Circulating Supply

Circulating Supply: Tokens Available for Trading

Circulating supply represents the number of cryptocurrency tokens currently available for public trading and use. It's like counting how much money is actually in circulation versus locked away.

Circulating supply refers to the number of cryptocurrency tokens that are publicly available and actively trading in the market. This excludes tokens that are locked, vested, burned, or held by the project team and not yet released.

How Circulating Supply Works

Market availability determines which tokens can actually be bought, sold, or used, affecting real supply and demand dynamics.

Exclusion criteria remove locked tokens, team allocations with vesting periods, and tokens held in project treasuries from circulation counts.

Dynamic changes occur as new tokens are minted, existing tokens are burned, or locked tokens become available through vesting schedules.

[IMAGE: Circulating supply breakdown showing available tokens vs locked, vested, and burned tokens]

Real-World Examples

  • Bitcoin circulating supply increases gradually through mining until the 21 million cap is reached
  • Ethereum circulating supply changes through staking, burning, and issuance mechanisms
  • Project tokens often have low initial circulating supply that increases as team and investor allocations vest

Why Beginners Should Care

Market cap calculations use circulating supply rather than total supply to determine more accurate market valuations.

Price impact from supply changes when large amounts of locked tokens become available for trading.

Investment timing considerations around major supply increases that could create selling pressure.

Related Terms: Total Supply, Token Supply, Market Cap, Vesting Schedule

Back to Crypto Glossary


Similar Posts

  • Transaction Ordering

    Transaction Ordering: Sequence Control SystemsTransaction ordering determines the sequence in which transactions get processed within blockchain blocks. It's like controlling the line at a busy restaurant.Transaction ordering refers to the process by which blockchain networks determine the sequence of transactions within blocks. This ordering can significantly affect transaction outcomes, especially in DeFi applications sensitive to price…

  • Peer-to-Peer (P2P)

    Peer-to-Peer (P2P): Direct Network Communication Peer-to-peer networks enable direct communication between participants without central intermediaries. It’s like having a telephone system where everyone connects directly instead of going through switchboard operators. Peer-to-peer (P2P) refers to network architectures where participants communicate directly with each other rather than through centralized servers or intermediaries. This creates decentralized systems…

  • Ring Signatures

    Ring Signatures: Anonymous Group AuthorizationRing signatures enable one member of a group to create signatures on behalf of the group without revealing which specific member signed. It's like having a group of people where any one can speak for the group anonymously, but observers know the statement came from a legitimate group member.Ring signatures are…

  • Light Node

    Light Node: Efficient Blockchain ParticipationA light node participates in blockchain networks without storing the complete blockchain history. It's like having a summary of the news instead of keeping every newspaper ever published.A light node is a type of blockchain node that maintains network connectivity and basic verification capabilities without storing the complete blockchain history or…

  • Restaking

    Restaking: Double-Duty for Staked Assets Restaking allows already-staked cryptocurrency to secure additional networks and earn extra rewards. It’s like getting paid twice for the same job, but with twice the risk. Restaking is a mechanism that allows staked cryptocurrency to simultaneously secure multiple networks or protocols, earning additional rewards beyond the base staking yield. Validators…

  • Cryptography

    Cryptography: Mathematical Security FoundationCryptography is the mathematical science of securing information through encryption, digital signatures, and other techniques. It's the foundation that makes cryptocurrencies and blockchain technology secure and trustworthy.Cryptography refers to mathematical techniques for securing information, enabling authentication, and protecting data confidentiality through algorithms and protocols. Modern cryptocurrency systems depend entirely on cryptographic security for…