dogwifball (token ticker WIFB) is a memecoin. Public market data records its total issuance at 100 million, or 100,000,000 WIFB. This figure typically corresponds to the total supply or maximum supply at the contract level, though specifics should be verified against on-chain contracts and tokenomics pages.

What is the Circulating Supply of WIFB?

Regarding circulating supply, some platforms show that WIFB's circulating supply is also close to 100 million, matching the total supply; other platforms record discrepancies under specific statistical methodologies. Memecoin supply data is susceptible to factors such as contract address identification, token burns, lock-ups or unreleased allocations, and platform listing timestamps.

  • If the token contract has no burn or lock-up mechanism, the circulating supply may approach or equal the total supply.
  • If there are unreleased, non-transferable tokens or tokens in anomalous addresses, the circulating supply may be lower than the total supply.
  • If platforms list tokens based on figures declared by project teams, the data may deviate from the on-chain verifiable supply.

What is the issuance of dogwifball? Introduction to WIFB total and circulating supply

What Metrics to Check When Verifying Supply

When viewing public market data from platforms like CoinMarketCap, HTX, and Coinbase, it is recommended to distinguish between fields such as "Total Supply," "Max Supply," "Circulating Supply," and "Circulating Supply," and confirm whether they point to the same contract, the same ticker symbol, and the same statistical timestamp.

If a platform displays both a total supply and circulating supply of 100 million, it indicates that its listing methodology may treat all tokens as circulating; if the figures differ, further confirmation is needed to determine whether the discrepancy stems from burns, lock-ups, or differing listing methodologies. Since memecoin supply metrics may change with contract states and platform indexing, the figures in this article reflect public data methodologies and do not necessarily equate to real-time on-chain states.