Core (CORE) Price

CORE is the native token of the Core blockchain: it pays Gas when transactions are sent or smart contracts are executed on Core; it also supports validator election, Dual Staking, and protocol governance. Core is an EVM-compatible Layer 1, so it can use contracts compatible with the Ethereum toolchain, but on-chain execution costs are paid in CORE. CORE's role in consensus goes beyond paying fees. Holders can delegate CORE to validators, providing DPoS support for a validator's election score; validators themselves must register and lock CORE collateral that can be slashed as staking security. BTC holders can also stake CORE on top of self-custodial BTC staking to enter higher BTC reward tiers through Dual Staking.

Core uses Satoshi Plus's hybrid score to select active validators rather than ranking them solely by delegated CORE. The score considers three forms of support: hash power delegated by Bitcoin miners, CORE delegated by CORE holders, and BTC delegated by BTC holders through CLTV time locks; candidates with higher scores enter the active set to validate transactions and produce blocks. Validators must first register and lock CORE collateral; this collateral can be slashed and is not ordinary delegation. If a validator repeatedly fails to produce blocks, accrued rewards may be slashed; at a more serious consecutive-missed-block threshold, part of its collateral may be slashed and it may be temporarily barred from election; double signing can result in all collateral and rewards being slashed and permanent exclusion. This makes validators bear a direct cost for failing to perform, in addition to relying on the three external forms of support.

Delegating CORE to a validator provides DPoS support for that validator; delegators are eligible to share its rewards only if that validator is elected for the relevant round and performs normally. Delegation is not a fixed-income product: reward outcomes are affected if the validator is not elected, does not produce blocks normally, or is penalized. The reward pool has two sources: newly minted CORE base rewards under the issuance schedule and transaction fees collected by blocks in that round. At the end of a round, the protocol first allocates rewards to the validator side; the validator retains a portion at its configured commission and distributes the remainder among CORE, BTC, and hash-power delegators. For CORE delegators, the actual result depends on whether the validator is elected and performs, their share of that validator's CORE delegation, and the validator's commission; a displayed yield must not be treated as guaranteed.

Dual Staking is a mechanism for staking CORE in addition to self-custodial BTC staking. A user first locks BTC with CLTV on the Bitcoin chain and writes a supported Core validator and a Core address for receiving CORE rewards into the transaction metadata; the user then receives the applicable BTC-staking reward tier according to the relative CORE-to-BTC staking ratio. It neither converts BTC into CORE nor bridges BTC to Core. BTC lock requirements depend on the participation method and cannot be summarized as an unconditional “minimum 24 hours”: the official web interface requires at least 0.01 BTC locked for at least 5 days; manually constructed script transactions have no hard minimum amount or lock period. The detailed design also lists 24 hours as a general minimum/recommended duration, a parameter recommendation for effective participation rather than a uniform web-rule for every method. Under either method, BTC cannot be spent during the lock period; corresponding reward eligibility arises only after the validator is elected and performs normally.

CORE has a maximum supply of 2.1 billion tokens, but that cap does not mean all tokens have been issued or are freely circulating. Issuance for validator-node rewards spans 81 years, and block rewards decline by 3.61% each year, so new supply follows a year-by-year declining curve rather than a fixed-cycle halving. If a year's block reward is R, the corresponding reward for the next year is R × (1 − 3.61%). This formula describes only the reward-issuance schedule; it cannot alone determine real-time circulating supply, because releases of genesis allocations, holder transfers, locked status, and burns can all make the tradable amount differ from the maximum supply cap.

The 2.1 billion CORE are divided into six categories: node mining 39.995% (839,900,000 tokens), users 25.029% (525,600,000 tokens), contributors 15% (315,000,000 tokens), reserves 10% (210,000,000 tokens), treasury 9.5% (199,500,000 tokens), and relayer rewards 0.476% (10,000,000 tokens). These are total-supply allocation figures, not circulating supply at any particular time. The node-mining allocation funds validator rewards over 81 years, making it the source of long-term consensus incentives; the user allocation is the official category for the mainnet genesis community distribution. Their purposes and time characteristics differ. This allocation table alone cannot establish how many tokens in each category have already unlocked, can be sold, or are actually circulating.

Transfers or smart-contract calls on Core require Gas paid in CORE. Gas measures computing and record-keeping resources, and user cost can be summarized as “actual gas used × the transaction's gas price”; therefore, a simple transfer and a complex contract call usually consume different amounts and have different final fees. Transaction fees are not only a user cost; they are also one source of validator rewards. Together with newly minted base rewards, they are settled at the end of a round, after which validators deduct commission and distribute the remainder to delegators. Official materials also state that the handling of some fees and rewards may be decided by the DAO; this does not mean all Gas fees are burned, nor does it make on-chain usage directly equivalent to a change in CORE's price.

Core mainnet launched in January 2023, and self-custodial BTC staking was introduced in April 2024. This change brought natively time-locked Bitcoin into validator support and the reward system: Satoshi Plus thus expanded from a combination of hash-power and CORE delegation to a model in which hash power, delegated CORE, and time-locked BTC jointly participate in validator scoring. Its implementation does not bridge or wrap BTC. Holders create a CLTV time-lock transaction on the Bitcoin chain with metadata including a validator and a CORE reward address; after the Bitcoin transaction is confirmed, Core relayers identify it and submit the relevant information to Core. BTC cannot be spent before the lock period ends and can be spent again under the redemption script after expiry. The change affects who can support validators and share CORE rewards; BTC itself remains not the Gas asset on Core.

CORE holders can participate in protocol governance and parameter adjustments; governance uses established procedures to decide proposed protocol rules or parameters. It does not give holders ownership of the foundation, validators, or third-party applications, and it does not guarantee that a proposal will pass or generate returns. For example, tokenomics documentation describes the burn treatment of some fees and rewards as decided by the DAO, showing that governance can affect such parameters. When reading governance information, distinguish among a proposal being submitted, a vote being passed, and a change being implemented on mainnet; merely holding or delegating CORE does not make an unimplemented proposal a current rule.

Potential demand for CORE arises through different paths: users need it for Gas when executing transactions and contracts on Core; holders can delegate it to support validators; and BTC stakers seeking higher Dual Staking tiers must also meet the applicable CORE/BTC staking ratio. These relate respectively to network use, consensus participation, and reward eligibility, rather than being one kind of demand. When network activity actually occurs and participants choose delegation or Dual Staking, these paths may increase willingness to hold, buy, or lock CORE and affect tradable supply; they cannot, however, directly establish that the price will rise. Token releases, selling of rewards, validator and yield conditions, market liquidity, and overall risk appetite can all cause this relationship not to hold or to produce different outcomes. A fixed supply cap is likewise not a price promise.

CORE delegation, self-custodial BTC staking, and Dual Staking are three connected but different operations. CORE delegation directs CORE to a validator on the Core chain; self-custodial BTC staking locks BTC with CLTV on the Bitcoin chain and supports a Core validator through metadata; Dual Staking adds CORE staking on top of BTC staking to seek a higher BTC reward tier. All three can provide inputs to validator scoring or reward distribution, but their asset locations and states differ. The asset in CORE delegation is CORE; BTC remains on the Bitcoin chain and under the holder's private-key control, but cannot be spent while locked; Dual Staking does not combine or convert the two assets. Therefore, “self-custodial” does not mean BTC can be freely transferred during the lock period, and CORE delegation does not mean BTC staking has already been completed.

Core validator rewards consist of newly minted CORE base rewards and block transaction fees. Base rewards follow an 81-year issuance schedule declining by 3.61% annually; transaction fees depend on on-chain transactions actually included in blocks during the round, so their drivers differ. As base rewards decline along the preset curve, transaction fees may account for a larger relative share of total rewards; this is only a relationship within the reward structure, not evidence that fees will automatically replace all base rewards or that delegator income will rise. A delegator's final amount must still pass through validator election and normal block production, allocation among different delegation types, and the validator's commission deduction.