Question 1

What is REEF?

Accepted Answer

REEF is the native utility coin of Reef Chain. Reef Chain is a modular Layer 1 built with Substrate and supporting EVM, designed for DeFi, NFTs, gaming, and smart contract applications; REEF is the base asset used to pay fees and participate in on-chain mechanisms on the network. Therefore, REEF should be distinguished from historical token versions deployed on other networks: only native REEF on Reef Chain is directly used for that chain's transaction fees, staking, and governance functions.

Question 2

Why is REEF used to pay transaction fees?

Accepted Answer

On Reef Chain, operations such as transfers, token trading, minting or selling NFTs, and calling smart contracts incur fees, and users pay these network processing costs in REEF. Fees are also commonly called Gas. Fees are not simply application service charges: on-chain operations consume network resources when they are processed and recorded by the network. Reef's fee mechanism also continuously burns REEF used for fees, so the fee for an operation is both a user's payment cost and part of the supply mechanism.

Question 3

How does REEF participate in network security through NPoS?

Accepted Answer

Reef uses nominated proof-of-stake (NPoS). Validators participate in blockchain validation and operation; nominators participate in the staking mechanism by nominating validators, and the network supports both types of participants with rewards. This mechanism connects REEF staking with network security: the network needs validators to run infrastructure, nomination relationships help form the validator support structure, and rewards are part of those operating costs. Staking is not equivalent to unconditional returns, and participants must still follow the requirements of the network and staking process.

Question 4

Is REEF's supply fixed?

Accepted Answer

REEF has no fixed maximum total supply. Reef's target supply at launch was approximately 20 billion tokens, but its supply design includes both inflationary and deflationary components, so that launch target should not be treated as an unchangeable maximum quantity. On one side, network rewards paid to validators and nominators may create issuance; on the other, fees generated by on-chain activity are burned, reducing the corresponding REEF. Actual supply changes depend on both directions and their scale, and cannot be summarized by only “inflation” or only “burning.”

Question 5

How does fee burning affect REEF supply?

Accepted Answer

Reef continuously burns REEF paid in on-chain transaction fees, including fees from NFT minting or sales, token trading, and ordinary on-chain transfers. The purpose of the burn design is to offset part of the issuance created by validator and nominator rewards in a flexible supply model. The burn amount depends on on-chain activity that actually occurs and pays fees, while rewards depend on the network's operation and staking mechanism. Therefore, fee burning does not guarantee a net supply reduction or that REEF's price will rise; issuance and fee activity must both be considered.

Question 6

What role does REEF play in governance?

Accepted Answer

REEF can be used for on-chain governance and staking on Reef Chain. Official materials list staking, validation, upgrades, and governance as REEF participation use cases, indicating that the token has a functional role in the network's rules and operating mechanisms. Governance functionality differs from fee functionality: fees pay for the resources of individual on-chain operations, while governance concerns network decisions and upgrade processes. Holding REEF alone does not automatically produce a specific outcome; participating in governance or staking still depends on the relevant mechanisms and actions.

Question 7

What does Reef's EVM compatibility mean?

Accepted Answer

Reef Chain is compatible with Ethereum's EVM and supports Solidity, so some DeFi applications originally written for Ethereum can migrate to or deploy on Reef without modifying Solidity code. This compatibility describes the connection between development and execution environments; it does not mean Reef and Ethereum are the same chain, nor that all Ethereum assets or applications automatically appear on Reef. Asset bridging, application deployment, and user adoption still require their own implementation steps.

Question 8

What is the role of Reef's upgradeable runtime?

Accepted Answer

Reef's WASM runtime can undergo planned forkless upgrades. In other words, the network can add new features, security updates, or performance improvements through established on-chain upgrade methods without splitting into two chains because of the upgrade itself. This capability differs from EVM support: EVM concerns contract compatibility and the execution environment; an upgradeable runtime concerns how the chain itself changes protocol functionality. Whether a particular upgrade is implemented and when it takes effect still depend on network governance and planning.

Question 9

How was REEF initially allocated?

Accepted Answer

Reef's official page lists historical initial allocations as follows: liquidity and ecosystem launch reserve 22%, community reserve 20%, team 16%, Reef Foundation 12.5%, strategic round 9%, seed round 8%, private sale 6%, core nominator lockup 3.5%, and Binance Launchpool 3%. These percentages describe early issuance arrangements, rather than current circulating supply, current holding distribution, or real-time balances of any address. The page also states that investors' final token batch was distributed on February 25, 2022, and that this supply is included in the total supply measure.

Question 10

What is the difference between historical ERC-20, BEP-20 REEF and native REEF?

Accepted Answer

Reef previously deployed ERC-20 and BEP-20 versions on Ethereum and BNB Chain to support cross-chain exchange liquidity for exchanges and bridges; these versions need to be convertible with native Reef Chain coins. Official materials describe these cross-chain liquidity tokens as transitional duplicate forms, which should not be directly added together as Reef Chain's total supply. Historical ERC-20 or BEP-20 versions also cannot directly participate in Reef Chain ecosystem functions; users should first confirm the network where the asset resides and whether it has been converted to native coins.

Question 11

What is the relationship between Reef Chain usage and market interpretation of REEF?

Accepted Answer

REEF's network uses may link it to actual use of Reef Chain: more on-chain operations generate more REEF fees, while staking and governance also use native REEF. However, this functional link cannot directly establish that token demand or price must rise. It is also affected by fee levels, application adoption, trading liquidity, tradable supply, staking status, and reward issuance; more fees increase the burn amount, but net supply change must still be assessed together with reward issuance.

Question 12

How should REEF's fee, staking, and governance mechanisms be understood together?

Accepted Answer

REEF operates in three interrelated mechanisms: users consume and burn REEF when paying transaction fees, validators and nominators receive network rewards when participating in NPoS, and governance participants use REEF to participate in network rules and upgrades. This means that REEF cannot be analyzed through only one use case. Fee activity affects burning, the staking mechanism relates to network security and rewards, and governance relates to protocol decisions; together, these three establish the functional positioning of the native coin in Reef Chain.

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