Internet Computer(ICP)代幣經濟學

Internet Computer(ICP)代幣經濟學

深入了解 Internet Computer(ICP),包括其代幣供應、分配模型以及實時市場數據。
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Internet Computer(ICP)資訊

互聯網計算機提供了第一台真正的“世界計算機”,可以運行任何 Web 2.0 系統或服務,以及完全在區塊鏈上的 web3 服務,包括要求苛刻的 web3 社交媒體,而無需任何中心化的傳統 IT,如雲計算服務.在互聯網計算機上,社交網絡等服務可以完全由社區 DAO 控制,因為它們完全從區塊鏈運行,目的是讓用戶成為所有者和團隊的一部分,並實現去中心化籌款和更複雜的代幣化。區塊鏈託管具有突破性新功能的高級智能合約,其中包括直接向最終用戶安全地提供交互式網絡體驗,以與傳統 IT 相當的效率處理和存儲數據,以及直接在比特幣等其他區塊鏈上創建交易。

Internet Computer(ICP)代幣經濟學和價格數據分析

快速了解 Internet Computer(ICP)的代幣經濟數據,包括市值、供應量、FDV 和歷史價格,幫助您輕鬆掌握幣種現狀與市場表現。

市值:
$ 2.54B
$ 2.54B$ 2.54B
總供應量:
--
----
流通量:
$ 535.14M
$ 535.14M$ 535.14M
FDV (完全稀釋估值):
--
----
最高價:
$ 500
$ 500$ 500
最低價:
$ 0
$ 0$ 0
目前價格:
$ 4.745
$ 4.745$ 4.745

Internet Computer(ICP)深度代幣結構解析

深入了解 ICP 的代幣發行、分配與解鎖機制。本部分涵蓋代幣用途、激勵模式和解鎖計劃。

1. Issuance Mechanism

Genesis Supply & Inflation:

  • At network genesis, 469 million ICP were created.
  • Supply is inflationary, primarily due to rewards to Node Providers (who run infrastructure) and voting rewards to stakers participating in governance.
  • As of May 28, 2024, the total supply reached approximately 519 million ICP.

Reward Emissions:

  • Node Provider rewards: Minted monthly, calculated based on the 30-day moving average price of ICP in Special Drawing Rights (XDR), and paid for operating node hardware and infrastructure.
  • Voting rewards: Paid daily, proportionally to “neurons” (locked ICP) based on voting activity and power.

Burn Mechanisms:

  • ICP is burned:
    • When converted to “cycles” (utility tokens to pay for computation/storage; 1 XDR worth of ICP = 1 trillion cycles),
    • On each account transfer (0.0001 ICP is burned as a fee),
    • When NNS proposal fees (10 ICP) are burned if proposals are rejected.

2. Allocation Mechanism

Allocation CategoryICP Supply (at Genesis)% of Supply
DFINITY Foundation~111.94 million~23.87%
Team Members~84.48 million~18.01%
Early Contributors~44.58 million~9.51%
Internet Computer Assoc.20.00 million~4.26%
Advisors & 3rd Parties~11.24 million~2.40%
Community & Developer~2.24 million~0.48%
Node Operators~1.05 million~0.22%
Airdrop Participants~3.76 million (1 yr vesting)~0.80%
  • Additional tokens distributed via airdrop (vesting over 1 year from May 2021).

3. Usage & Incentive Mechanisms

Primary Uses:

  • Staking:
    • Stake ICP (minimum 1 ICP) to create a “neuron.”
    • Locked “neurons” grant voting power, the ability to propose or vote on governance (NNS, the network DAO), and reward accrual (called “maturity”).
  • Cycle Creation (Gas):
    • ICP can be converted (burned) into cycles to pay for computation, memory, and storage on canisters (Internet Computer’s smart contracts).
  • Network Operations:
    • Used to pay node providers and, in the near future, API nodes.
  • Burning:
    • Transfer fees and rejected proposal fees are burned, reducing supply.
  • Medium of Exchange:
    • Transacts value within the ecosystem and on DEXs such as ICPSwap.

Incentives:

  • Node Providers: Receive monthly inflationary rewards in ICP.
  • Stakers (“neurons”): Earn daily voting rewards (can be claimed as ICP, subject to unlock conditions).
  • No liquidity provision mechanism presently exists.

4. Lock-up Mechanism

  • To participate in governance and earn voting rewards, ICP must be locked in a neuron for a “dissolve delay” of minimum 6 months; maximum 8 years.

  • Voting power depends on both lock-up length (dissolve delay) and “age bonus” (how long the neuron has been staked).

    • 6 months → 1.06x bonus; 8 years → 2x bonus (linear in between).
    • Maximum “neuron age” bonus is 1.25x after 4 years.
  • Users can increase lock-up duration at any time, decrease only by initiating “dissolve,” which starts the countdown.

  • Adding tokens to a neuron resets its age bonus proportionally.

5. Unlocking Time

  • Unlocking (Dissolving):

    • When dissolve delay reaches zero, neurons can be “disbursed” (ICP returned to owner).
    • Voting rewards claimable only after full unlock; minimum claim is 1 ICP.
  • Airdrop/TGE Vesting:

    • Airdrop tokens vested monthly over 1 year from launch (May 2021).
  • Team and early allocations likely subject to bespoke vesting schedules, but publicly disclosed lockups are focused on staking, not team unlocks.

Summary Table

MechanismDetails
IssuanceGenesis: 469M ICP; Inflation via Node Provider & Voting Rewards
BurnCycles minting, transaction fees, rejected proposal fees
AllocationFoundation, team, contributors, association, public (airdrop with 1 yr vest), nodes
UsageGovernance, cycle (gas) payments, node compensation, network fees, DEX trades
IncentivesNode provider & staking (neuron) rewards (inflationary)
Lock-upGovernance staking: 6 months–8 years (with unlock bonuses); airdrop vesting: 1 year
UnlockFull unlock after dissolve delay; team vesting unspecified; airdrop: 1 year monthly

Nuances & Implications

  • Economic Security: The long lock-up periods incentivize long-term commitment to governance, discouraging short-term speculation.
  • Inflation: Secular inflation from node and voting rewards; counterbalanced by direct burning in utility (cycles), and governance (proposal) processes.
  • Governance Centrality: Holding and staking ICP is essential to exercise any onchain control over Internet Computer—even for ecosystem projects (e.g. via SNS DAOs).
  • Incentive Alignment: Node providers and governance participants are directly compensated, aligning the interests of infrastructure providers with network health.
  • Unlock Risks: Most circulating supply is liquid; primary lock-up is voluntary via staking (with the exception of vesting allocations for investors and airdrop recipients).
  • No Delegation: All governance power is directly tied to staked neurons; as of the latest disclosures, there is no delegation mechanism (unlike many PoS chains).

This structure provides an in-depth overview of ICP’s token economics. For specifics around unlock schedules and precise vesting details for early team/VC allocations, refer to official DFINITY/Internet Computer documentation, as public data is primarily focused on staking mechanics, airdrop, and network incentives.

Internet Computer(ICP)代幣經濟模型:關鍵指標與應用場景

了解 Internet Computer(ICP)的代幣經濟模型,對於分析其長期價值、可持續性和發展潛力至關重要。

關鍵代幣經濟指標及其計算方式:

總供應量(Total Supply):

已創建或將要創建的 ICP 代幣的最大數量。

流通供應量(Circulating Supply):

目前市場上可供交易和公眾持有的代幣數量。

最大供應量(Max Supply):

ICP 代幣可能存在的總數量上限。

完全稀釋估值(FDV):

目前價格 × 最大供應量,預測所有代幣完全流通時的總市值。

通脹率(Inflation Rate):

反映新代幣發行的速度,影響稀缺性及長期價格走勢。

為什麼這些代幣經濟指標對交易者很重要?

流通供應量高 = 流動性強。

最大供應量有限 + 低通脹率 = 具備長期價格上漲潛力。

代幣分配透明 = 增強項目信任度,降低中心化風險。

FDV 高而目前市值低 = 可能存在高估風險的訊號。

現在您已經了解了 ICP 代幣經濟模型的功能,趕快查看 ICP 代幣的實時價格吧!

如何購買 ICP

想將 Internet Computer(ICP)添加到您的投資組合中嗎?MEXC 提供多種購買 ICP 的方式,包括信用卡、銀行轉帳和點對點交易。無論您是新手還是專業用戶,MEXC 都能讓您輕鬆、安全地購買加密貨幣。

Internet Computer(ICP)價格歷史

分析 ICP 的價格歷史有助於用戶了解過去的市場走勢、關鍵支撐/阻力位以及波動模式。無論是追蹤歷史最高價,還是識別趨勢,歷史數據都是價格預測和技術分析的重要組成部分。

ICP 價格預測

想知道 ICP 的未來走勢嗎?我們的 ICP 價格預測頁面結合市場情緒、歷史趨勢和技術指標,為您提供前瞻性的觀點。

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免責聲明

代幣經濟數據來自第三方。MEXC 不保證其準確性。請在做出任何投資決策前自行審慎評估。