Internet Computer (ICP) Tokenomics

Internet Computer (ICP) Tokenomics

Discover key insights into Internet Computer (ICP), including its token supply, distribution model, and real-time market data.
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Internet Computer (ICP) Information

The Internet Computer provides the first true “World Computer” that can run any Web 2.0 system or service, and web3 services, entirely on-the-blockchain, including demanding web3 social media, without any need for centralized traditional IT such as cloud computing services. On the Internet Computer, services like social networks can be completely controlled by community DAOs, because they run entirely from the blockchain, with the aim of making users owners and part of the team, and enabling decentralized fundraising and more sophisticated tokenization. The blockchain hosts advanced smart contracts with ground-breaking new features, which include securely serving interactive web experiences directly to end users, processing and storing data with efficiency comparable to traditional IT, and directly creating transactions on other blockchains, such as Bitcoin.

Internet Computer (ICP) Tokenomics & Price Analysis

Explore key tokenomics and price data for Internet Computer (ICP), including market cap, supply details, FDV, and price history. Understand the token's current value and market position at a glance.

Market Cap:
$ 2.93B
$ 2.93B$ 2.93B
Total Supply:
--
----
Circulating Supply:
$ 534.57M
$ 534.57M$ 534.57M
FDV (Fully Diluted Valuation):
--
----
All-Time High:
$ 500
$ 500$ 500
All-Time Low:
$ 0
$ 0$ 0
Current Price:
$ 5.476
$ 5.476$ 5.476

In-Depth Token Structure of Internet Computer (ICP)

Dive deeper into how ICP tokens are issued, allocated, and unlocked. This section highlights key aspects of the token's economic structure: utility, incentives, and vesting.

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) Tokenomics: Key Metrics Explained and Use Cases

Understanding the tokenomics of Internet Computer (ICP) is essential for analyzing its long-term value, sustainability, and potential.

Key Metrics and How They Are Calculated:

Total Supply:

The maximum number of ICP tokens that have been or will ever be created.

Circulating Supply:

The number of tokens currently available on the market and in public hands.

Max Supply:

The hard cap on how many ICP tokens can exist in total.

FDV (Fully Diluted Valuation):

Calculated as current price × max supply, giving a projection of total market cap if all tokens are in circulation.

Inflation Rate:

Reflects how fast new tokens are introduced, affecting scarcity and long-term price movement.

Why Do These Metrics Matter for Traders?

High circulating supply = greater liquidity.

Limited max supply + low inflation = potential for long-term price appreciation.

Transparent token distribution = better trust in the project and lower risk of centralized control.

High FDV with low current market cap = possible overvaluation signals.

Now that you understand ICP's tokenomics, explore ICP token's live price!

How to Buy ICP

Interested in adding Internet Computer (ICP) to your portfolio? MEXC supports various methods to buy ICP, including credit cards, bank transfers, and peer-to-peer trading. Whether you're a beginner or pro, MEXC makes crypto buying easy and secure.

Internet Computer (ICP) Price History

Analyzing the price history of ICP helps users understand past market movements, key support/resistance levels, and volatility patterns. Whether you are tracking all-time highs or identifying trends, historical data is a crucial part of price prediction and technical analysis.

ICP Price Prediction

Want to know where ICP might be heading? Our ICP price prediction page combines market sentiment, historical trends, and technical indicators to provide a forward-looking view.

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Disclaimer

Tokenomics data on this page is from third-party sources. MEXC does not guarantee its accuracy. Please conduct thorough research before investing.