them, providing robust data support, a reliable execution environment, and transparent operational processes.
As such, the blockchain needed for AI Agents is not just a “ledger” tool but should have the following core characteristics:
- Strong data support and management capabilities: High-quality data is the foundation of AI Agent intelligent decision-making. The blockchain needs to efficiently collect, process, and store data while supporting both on-chain and off-chain data interactions.
- Trusted execution environment: To ensure AI Agent decision-making processes are fair and trustworthy, the blockchain needs to provide decentralized mechanisms that ensure all operations are transparent and tamper-proof.
- Efficient computational capability: AI Agents require powerful computing capabilities, and the blockchain platform should possess high scalability and the ability to handle complex computational tasks.
- Support for multi-agent collaboration: Future AI Agents will need to cooperate with other agents, and the blockchain should support multi-agent collaboration and interoperability to enhance problem-solving capabilities.
These requirements are driving AI Agents toward blockchain. Unlike traditional Web2 applications, AI Agents on blockchain will not only solve data storage and reasoning verification issues but can also open up broader market applications. To maximize AI Agent potential, blockchain platforms must provide a dedicated infrastructure to meet data processing demands, intelligent decision-making, computational capabilities, and multi-agent collaboration.
DIN blockchain is precisely the AI Agent blockchain designed to meet these requirements. It supports a complete workflow from data to models to AI Agents.
How Will DIN Blockchain’s Architecture Benefit AI Agents?
The DIN blockchain architecture has four layers: consensus layer, data layer, service layer, and application layer.
Consensus Layer
AI Agents require credibility and transparency in their decision-making and reasoning. DIN blockchain provides decentralized security through its consensus layer, built on the OP stack and leveraging BNB Chain’s security. This layer ensures transparent and immutable operations and decisions, thus providing a reliable execution environment for AI agents.
Data Layer
AI Agents need high-quality, scalable data for training and decision-making. DIN blockchain’s data layer provides efficient on-chain and off-chain data processing, supporting AI dApp and AI agent development. DIN has attracted over 30 million registered users and processed and stored over 100 million encrypted tweets on-chain, becoming a crucial infrastructure in AI data. All these data is securely stored on BNB Greenfield, and users can earn rewards for their contributions. DIN is not just users of BNB Greenfield; DIN also serve as the platform’s official storage service provider. Its powerful data processing capabilities provide real-time data support for large AGI models and AI agents. DIN’s data supply capabilities are vital for AI agents’ efficient operation in multimodal data and complex logical analysis.
Service Layer
The service layer provides essential tools for creating and deploying AI agents. It includes LLMOps, a comprehensive framework covering deployment, monitoring, and optimization of large language models, ensuring AI agents can efficiently handle complex computational tasks. Through Prompt as a Service and Agentic Workflow, the service layer simplifies the creation and deployment process of AI agents, enabling them to execute complex tasks efficiently.
Additionally, the DIN blockchain’s service layer supports multi-agent collaboration through RAG (Retrieval-Augmented Generation) and Agentic Workflow. RAG provides efficient knowledge search, indexing, and retrieval, facilitating data sharing and collaboration between different AI agents; Agentic Workflow provides a visual workflow interface, helping to build and manage complex tasks for multi-agent collaboration, supporting seamless cooperation between agents.
Application Layer
DIN blockchain’s application layer has demonstrated its strong potential through multiple self-developed dApps, including Analytix, Reiki, and xData, providing rich value for business use cases on the BNB Chain. Analytix is an on-chain data analysis platform trusted by major clients like BNB Chain, Moonbeam, and Manta Network, helping users create detailed dashboards to analyze on-chain activities. Reiki integrates AI with User Generated Content (UGC), providing creators with customized AI agents and dataset management capabilities, and has achieved significant success on Product Hunt, winning first place as “Product of the Day” and “Product of the Month” and ranking third in the 2024 Annual Rankings. Meanwhile, xData, a revolutionary AI data collection tool, has attracted over 30 million registered users and collaborates with AISpeech, utilizing blockchain technology to provide multilingual voice data annotation services for the automotive industry, further advancing its commercial applications in the AI voice sector. These dApp achievements fully demonstrate the robust capabilities and broad influence of the DIN blockchain’s application layer.
The DIN blockchain has natural advantages in providing AI Agents with robust data support, trusted execution environments, efficient computing power, and multi-agent collaboration capabilities. Furthermore, DIN blockchain enhances the token’s practical utility by introducing the native token $DIN as Gas fees, while providing users and developers with a low-cost operating environment, promoting vibrant ecosystem growth. Through its economic incentive mechanism, DIN blockchain offers clear revenue pathways for developers and users, attracting more developer participation and driving the widespread adoption of AI Agent technology.
Why Build on BNB Chain and Choose NodeReal Solutions?
DIN’s vision strongly aligns with BNB Chain. While BNB Chain is committed to becoming an AI-first blockchain platform, DIN focuses on providing diverse underlying architectures to support AI development and Agent deployment. By building on the BNB Chain, DIN can leverage its robust blockchain technology foundation to promote deep integration of AI and blockchain, helping to build a decentralized AI ecosystem.
NodeReal is a strategic partner of the BNB ecosystem, providing high-performance API services and one-stop application chain solutions while actively contributing to BNB Chain’s core implementation. NodeReal have tremendous experience building scalable L2 on BSC, such as opBNB(BSC L2) and Combo(Scaling solutions for Web3 game development). These collaborations demonstrate NodeReal’s infrastructure capabilities within the BNB Chain ecosystem and validate its advantages as an official Rollup service provider.
Empowering the Decentralized Future of AI Agents and dAI-Apps
Building AI agents and dAI-Apps requires four key components: Knowledge Sources, Knowledge Indexing, Model Deployment and Operations, and Prompt Engineering.
In the Knowledge Sources component, DIN has established data collection capabilities across both on-chain and off-chain sources, integrating with DIN’s data layer.
DIN’s service layer implements RAG for Knowledge Indexing, LLMOps for Model Deployment and Operations, and prompt-as-a-service for Prompt Engineering for the remaining components.
DIN blockchain provides this infrastructure for the development of AI agents and dAI-Apps, covering core needs, including data support, trusted execution environments, efficient computing power, and multi-agent collaboration. Through its unique architecture and deep partnership with BNB Chain, DIN has laid a solid foundation for a decentralized AI ecosystem. With the upcoming Testnet & Mainnet launch, DIN blockchain will further drive the integration of AI technology with blockchain, opening a new chapter in the on-chain development of AI agents.
Stay tuned for the latest updates on our X page, Discord, and Telegram — big announcements are coming soon, so don’t miss out!
About DIN
DIN is the First AI Agent Blockchain.
Created from the foundation of the Data Intelligence Network, DIN is designed to provide comprehensive solutions and infrastructure for AI agents and decentralized AI applications (dAI-Apps).
Website | X(Twitter) | Discord | Telegram | Medium | WhitePaper
xData is the AI data node infrastructure on DIN, which was launched in early April 2024 on opBNB. As of now, it has over 30M total users and over 1M daily active users on opBNB and Mantle.
xData Website | Guidebook | Download Extension
Chipper Node is an essential part of the DIN ecosystem, enabling the data validation and vectorisation process, and providing reward conversion computation power.
Currently, there are over 50,000 node holders worldwide, with more than 40,000 actively running their nodes.
