Key Takeaways
0G, also known as Zero Gravity, is a decentralized infrastructure layer designed specifically for artificial intelligence (AI) applications on-chain, combining a Layer 1 blockchain with compute, storage, and data availability services.
The platform launched its Aristotle Mainnet in September 2025, marking its transition from testnet to production infrastructure for AI-native development.
0G offers four core services: 0G Chain (an EVM-compatible Layer 1 blockchain), 0G Compute (a decentralized GPU marketplace), 0G Storage (a decentralized storage network), and 0G Data Availability (a fast data verification layer).
The 0G token is the native token of the ecosystem, with a total supply of 1 billion tokens. It is used for gas fees, staking, governance, and paying for AI and data services across the network.
0G was listed on Binance as part of the 42nd HODLer Airdrop program in September 2025, with 3 million tokens allocated to eligible BNB holders.
What Is 0G?
0G, or Zero Gravity, is a decentralized infrastructure layer built specifically for artificial intelligence. Today, most AI systems are developed and controlled by a small number of large technology companies. 0G takes a different approach by allowing anyone to participate in building and using AI on-chain.
With 0G, developers can access a complete stack of services that support AI development: a Layer 1 blockchain, a decentralized GPU marketplace, a decentralized storage network, and a data availability layer. AI models typically require significant computing resources and rapid access to data, which conventional blockchains are not designed to support. By combining these services, 0G enables developers to build and run AI-powered applications directly on-chain, reducing their reliance on centralized providers.
The protocol launched its Aristotle Mainnet in September 2025, transitioning from testnet phases to live production infrastructure. A 0G Compute Network Mainnet is positioned as the next major release following the Aristotle launch.
How 0G Works
0G Chain
0G Chain is a Layer 1 blockchain designed for AI applications. While most blockchains are built for general purposes, 0G Chain is specifically designed to handle the requirements of AI, including large-scale data processing and rapid decision-making.
0G Chain uses a modular blockchain architecture that separates how the network agrees on transactions (consensus) from how it processes them (execution). This separation enables the network to be more flexible and scalable, while maintaining compatibility with the Ethereum Virtual Machine (EVM). Developers can redeploy Ethereum smart contracts on 0G Chain with minimal effort.
To secure the network, 0G Chain relies on an improved version of CometBFT, a Byzantine Fault-Tolerant consensus mechanism that ensures nodes can agree on data even if some nodes fail or act dishonestly. Validators can stake 0G tokens to participate in this process and may earn fees and incentives for helping secure the system.
0G Compute
0G Compute gives users access to AI computing power through a global network of GPUs. Instead of relying on centralized cloud services, developers can rent computing resources directly from GPU owners in the network.
This works through a decentralized marketplace. Developers can deposit credits, request services like model training or inference, and receive results from available GPUs. GPU owners can register their hardware, set a price, and can earn rewards for completing tasks.
Smart contracts handle the process behind the scenes, making payments secure and automatic. By using zero-knowledge proofs (ZKPs), 0G Compute improves efficiency and trust, offering a flexible way to access and provide AI computing without depending on a central provider. In April 2026, 0G launched verifiable AI inference on its compute network, enabling on-chain verification of AI model outputs. By May 2026, the 0G Private Computer product also began accepting credit card payments, broadening accessibility beyond crypto-native users.
0G Storage
0G Storage is a decentralized storage system designed to handle the large datasets required for AI models. Anyone can run a storage node and may earn rewards by contributing storage capacity.
0G Storage splits data into smaller pieces using erasure coding, which ensures that information stays available even if some nodes go offline. A two-lane system keeps everything efficient: the publishing lane handles metadata and proofs of availability, while the storage lane manages the actual data and its replication.
0G Storage uses a system called Proof of Random Access (PoRA) to verify that storage providers are correctly holding data. Nodes are randomly challenged to prove they hold certain data. Those that respond correctly may earn rewards, while unreliable ones are identified and can be removed from the network.
0G Data Availability (DA)
For AI applications and decentralized apps, data must not only be stored but also quickly verified as available when needed. 0G Data Availability (DA) ensures that data stored and used within the network is accessible and verifiable.
The system uses randomly selected DA nodes to check whether data is being stored correctly. These nodes sample parts of the data and send proofs to the network for final verification. By relying on sampling instead of checking everything, 0G DA makes the process faster and more efficient while maintaining security.
Data is first split and stored in the 0G Storage network, then confirmed by DA nodes and finalized by validators who stake 0G tokens. Because validators can secure multiple networks at the same time, 0G DA can scale to support numerous different chains. Layer 2 networks including Optimism and Arbitrum already use 0G DA to support applications that rely on large datasets and require reliable data access.
Use Cases
0G is designed for artificial intelligence, but its modular architecture can also support gaming and decentralized finance (DeFi) applications.
Gaming
Modern games rely on fast updates, complex digital assets, and real-time interaction between players. 0G can support these needs with high-throughput storage and efficient data availability. Game logic, player activity, and asset changes can be processed on-chain without delays, allowing for dynamic and responsive Web3 gaming experiences.
Decentralized finance (DeFi)
DeFi applications typically require high performance to handle trading, price feeds, and cross-chain transactions. 0G can address these demands through its scalable data availability layer, which supports fast settlement and composability across different protocols. The network's compute and storage layers can also support complex financial tools, analytics, and applications that rely on both speed and reliability.
The 0G Token
The 0G token is the native token of the 0G ecosystem, with a total supply of 1 billion tokens. It is used to cover gas fees on 0G Chain and serves multiple roles across the protocol:
AI and data services: 0G is used to pay for on-chain AI computations, data availability, storage, and decentralized serving layers.
Node operations: Node operators running alignment, validator, and storage nodes may earn 0G for supporting the network.
Network security: 0G can be staked to validators, helping secure the chain while providing incentives for operators to verify transactions and monitor AI model behavior.
Governance: 0G holders can participate in governance, influencing decisions on upgrades, fees, and ecosystem policies.
0G on Binance HODLer Airdrops
On September 21, 2025, Binance announced 0G as the 42nd project on the Binance HODLer Airdrops program. Users who subscribed their BNB to Simple Earn and/or On-Chain Yields products between September 15 and 17, 2025, were eligible to receive 0G airdrops. A total of 3 million 0G tokens were allocated to the program, accounting for 0.3% of the total token supply at genesis.
0G was listed with the Seed Tag applied, which Binance uses to indicate newly listed tokens that may carry higher volatility and require additional risk acknowledgment before trading. Trading pairs at launch included USDT, USDC, BNB, FDUSD, and TRY.
FAQ
What is the difference between 0G Storage and 0G DA?
0G Storage is responsible for actually holding data, splitting it into redundant pieces across a distributed network of nodes so it remains available even if some nodes go offline. 0G Data Availability (DA) is a separate layer focused on verifying that data is accessible and provably correct at any given time. In practice, data is first stored through 0G Storage and then confirmed and sampled by DA nodes for verification. The two layers work together: storage handles persistence, while DA handles provability.
How does the Proof of Random Access (PoRA) system work?
PoRA is the mechanism 0G uses to verify that storage nodes are correctly holding the data they claim to store. The network randomly selects a node and challenges it to prove it can access a specific portion of the data it is storing. If the node responds correctly, it may earn rewards. Nodes that fail challenges or respond incorrectly are identified and may be penalized. This approach lets the network audit storage without requiring every node to check all data continuously.
What chains currently use 0G DA?
Layer 2 networks including Optimism and Arbitrum use 0G DA to support applications that require large datasets and reliable data access. Because 0G validators can secure multiple networks simultaneously, the 0G DA layer is designed to scale to support additional chains over time.
Can anyone run a node on 0G?
Yes. The 0G network is designed to allow open participation across its node types. Anyone can run a storage node and may earn rewards by contributing storage capacity to the network. Validators can stake 0G tokens to participate in securing the chain and may earn fees and incentives for their work. GPU owners can also register their hardware with 0G Compute to provide computing resources to developers.
What is the total supply of the 0G token?
The total supply of the 0G token is 1 billion tokens. The 0G token trades on Binance under the ticker 0G, with pairs including USDT, USDC, BNB, FDUSD, and TRY. Token distribution details including vesting schedules and allocation categories are available in the official 0G documentation.
Closing Thoughts
0G introduces a decentralized infrastructure designed to support some of the most demanding workloads in Web3. By combining a Layer 1 blockchain, decentralized computing, storage, and data availability, it creates a full stack for building and running AI applications directly on-chain. The Aristotle Mainnet launch in September 2025 marked the project's transition to live production infrastructure, with the Compute Network Mainnet positioned as the next development phase.
While AI is the primary focus, the same architecture can also support gaming and decentralized finance, where speed, scale, and reliability are important. The use of verifiable outputs, modular design, and incentive-driven participation gives 0G the flexibility to handle large datasets, high-performance applications, and cross-chain activity. As with all crypto assets, participants should research independently and consider the risks involved before making any decisions.
Further Reading
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