Transactions, latest day
countTransactions in Starknet blocks on the latest complete UTC day, with L1 handler transactions counted apart.
How busy is Starknet, what do its STRK fees pay for and how much STRK and BTC is staked with its validators?
Transactions, accounts and STRK fees on Starknet, with STRK and BTC staking and what it pays Ethereum for state updates.
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.
Transactions, active accounts and STRK fees on Starknet, split by resource.
Transactions in Starknet blocks on the latest complete UTC day, with L1 handler transactions counted apart.
Distinct accounts that sent at least one transaction on Starknet on the latest complete UTC day.
STRK paid in fees on Starknet on the latest complete day, from the fee transfers to the sequencer.
The L2 gas price of the latest Starknet block, set by its EIP-1559 rule above a minimum.
Daily STRK fees split into L2 gas, L1 data gas and L1 gas, from each block's prices and each receipt's resources.
Daily transactions and daily active accounts on Starknet over the selected period.
STRK and BTC staked with Starknet validators, validator by validator.
STRK staked with validators, directly and through delegation pools, at the latest day-end block.
BTC wrappers delegated to Starknet validators at the latest day-end block, added up in BTC.
STRK staked and BTC staked at each day-end block over the selected period, each on its own axis.
Each validator with its own stake, delegated STRK and BTC, commission and the share of epochs it attested in.
Starknet is a validity rollup on Ethereum that runs Cairo, StarkWare's language for provable programs, rather than the EVM. Every account is a contract, fees are paid in STRK and blocks are proven with STARK proofs before their state is accepted on Ethereum. This dashboard follows its daily transactions, active accounts and fees, read from Starknet's blocks.
Starknet prices three resources apart: L2 gas for computation and data on Starknet, L1 data gas for the state differences it posts to Ethereum in blobs and L1 gas for messages to Ethereum. Since version 0.14.0 in September 2025, the L2 gas price follows an EIP-1559 rule, blocks arrive about every six seconds and three sequencers take turns building them. The dashboard splits fees by resource and marks each version.
STRK and approved BTC wrappers can be staked with validators that attest to blocks, and rewards are minted in STRK. A staking page reads stake, validators and rewards from the staking contracts.
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 →Read from chain state and history
STRK. Since version 0.14.0, every transaction must set STRK-denominated limits for each fee resource, and older transaction versions that could pay in ETH are no longer accepted. The fee is charged as a STRK transfer from the sender to the sequencer.
Not at present. Starknet's documentation says fees are not burned and that all of them are received by the sequencer. The dashboard shows fees paid by resource and by day.
Validators stake STRK, and others can delegate STRK or approved BTC wrappers to them. A validator must attest to its assigned block in each epoch to earn rewards, which are minted in STRK on a curve that depends on how much is staked. Unstaking has a lockup before funds can be withdrawn.
Yes. Since 2025, a curated set of tokenized BTC wrappers can be delegated to Starknet validators to earn STRK rewards, with BTC counting for part of a validator's staking power. The dashboard reads BTC stake by wrapper from the staking contract.
Cairo is the language Starknet contracts are written in. Its programs compile to a form whose execution can be proven with STARK proofs, which is what lets Ethereum verify Starknet's blocks without running them again.
Activity and fees on ZKsync Era, the share of transactions paid by paymasters and how long batches take to settle on Ethereum.
ZKsyncEthereumGross staking yield, yield after supply growth and the share of supply staked on each proof-of-stake chain, from on-chain rewards.
Multi-chainEthereumSolana+12How long a native withdrawal from each rollup to Ethereum takes, from the layer 2 transaction to the moment it can be finalized.
EthereumBaseOP Mainnet+9Every covered Ethereum layer 2 in one sortable table: transactions, active addresses, user fees, costs paid to Ethereum and value secured.
Multi-chainEthereumBase+7Every wrapped BTC token on EVM chains, its supply by chain and issuer each day, its custody model and the bitcoin reserves behind it.
Multi-chainEthereumBase+4Transactions and gas per second on Ethereum and each layer 2, in total and per chain, counted from blocks without system transactions.
Multi-chainEthereumBase+6Start 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.