Question 1

What is FUSE?

Accepted Answer

FUSE is the native utility token of Fuse Network. Fuse Network is designed for payments and Web3 applications; on the network, FUSE is used to pay transaction fees, support network security, and participate in governance. This refers to the project-level use of the native token on Fuse Network and should not be confused with interoperable or wrapped forms on other networks.

Question 2

What are FUSE's practical uses?

Accepted Answer

FUSE's stated uses include transaction fees, network security, and governance. When users submit transactions on Fuse Network, FUSE can be used to pay network fees; its network-security use links the token to economic mechanisms that maintain network operation; and its governance use enables holders to vote on network upgrade proposals. These three uses apply to different areas, and being able to vote should not be understood as automatically conferring project equity or revenue rights.

Question 3

How is FUSE used to pay network fees?

Accepted Answer

On-chain operations on Fuse Network incur transaction fees, and FUSE is the fee token listed by the official source. The direct purpose of fees is to provide a means of payment for network transactions; how much users ultimately pay depends on the operation performed and the network's fee rules at the time. If a user holds an interoperable or wrapped form of FUSE on another network, they must first confirm whether that asset can be used to pay fees on the target network and should not decide based solely on the token name.

Question 4

What is the relationship between FUSE and network security?

Accepted Answer

FUSE is officially listed as part of the network-security function, indicating that it is not only a payment token but is also related to the economic mechanisms that support Fuse Network's operation. Network security is a function at a different level from transaction fees or governance: the former concerns network participation and security incentives, while the latter two respectively address the cost of using the network and upgrade decisions. The current materials do not provide specific staking thresholds, reward formulas, or exit parameters applicable to all participants within the scope of this round, so the general security use should not be expanded into fixed-yield conditions.

Question 5

How can holding FUSE enable participation in governance?

Accepted Answer

FUSE holders can participate in network upgrade proposals through voting. Governance here refers to a channel for participating in network upgrade decisions: the specific eligibility to propose or vote, voting-power calculation, proposal-passage threshold, and deployment time are subject to the relevant proposal and governance process. A passed vote, technical development, and actual network implementation are different stages, so the existence or approval of a proposal must not be presented directly as already deployed.

Question 6

What use cases is Fuse Network mainly designed for?

Accepted Answer

Fuse positions its network around payments and Web3 applications. Payment use cases require users and applications to initiate on-chain transfers or interactions, so FUSE performs the foundational network function of transaction fees; Web3 applications can build services on the same network. The network positioning describes its design direction; it does not mean that every payment product or application has already been deployed, nor does it guarantee the speed, cost, or merchant acceptance of a particular transaction.

Question 7

What is the relationship between FUSE on other networks and native FUSE?

Accepted Answer

FUSE can exist on other networks in interoperable or wrapped forms, but this does not change its project-level use as the native token on Fuse Network. Cross-network forms generally serve the use or transfer of assets across different networks; before paying Fuse Network fees or participating in its security or governance, users should confirm the specific network version they hold and the asset form required for the intended operation.

Question 8

Has FUSE's supply mechanism already been fixed?

Accepted Answer

FUSE's supply mechanism cannot yet be described as fixed. Fuse's official roadmap lists setting a supply cap and transitioning to a deflationary model as directions for token-model updates, indicating that these are planned changes rather than currently implemented rules that can be confirmed from the materials in this round. Without effective parameters, implementation announcements, and specific rules, the current maximum supply, inflation rate, or burn effect should not be calculated from them.

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