Transactions, latest day
countTransactions included in chunks on the latest complete UTC day.
How much is NEAR used each day, and how much NEAR do its fees burn?
NEAR by day: transactions and the receipts they create, active and new accounts, NEAR burned in gas, rewards to contracts and NEAR staked.
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, receipts, active accounts and new accounts.
Transactions included in chunks on the latest complete UTC day.
Receipts executed on the latest complete day, including those created by contract calls and cross-shard steps.
Distinct accounts that signed transactions on the latest complete day.
Accounts created on the latest complete day: named accounts, implicit accounts and Ethereum-style addresses together.
Transactions, receipts and active accounts by day over the selected period, so the work per transaction can be read from the gap between them.
NEAR burned, gas rewards paid to contracts and NEAR staked with validators.
NEAR burned in gas on the latest complete day, from the tokens burnt in each execution outcome.
The share of function-call gas the protocol paid to the called contracts on the latest complete day.
NEAR staked with validators at the latest epoch boundary, from the validators call.
Validators in the current epoch's set, block producers, chunk producers and chunk validators together.
Gas paid each day over the selected period, split into the NEAR burned and the rewards paid to contracts.
NEAR is a sharded layer 1 with human-readable accounts and keys that apps can hold for their users. This dashboard reads every block and chunk to show how NEAR is used each day: the transactions users signed, the receipts the network executed, active and new accounts, the NEAR burned in gas, the gas paid to contracts and the NEAR staked with validators.
Two NEAR rules shape the figures. One transaction can fan out into many receipts that run across shards in later blocks, so both are counted. And a fee is split: most of the gas is burned, while part of the gas a contract call burns is paid to the contract it called. Every figure is pinned to the block it was read at and links to the reads behind it.
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
A NEAR transaction is turned into one or more receipts, which may execute on other shards in later blocks, and a call that triggers other contracts creates a receipt for each step. Receipts measure the work the network did, while transactions measure what users signed, so the dashboard shows both.
Most of each fee is burned. When a transaction calls a contract, part of the gas burned executing that call is paid to the contract's account as a reward for its developer, while the base cost of each receipt is always burned. The dashboard shows the NEAR burned and the rewards to contracts apart.
Named accounts are readable names such as alice.near, created by another account. Implicit accounts are addresses derived from a public key, which exist once they receive NEAR, and Ethereum-style addresses let EVM wallets hold NEAR accounts. The new accounts tile counts every type.
An account must hold NEAR in proportion to the data it stores on-chain, and that NEAR cannot be spent while the data remains; deleting the data frees it. It is why contracts that hold a lot of state also hold balances that look idle.
Yes. A protocol upgrade that took effect in October 2025 halved the maximum rate at which new NEAR is issued as staking rewards. The dashboard reads the rewards actually paid each epoch, so the change shows in the staking figures from that date.
Daily volume settled through NEAR Intents, the chains and assets it moves between and the solvers that fill it, read from its verifier.
NEARMulti-chainMajor layer 1 chains in one sortable table: transactions, active addresses, fees, block time, validators, staked share and mainnet date.
Multi-chainBitcoinEthereum+13Gross 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 many distinct addresses send transactions on each major chain per day and per month, counted the same way on every chain.
Multi-chainEthereumSolana+4Proof-of-stake validator sets side by side: active validators, any cap on the set, how validators join and the Nakamoto coefficient.
Multi-chainEthereumSolana+13New contracts per day on each chain, counted apart for EVM contracts, Solana programs and Move packages, with deployers and factory share.
Multi-chainEthereumBase+14Start 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.