Question 1

What is 0G?

Accepted Answer

0G (Zero Gravity) is decentralized Layer 1 infrastructure for large-scale AI workloads. It organizes hardware resources, such as storage and computing, and software assets, such as data and models, into network services available to applications; 0G is the network’s native token. Its design addresses AI’s need for large volumes of data, computing resources, and timely access: a chain that only processes transactions is insufficient to cover these functions, so 0G provides the chain, storage, compute, and data availability separately.

Question 2

What do 0G’s chain, storage, compute, and data availability services each do?

Accepted Answer

0G’s four services handle different functions: 0G Chain executes on-chain transactions; Storage stores AI data, models, or other files; Compute runs computational tasks such as inference and training; and Data Availability (DA) keeps data required by chains or rollups accessible. The relationship among the four is not that “every use must go through the full suite of services.” An application can select just one, such as using storage alone, or connect storage and compute to an existing chain; this enables applications to select services according to their own bottlenecks rather than migrating an entire application for one capability.

Question 3

What is the 0G token used for in the network?

Accepted Answer

The 0G token is used to pay gas fees required to submit transactions or perform on-chain operations on 0G Chain. These fees are costs of on-chain execution: after a user initiates a transaction, fees are settled according to the on-chain resources consumed by that transaction, rather than as one fixed fee charged uniformly for all 0G-related services. Because Storage, Compute, and DA are designed for independent use, using these services does not mean an application must also be deployed or migrated to 0G Chain. The integration method and charging conditions for a specific service should follow the product rules in effect when it is used; it cannot be inferred from “0G Chain gas is paid in 0G” that all services follow the same fee path.

Question 4

Must applications migrate to 0G Chain to use 0G services?

Accepted Answer

No. 0G’s modular architecture allows applications to adopt only the components they need: existing EVM applications can directly integrate storage or compute, non-EVM chains can perform cross-chain integration through the SDK, and applications that need only decentralized storage can use Storage independently. This independence changes the adoption path; it does not merge different services into the same function. The choice of a module should depend on whether an application needs to store data, perform AI computation, process on-chain transactions, or provide data availability to other chains.

Question 5

How was 0G’s unlock and vesting plan announced in 2025 structured?

Accepted Answer

According to 0G’s token release plan announced in 2025, 21.32% of the total supply was to unlock at TGE, and all of that portion was from the community allocation; team and supporter allocations were locked for 12 months after TGE, then vested over 36 months, becoming fully unlocked in month 48. Of the community allocation, 38% was planned to unlock at TGE, with the remaining 62% planned to vest gradually over 24–36 months. This arrangement describes the release path announced at that time, rather than actual circulating supply on any particular date: actual circulation is also affected by whether tokens have been distributed, claimed, or remain locked, as well as other restrictions on transferability.

Zero Gravity (0G) Price

Price of Zero Gravity (0G) Today in USD