What token unlocks really tell you

Promise and Scope

This guide examines token vesting, cliffs, and unlocks using the generic OpenZeppelin implementation as a teaching example.

It does not address Ethereum (ETH) vesting specifically.

The objective is to clarify the difference between token availability and actual selling pressure through editorial reasoning and hypothetical math.

Established Facts on Mechanisms

OpenZeppelin documents VestingWallet, a smart contract that releases native currency or ERC-20 tokens to a beneficiary according to a customizable schedule.

ERC-20 describes a common interface for fungible tokens, tokens whose units are interchangeable.

The default release curve is linear, meaning tokens become available gradually over time.

A cliff is an extension where zero vested amount is returned before a specific date.

This generic implementation serves as a model for understanding mechanics, not as evidence of any named token's allocation, deployed contract, or calendar.

Hypothetical Supply Math

To illustrate potential dilution effects, consider a pure hypothetical scenario.

Assume a measured circulating supply S of 1,000,000 tokens and U of 100,000 existing tokens entering that supply.

In this hypothetical scenario, growth in the measured circulating supply is U divided by S multiplied by 100, resulting in 10%.

If market capitalization remains constant, the price per token would theoretically adjust downward.

The calculation (S divided by (S plus U) minus 1) multiplied by 100 yields approximately -9.09%.

These figures are illustrative only and do not predict real market behavior.

Availability Versus Selling

A critical distinction exists between technical availability and economic action.

An unlock permits release under the relevant schedule.

Transferability also depends on the token contract, and actual sales require observation.

Actual selling requires separate observation of holder behavior.

Furthermore, an unlock does not necessarily increase a provider's definition of circulating supply immediately, as definitions vary across data aggregators.

One must check actual contracts and calendars rather than assuming uniform treatment of released tokens.

Unknowns and Limitations

A specific token’s contract address, beneficiaries, schedule, released quantities and supply definition require dated verification.

A missing calendar stays unknown; it cannot be reconstructed from expected market moves.

Verdict and What Would Change It

An unlock schedule establishes when an allocation can be released under its rules.

It leaves actual sales and market effects open.

A dated check of the deployed contract, beneficiaries, release transactions and the chosen supply definition would turn this generic explanation into a project-specific analysis.