チェーンリンク (LINK) トケノミクス

Chainlink (LINK) operates as a decentralized oracle network with a token economic model designed to incentivize data accuracy, network security, and long-term sustainability. The ecosystem is currently transitioning into Economics 2.0, which introduces staking and new monetization models to enhance the utility of the LINK token.

Issuance and Allocation Mechanism

The total supply of LINK is capped at 1,000,000,000 tokens. The initial distribution was structured to support the development of the protocol and the incentivization of early participants.

The Public Token Sale occurred in September 2017, raising approximately $32 million. The Node Operators & Ecosystem allocation is controlled by Chainlink Labs and was subject to a cliff that ended in Q4 2019. These tokens are primarily used to subsidize node operations and support ecosystem growth through programs like Chainlink BUILD and SCALE.

Usage and Incentive Mechanism

The LINK token serves several critical functions within the network:

• Medium of Exchange: LINK is the primary currency used to pay node operators for retrieving data from off-chain feeds, performing computations, and delivering it to smart contracts. Each node can set its own pricing parameters for these "jobs."
• Data Security (Staking): Under Economics 2.0, LINK is used as cryptoeconomic security. Stakers commit tokens to back performance guarantees. If a service fails to meet uptime or accuracy requirements, a portion of the staked LINK can be slashed.
• Incentives for Accuracy: Node operators are incentivized to provide honest data to maintain their reputation and earn fees. High-reputation nodes with significant stake are more likely to be selected for high-value jobs.
• Alerting Rewards: Both community stakers and node operators can earn rewards (currently 7,000 LINK per successful alert) for flagging if a data feed (such as ETH/USD) has not been updated within a specific timeframe.

Locking and Unlocking Mechanism

Chainlink has evolved its locking mechanisms through different versions of its staking protocol.

Staking v0.2 Parameters

In the current Staking v0.2 environment, the system utilizes a modular architecture with specific limits and withdrawal rules:

• Pool Capacity: The v0.2 pool is capped at 45,000,000 LINK. Approximately 40.88 million LINK is reserved for the community, while 4.13 million is reserved for node operators.
• Staking Limits: Community members can stake between 1 and 15,000 LINK per address. Node operators can stake between 1,000 and 75,000 LINK.
• Unbonding Mechanism: To provide flexibility while maintaining security, v0.2 introduced an unbonding process. This prevents immediate mass withdrawals that could undermine the security guarantees of the oracle services.

Unlocking Time and Withdrawal Windows

The withdrawal of staked LINK and accrued rewards follows a structured timeline:

1. Cooldown Period: Users must initiate a withdrawal and wait through a 28-day cooldown period.
2. Claim Window: Following the cooldown, there is a 7-day window during which the user can actually withdraw their tokens.
3. Reward Ramping: Accrued rewards are subject to a 90-day ramping period to encourage long-term participation.
   • After 45 days, 50% of rewards are claimable.
   • After 90 days, 100% of rewards are claimable.

Economics 2.0 Initiatives

Chainlink is expanding its value capture through several key programs:

• Chainlink BUILD: Early-stage projects receive technical support and priority access to services in exchange for committing a percentage of their native token supply (often 3-5%) to Chainlink service providers and stakers.
• Chainlink SCALE: Blockchain networks subsidize the operating costs of Chainlink nodes to accelerate ecosystem growth and reduce the burden on individual dApps.
• Monetization Expansion: Future models may include fee-sharing, usage-based fees, and subscription models, allowing stakers to earn a portion of the diverse revenue streams generated by the network's various services like CCIP (Cross-Chain Interoperability Protocol) and Data Streams.