Identities in the tree
countIdentity commitments inserted into the World ID tree minus those deleted, at the latest Ethereum block read.
How many people have been verified with World ID, and how active are they on-chain?
World ID identities added on-chain over time, the roots bridged to World Chain and how World App wallets and WLD grants are used there.
The dashboard as it will open in Vantage. Each figure is named here and arrives with its receipt; until its data is published, its place stays empty.
World ID identities added and removed over time, and root bridging.
Identity commitments inserted into the World ID tree minus those deleted, at the latest Ethereum block read.
Identity commitments inserted in the last 30 days, summed from the tree's update batches.
The verified-humans count World publishes, shown with the date it was read: an off-chain figure.
The median time between a new root on Ethereum and its arrival on World Chain over the last 30 days.
Identity insertions and deletions per day from the tree's update batches, which shows waves of verification.
World App wallets, their activity and WLD grant claims.
Safe wallets deployed on World Chain by World App's factory, in total at the latest block.
Distinct World App wallets that sent at least one transaction on World Chain on the latest complete day.
Daily transactions on World Chain, with the part sent by World App wallets.
Claims in each WLD grant period and the WLD claimed, from the grant contracts' transfers.
World ID is a proof-of-personhood credential: a person verifies once, usually with an Orb, and can then prove they are a unique human without revealing who they are. Each verification adds an identity commitment to a Merkle tree whose updates are recorded on Ethereum and whose roots are bridged to other chains. This dashboard counts those additions over time and follows how World App users act on World Chain.
The on-chain tree shows how many identities were added and removed, not who they belong to. World also publishes its own count of verified humans off-chain; the dashboard shows it beside the on-chain figures, labelled as a published number, so the two can be compared rather than mixed. Every on-chain figure is pinned to the block it was read at, with a receipt.
Every figure will be read at a block, kept with its source and its exact read, and open a receipt anyone can re-check.
How receipts work →Chain data, with some off-chain sources
The dashboard shows two counts: identities in the on-chain World ID tree (additions minus deletions) and the number World publishes itself. They can differ, because the published count follows World's own rules for who counts as a verified unique human.
A way to show that an account belongs to a real, unique person without revealing who that person is. World ID does this with a one-time biometric check and zero-knowledge proofs, so apps can allow one account per person.
A layer 2 network built on the OP Stack that settles to Ethereum, launched by the team behind World. World App wallets live on it, and transactions from verified humans can be given priority over automated traffic.
No. The tree holds identity commitments, not names, images or iris data, and a proof shows only that its sender belongs to the tree. The dashboard counts commitments and wallets and never links them to people.
Periodic WLD distributions that verified World App users can claim. Claims are on-chain transfers, so their number and size can be counted per period without knowing who claimed.
Every covered Ethereum layer 2 in one sortable table: transactions, active addresses, user fees, costs paid to Ethereum and value secured.
Multi-chainEthereumBase+7For each live airdrop: tokens claimed and left, wallets that claimed, when the window closes and any one wallet's claim status.
Multi-chainEthereumArbitrum+2How many distinct addresses send transactions on each major chain per day and per month, counted the same way on every chain.
Multi-chainEthereumSolana+4Daily transactions, active addresses and fees on Base, what it pays Ethereum to settle and how it compares with Arbitrum and OP Mainnet.
BaseEthereumArbitrum+1Major chains ranked by the fees users paid last month, split into fees burned and fees paid to validators, beside new issuance.
Multi-chainEthereumSolana+3What users pay in network fees on every major chain each day, in native tokens and USD, counted with one fee definition per chain.
Multi-chainEthereumSolana+4Start free in Voltfin Studio: boards, tables and reports where every number opens its receipt. Tell us which data you need first and we will build it next.