Bitcoin has become far more than a digital payment network, but its base layer still wasn't designed to run the same range of smart contracts and DeFi applications as an EVM-compatible blockchain. Core DAO takes a different approach: it builds an EVM-compatible Layer 1 around Bitcoin's security and capital, with Satoshi Plus consensus connecting Bitcoin miners, Bitcoin stakers, and CORE token holders.
Today, Core's main focus is Bitcoin DeFi (BTCFi), including self-custodial Bitcoin staking and Dual Staking. This guide explains what Core DAO is, how Satoshi Plus works, what the CORE token does, how its tokenomics are structured, and what traders should know before trading CORE in 2026.
What Is Core DAO?
Core DAO is an EVM-compatible Layer 1 blockchain designed to bring Bitcoin's security and liquidity into a programmable smart-contract ecosystem.
Core launched its mainnet in January 2023 and uses its Satoshi Plus consensus mechanism to connect Bitcoin mining power, Bitcoin staking, and CORE staking.
The distinction matters. Core is often discussed alongside Bitcoin Layer 2 projects, but its own documentation describes it as a Layer 1. Rather than operating as a rollup that settles transactions directly to Bitcoin, Core maintains its own blockchain and validator set while incorporating Bitcoin-related resources into validator selection and network security.
The broader goal is Bitcoin DeFi, or BTCFi: giving Bitcoin holders ways to use BTC in staking and decentralized applications without requiring the Bitcoin base layer itself to support Ethereum-style smart contracts.
How Does Core DAO Work?
Core's architecture centers on Satoshi Plus, a consensus design that combines three sources of support:
Delegated Proof of Work (DPoW) from Bitcoin miners.
Self-Custodial Bitcoin Staking from Bitcoin holders.
Delegated Proof of Stake (DPoS) from CORE holders.
These three components contribute to a hybrid validator score. Validators with stronger support have a greater chance of being selected to produce blocks and validate transactions on Core.
Delegated Proof of Work
Bitcoin miners can participate in Core without changing their normal Bitcoin mining operations.
Miners include validator delegation information in Bitcoin block data. Core's relayers and on-chain infrastructure process this information, allowing delegated Bitcoin hash power to contribute to validator selection.
The model gives participating miners an additional CORE reward while Core gains a connection to Bitcoin's existing mining infrastructure.
Self-Custodial Bitcoin Staking
Core's Bitcoin staking model uses Bitcoin's native timelock functionality rather than requiring users to hand their BTC to a centralized lender.
Bitcoin holders can timelock BTC and delegate support to a Core validator. If the selected validator participates successfully, the staker can receive CORE rewards.
The important distinction is that the BTC remains on the Bitcoin network during the staking process. Core's documentation describes this as self-custodial Bitcoin staking, rather than a wrapped-BTC or centralized lending product.
Delegated Proof of Stake
CORE holders can delegate their tokens to Core validators.
The amount of delegated CORE contributes to a validator's election probability. Delegators can receive a share of validator rewards when the validator is active and eligible under the network's reward rules.
How Does Core Enable Bitcoin DeFi?
Core provides the smart-contract environment that Bitcoin itself does not natively provide.
Because Core is EVM-compatible, developers can deploy smart contracts and decentralized applications using familiar Ethereum development tools. Bitcoin-related assets and staking mechanisms can then interact with DeFi applications on Core.
This creates several potential BTCFi use cases:
Bitcoin staking: BTC holders can participate in Core's consensus and receive CORE rewards.
DeFi applications: Developers can build lending, trading, liquidity, and other applications on an EVM-compatible chain.
Bitcoin liquidity: Core is designed to make Bitcoin more useful within programmable financial applications.
Yield infrastructure: Self-custodial BTC staking and Dual Staking form a major part of Core's current product strategy.
The key point is that Core isn't trying to modify Bitcoin's base consensus. It builds a separate programmable environment that connects Bitcoin capital and security to smart-contract functionality.
What Is Core Dual Staking?
Dual Staking allows users to stake both BTC and CORE, with higher CORE-to-BTC ratios qualifying for higher Bitcoin staking reward tiers.
Under the current Core documentation, Dual Staking has three boosted tiers in addition to the base Bitcoin staking level. The published CORE-to-BTC thresholds are currently 8,500 CORE per BTC, 25,500 CORE per BTC, and 68,000 CORE per BTC. These parameters can change through governance.
This creates a direct relationship between the two assets:
BTC provides the Bitcoin staking position, while CORE determines access to higher reward tiers.
Dual Staking does not directly increase the separate staking reward earned from CORE itself. Its additional reward effect applies to Bitcoin staking. Actual yields can also change with network conditions and governance parameters.
What Is the CORE Token?
CORE is the native utility and governance token of the Core blockchain.
It has several roles across the network:
Gas: CORE is used to pay transaction fees on Core.
Staking: CORE can be delegated to validators as part of Satoshi Plus.
Governance: CORE holders can participate in protocol governance.
Bitcoin staking: CORE can be paired with BTC in Dual Staking to qualify for higher Bitcoin staking reward tiers.
Consensus rewards: CORE is distributed as part of the network's consensus reward system.
Core's current documentation describes CORE as having a fixed maximum supply of 2.1 billion tokens.
CORE Tokenomics: Supply and Distribution
CORE has a maximum supply of 2.1 billion tokens. Unlike a token with an uncapped inflation model, Core's supply is mathematically limited, while new consensus rewards are released over a long schedule.
Allocation | Share | CORE |
Node Mining | 40.00% | 839.9M |
Users | 25.03% | 525.6M |
Contributors | 15% | 315M |
Reserves | 10% | 210M |
Treasury | 9.50% | 199.5M |
Relayer Rewards | 0.48% | 10M |
The figures above come from Core's official tokenomics documentation. Node mining rewards are distributed over 81 years, while the consensus reward rate decreases by 3.61% annually.
How Does CORE Emission Work?
The 2.1 billion maximum supply does not mean that every CORE token entered circulation at launch.
A large portion of the supply is released through the network's long-term reward schedule. Core states that consensus block rewards decrease by 3.61% each year over an 81-year period. The design is closer to a gradual emission curve than Bitcoin's periodic halving events.
For traders, this distinction matters because a fixed maximum supply does not eliminate short- and medium-term supply pressure. New tokens can still enter circulation according to the emission schedule.
What Makes Core DAO Different?
Core's main differentiator is the way it combines Bitcoin-related security mechanisms with an EVM-compatible execution environment.
Bitcoin-Aligned Consensus
Bitcoin miners can contribute hash power to Core's validator election, while Bitcoin holders can participate through self-custodial staking. CORE holders provide a third source of delegated support.
This creates a consensus model that is structurally tied to both Bitcoin and CORE rather than relying only on CORE staking.
EVM Compatibility
Core is an EVM-compatible Layer 1, allowing developers to deploy smart contracts and applications using Ethereum-compatible tooling.
That makes Core more than a Bitcoin staking product. Its broader thesis is to create an execution layer where Bitcoin liquidity can interact with programmable applications.
Self-Custodial Bitcoin Staking
The ability to stake BTC without wrapping it or transferring custody is one of Core's most distinctive features.
The mechanism uses Bitcoin's native timelock functionality and allows Bitcoin holders to participate in Core's validator election while keeping the BTC on the Bitcoin network.
Core DAO vs. Bitcoin Layer 2: Is Core an L2?
Core should not be described as a conventional Bitcoin Layer 2.
Core's own technical documentation identifies the network as a Layer 1. It has its own blockchain, validator election process, native gas token, and EVM execution environment.
Bitcoin still plays a major role in the system. Bitcoin miners, Bitcoin stakers, and CORE stakers all contribute to the Satoshi Plus validator-selection process. That makes Core highly connected to Bitcoin, but the architecture is different from a rollup or other Bitcoin Layer 2 that settles transaction data or proofs back to Bitcoin.
For search purposes, users may still encounter Core in discussions about Bitcoin scaling and Bitcoin Layer 2s. The more precise description is Bitcoin-aligned EVM Layer 1.
What Are the Main Use Cases for Core?
Core's ecosystem has expanded beyond the original concept of combining Bitcoin mining with staking.
Bitcoin Staking
Bitcoin holders can use Core's self-custodial staking system to participate in network consensus and receive CORE rewards.
Dual Staking
Users can stake both BTC and CORE to access higher Bitcoin staking reward tiers, subject to the protocol's current thresholds.
BTCFi
Core provides an EVM-compatible environment for decentralized applications that can work with Bitcoin-related liquidity.
This includes DeFi categories such as lending, trading, liquidity provision, and other financial applications built within the ecosystem.
Smart Contracts and dApps
Developers can deploy EVM-compatible applications on Core, giving the ecosystem a wider use case than Bitcoin staking alone.
Core DAO in 2026: What Has Changed?
Core's 2026 strategy puts more emphasis on revenue generation and token value capture rather than relying solely on emissions and ecosystem incentives.
Core's published revenue roadmap focuses on expanding BTCFi products and using ecosystem revenue to support CORE buybacks. The roadmap specifically links future revenue generation to products and applications built across the Core ecosystem.
This creates an important 2026 research question:
Can Core turn Bitcoin staking and BTCFi activity into sustainable protocol and ecosystem revenue?
That question is more useful to traders than simply tracking whether the CORE narrative is gaining attention. Network activity, BTC staking participation, application usage, fee generation, and the execution of the revenue roadmap are the metrics worth watching.
Who Are the Founders of Core DAO?
Core Foundation and Core DAO were established in May 2022 as part of the project's effort to build an EVM-compatible blockchain aligned with Bitcoin. Core's public materials have emphasized a broader contributor structure rather than presenting the protocol around a single founder.
Rich Rines is one of Core's best-known initial contributors and has been publicly involved in the project's Bitcoin staking and BTCFi initiatives. Core's own materials describe Rines as an Initial Contributor, rather than using a conventional CEO-founder structure.
Other contributors have also been associated with Core Foundation and the broader Core ecosystem, including individuals with backgrounds in blockchain infrastructure, venture capital, legal and regulatory affairs, engineering, and product development.
CORE Token Price and Market Data
Source: CoinMarketCap
As of September 2026, Core (CORE) trades at approximately $0.01917, reflecting a 95.84% decline over the past year down from previous highs near $0.46. Despite this extended long-term drawdown, trading activity remains active, with 24-hour volume reaching $4.15 million (up 26.01% in a single day) and a volume-to-market-cap ratio of 14.45%.
Core maintains a market capitalization of $28.72 million alongside a fully diluted valuation (FDV) of $40.27 million. In terms of supply mechanics, roughly 1.49 billion CORE tokens are currently in circulation out of a total supply of 2.09 billion and a capped maximum supply of 2.1 billion tokens.
Because technical momentum indicators such as RSI and MACD shift rapidly in response to short-term market fluctuations, traders should consult live exchange data and order book depth across both spot and derivatives markets when timing entries or managing risk.
How to Buy and Trade CORE on Bitunix
Source: Bitunix
Bitunix supports CORE/USDT trading across both Spot and Futures markets. Users can trade CORE on the CORE/USDT Spot or CORE/USDT Futures market, depending on their preferred trading method.
To trade CORE on Bitunix:
Create or log in to your Bitunix account.
Deposit USDT or another supported asset into your account.
Open the Markets or Futures section and search for CORE.
Select the available CORE/USDT market.
Choose your order type, such as a market or limit order.
Review position size, margin, leverage, and liquidation information before confirming a futures order.
For futures trading, leverage can amplify both gains and losses. Bitunix's USDT perpetual contracts use a funding mechanism, with funding payments generally occurring every eight hours, although the schedule can vary by trading pair.
How to Buy USDT on Bitunix
If you don't already hold USDT, Bitunix supports several funding methods, depending on your region and account eligibility.
The current Bitunix interface may include options such as third-party fiat purchase and P2P trading. Available payment methods and supported assets can change, so users should follow the options displayed in their account.
For on-chain deposits, always confirm the selected network and deposit address before sending funds.
How to Deposit Crypto on Bitunix
If you already hold cryptocurrency, you can deposit it to your Bitunix account:
Log in to Bitunix and open the Assets section.
Select Deposit.
Choose the cryptocurrency you want to deposit.
Select the correct blockchain network.
Copy the generated deposit address or use the supported QR option.
Verify the asset and network before confirming the transfer.
Sending an asset through an unsupported network can result in permanent loss of funds, so check the deposit instructions every time rather than relying on a previous transaction.
Is Core a Good Crypto to Buy?
There isn't a universal answer to whether CORE is a good crypto to buy. A more useful approach is to evaluate the factors that determine whether the Core thesis is actually gaining traction.
What to Monitor
BTC staking activity: Growth would show whether Bitcoin holders are using Core's staking infrastructure.
CORE demand: Staking, gas payments, governance, and Dual Staking create different sources of token utility.
BTCFi activity: Look at application usage, liquidity, TVL, and transaction activity rather than narrative alone.
Protocol revenue: Core's 2026 strategy places greater emphasis on revenue and buybacks, making actual fee and revenue generation an important metric.
Token emissions: Even with a 2.1 billion hard cap, new CORE enters circulation through the long-term reward schedule.
Market liquidity: A liquid market generally makes position entry and exit easier, but liquidity can change rapidly.
This framework separates the technology thesis from the token-market thesis. A blockchain can gain users without its token capturing proportional value, and a token can experience strong market demand even when fundamental adoption is still developing.
Will Core DAO Reach $100?
A $100 CORE price would imply a $210 billion fully diluted valuation if the full 2.1 billion token supply were valued at $100 per token.
That calculation alone doesn't establish whether such a price is achievable. Market capitalization, circulating supply, ecosystem adoption, token demand, liquidity, Bitcoin market conditions, and the wider crypto cycle would all matter.
The more useful question is what level of network usage and token demand would be required to support a valuation of that scale.
For a long-term CORE thesis, track actual network activity and token utility rather than treating a specific price target as an expected outcome.
Core DAO Risks to Understand
Token Emission Risk
CORE has a fixed maximum supply, but its supply is released over a long emission schedule. New issuance can create selling pressure even when the eventual supply cap remains unchanged.
Adoption Risk
Core's thesis depends on Bitcoin holders, developers, validators, and DeFi users actually using the network. Strong technology alone doesn't guarantee sustained adoption.
Smart Contract and DeFi Risk
Applications built on Core can introduce their own smart-contract, oracle, bridge, liquidity, and counterparty risks. Using BTCFi applications carries risks beyond the Core base layer itself.
Staking Risk
Self-custodial BTC staking reduces some custody-related risks, but it doesn't eliminate all risks. Users still need to understand timelocks, validator selection, reward conditions, transaction fees, and protocol changes.
Market and Liquidity Risk
CORE remains a volatile crypto asset. Market conditions can affect liquidity, funding rates, spreads, and the value of both spot and futures positions.
Core DAO vs. Traditional Bitcoin Infrastructure
Feature | Bitcoin | Core DAO |
Network type | Layer 1 | EVM-compatible Layer 1 |
Smart contracts | Limited native functionality | EVM-compatible smart contracts |
Consensus | Proof of Work | Satoshi Plus |
Bitcoin miner participation | Native | Bitcoin miners can delegate hash power |
BTC staking | Not native | Self-custodial BTC staking |
Native token | BTC | CORE |
Maximum supply | 21M BTC | 2.1B CORE |
DeFi environment | Limited at base layer | EVM-compatible BTCFi ecosystem |
The comparison highlights Core's main role: it doesn't replace Bitcoin's base layer. It adds a programmable environment around Bitcoin-related security, liquidity, and staking.
What to Watch for Core DAO in 2026
For traders researching CORE, the most useful indicators are not isolated price predictions. Watch how the protocol develops across several measurable areas:
Bitcoin staking participation Is the amount of BTC participating in Core's staking system growing?
Dual Staking demand Are Bitcoin stakers acquiring and locking CORE to access higher reward tiers?
BTCFi usage Are DeFi applications generating sustained users, liquidity, and transactions?
Revenue generation Does Core's ecosystem generate enough revenue to make the 2026 buyback strategy meaningful?
CORE market structure How do circulating supply, emissions, liquidity, and trading volume interact?
Developer activity Does the EVM ecosystem continue to attract applications and builders?
These indicators provide a more grounded way to evaluate Core than relying on a single narrative such as "Bitcoin Layer 2" or a headline price target.
Wrapping Up
Core DAO has evolved from a blockchain built around the Satoshi Plus concept into a broader Bitcoin DeFi infrastructure project.
Its core proposition is straightforward: combine Bitcoin-related security and capital with an EVM-compatible environment where developers can build programmable financial applications. Satoshi Plus connects Bitcoin miners, Bitcoin stakers, and CORE holders, while self-custodial Bitcoin staking and Dual Staking give the CORE token a direct role in the network's security and reward structure.
For anyone researching CORE in 2026, the key questions are no longer just how the technology works. The more useful questions are whether Bitcoin staking continues to attract users, whether BTCFi applications generate meaningful activity, how CORE supply enters the market, and whether Core's revenue strategy translates into sustainable ecosystem value.
As with any crypto asset, those factors can change quickly. Review current market data, protocol documentation, token supply, liquidity, and platform availability before trading CORE.
