Tokenomics
Token economics, supply dynamics, and distribution models
Key Glossary Terms
Essential vocabulary for this topic
Burn
beginnerA process in cryptocurrency where tokens are permanently removed from circulation by sending them to a specialized, inaccessible address known as a 'burn address' or 'eater address.' Once transferred to this address, the private keys are intentionally lost or non-existent, rendering the assets impossible to retrieve, spend, or trade. Burning is often used by projects to manage token scarcity, stabilize market value, or provide proof of disposal in consensus mechanisms, effectively reducing the total supply of a digital asset forever.
Tokenomics
Circulating Supply
beginnerThe quantity of a cryptocurrency or token estimated to be actively available in public circulation.
Cliff
intermediateAn initial vesting period during which allocated tokens cannot be claimed or become transferable.
Deflationary Token
intermediateA deflationary token is a cryptocurrency designed with mechanisms that intentionally reduce its total supply over time. Unlike inflationary assets that increase supply through block rewards or mining, deflationary models prioritize long-term scarcity. These tokens often incorporate features such as automated burning of transaction fees, buyback-and-burn programs, or mandatory 'tax' burns on token transfers to constantly decrease the circulating supply relative to demand.
Tokenomics
Emission
intermediateEmission refers to the scheduled release of new cryptocurrency tokens into the network, typically as a reward for participants who secure or maintain the blockchain. This usually occurs through consensus mechanisms like Proof of Work mining or Proof of Stake staking rewards. The emission rate defines how many tokens are introduced to the ecosystem over time and is governed by the protocol's underlying code to ensure predictable and transparent distribution.
Tokenomics
Emission Schedule
intermediateThe predefined rules governing how new tokens are created or distributed over time.