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0G (0G): Building the On-Chain Infrastructure for Decentralized AI Artificial intelligence has become one of the most powerful forces in technology, yet most AI systems today remain tightly controlled by centralized platforms. 0G, short for Zero Gravity, takes a fundamentally different approach. It provides a decentralized infrastructure stack designed specifically to support AI applications directly on-chain, opening participation to developers, node operators, and users worldwide. Rather than focusing on a single component, 0G delivers an integrated system that combines blockchain execution, computing power, storage, and data availability. Together, these elements form a foundation capable of supporting AI workloads that traditional blockchains struggle to handle. What Makes 0G Different 0G is built as a purpose-designed infrastructure layer for AI. Most blockchains were created for payments or smart contracts and later adapted for more complex use cases. AI, however, requires intensive computation, massive datasets, and rapid access to verified data. 0G addresses these demands by offering a full-stack solution. At its core, the ecosystem includes a Layer 1 blockchain, a decentralized GPU marketplace, a high-performance storage network, and a dedicated data availability layer. By combining these services under one protocol, 0G allows AI models and applications to operate on-chain without depending on centralized cloud providers. 0G Chain: A Layer 1 Built for AI 0G Chain is an EVM-compatible Layer 1 blockchain designed around the needs of AI-driven applications. Instead of bundling all responsibilities into a single execution layer, the chain uses a modular architecture that separates consensus from execution. This design improves scalability and flexibility while maintaining compatibility with Ethereum tooling. Developers can deploy existing Ethereum smart contracts on 0G Chain with minimal changes, benefiting from familiar workflows while gaining access to AI-optimized infrastructure. Network security is maintained through an enhanced version of CometBFT, a Byzantine Fault Tolerant consensus mechanism that allows the chain to function reliably even if some validators fail or act maliciously. Validators stake 0G tokens to participate, earning rewards for securing the network and validating transactions. 0G Compute: Decentralized GPU Access Training and running AI models requires significant computing power, often making centralized cloud services expensive and restrictive. 0G Compute introduces a decentralized alternative by connecting developers directly with GPU providers through an on-chain marketplace. Developers can request services such as model training or inference, while GPU owners register their hardware and set pricing terms. Smart contracts coordinate task allocation and payments automatically, removing the need for trusted intermediaries. To enhance efficiency and trust, 0G Compute uses zero-knowledge proofs to verify work and reduce unnecessary computation. The result is a more open and flexible market for AI computing resources. 0G Storage: Managing AI-Scale Data AI models depend on vast datasets, and storing this data securely and efficiently is a major challenge. 0G Storage is a decentralized network designed to handle AI-scale data with performance comparable to traditional cloud solutions, while avoiding centralized control. Data is split into fragments using erasure coding, ensuring availability even if some storage nodes go offline. The system operates with two coordinated lanes: one manages metadata and proofs of availability, while the other handles the actual storage and replication of data. To ensure reliability, 0G Storage uses Proof of Random Access, where nodes are randomly challenged to prove they still hold assigned data. Nodes that respond correctly earn rewards, while unreliable providers are identified. 0G Data Availability: Verifiable Access at Scale For both AI and decentralized applications, storing data is not enough. The network must also guarantee that data is available and verifiable when needed. 0G Data Availability addresses this requirement by continuously sampling stored data through randomly selected DA nodes. Instead of checking entire datasets, these nodes verify small portions and submit proofs to the network. Validators who stake 0G tokens finalize these checks, creating a fast and scalable verification process. Because the same validator set can support multiple networks, 0G DA can scale horizontally. By late 2025, Layer 2 ecosystems such as Optimism and Arbitrum were already using 0G Data Availability to support applications that rely on large volumes of data. Beyond AI: Gaming and DeFi Although AI is the primary focus, 0G’s modular design makes it useful in other areas. In gaming, high-throughput storage and fast data availability allow real-time updates, dynamic assets, and responsive gameplay to be handled on-chain. In decentralized finance, the same infrastructure supports fast settlement, complex analytics, and composable applications that depend on reliable data and performance. The Role of the 0G Token The 0G token is the native asset of the ecosystem and underpins nearly every activity on the network. It is used to pay gas fees on 0G Chain and to access services such as decentralized computing, storage, and data availability. Node operators who run validator, alignment, or storage nodes earn 0G for contributing resources and maintaining network integrity. Staking 0G secures the network by aligning validator incentives with honest behavior, while governance rights allow token holders to influence upgrades, fee structures, and long-term ecosystem policies.

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