Transactions, latest day
countTransactions in Monad blocks on the latest complete UTC day, successful and failed.
Dashboard · VantagePlanned
Monad Network Stats: Transactions and Active Addresses
How many transactions and active addresses does Monad have each day?
Monad's use since mainnet: transactions, active addresses, gas, fees paid in MON, new contracts and the MON staked with its validators.
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Blueprint
What the dashboard will show.
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.
Activity
Transactions, active addresses, throughput and new contracts.
Active addresses, latest day
countDistinct senders of successful transactions on the latest complete day.
Average TPS, latest day
tx per secondThe latest complete day's transactions divided by the seconds its blocks span.
New contracts, latest day
countContracts created on the latest complete day, from create and create2 calls in traces.
Transactions and active addresses by day
countDaily transactions and distinct senders since mainnet, so growth in use can be told apart from growth in activity per address.
Fees and staking
Fees paid in MON, the burn and the MON staked with validators.
Fees paid, latest day
MONFees paid on the latest complete day in MON: each transaction's gas limit times its effective gas price.
MON staked
MONTotal MON staked with validators at the latest day-end block, from the staking precompile.
Fees by day
MONFees paid each day in MON, with the burned base fee part apart from the rest.
Validators and stake
Each active validator's stake at the day's last block, its share of the total and its change over 30 days.
- Period
- Last 30 days, 90 days or since mainnet
About
What it answers, and for whom.
Monad is a layer 1 that runs the Ethereum Virtual Machine while executing transactions in parallel and pipelining consensus and execution, with short block times and high gas limits. This dashboard follows how it has been used since mainnet: daily transactions, distinct senders, the gas its blocks carry, the fees users pay in MON, the contracts deployed and the MON staked with its validators.
Monad charges each transaction for the gas limit it sets rather than the gas it ends up using, so its fee figures follow that rule instead of Ethereum's. Read activity next to the share of failed transactions and the concentration of senders to tell broad use from bots. Every figure is pinned to the Monad block it was read at, with a receipt.
Method
How it will be measured.
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 →- Transactions, gas used and block times come from every Monad block header and transaction, summed per UTC day.
- Active addresses are distinct senders of successful transactions per day and per 30 days, the same rule as on other EVM chains.
- Fees follow Monad's rule: each transaction's gas limit times its effective gas price, with the burned base fee part shown apart from the rest.
- New contracts are contract creations per day, from create and create2 calls in execution traces.
- MON staked and the validator set are read from the staking precompile at the day's last block, and every figure carries a receipt with the block number and hash.
The data it needs
Read from chain state and history
- chain_activity_dailyTo buildChain activity by dayTransactions, active sending addresses, new addresses, contracts created and gas used on each chain per day, counted from blocks and transactions.
- chain_fees_dailyTo buildFees and gas by chainFees paid per chain per day in the native token: base fee and priority fee percentiles, total fees, and the share burned where the chain burns fees.
- staking_networks_dailyTo buildProof-of-stake networksStaked supply, staking ratio, validators and nominal rewards per proof-of-stake network per day.
- Monad block headers: transaction count, gas_used, gas_limit, base_fee_per_gas and timestamp
- Monad transactions: sender, status, gas limit and effective gas price
- Execution traces: create and create2 calls, for new contracts
- Staking precompile state at day-end blocks: the validator set and the stake of each validator
Questions
Questions people ask.
What is Monad?
A layer 1 blockchain that runs the Ethereum Virtual Machine, so Ethereum contracts and tools work on it, while executing transactions in parallel and pipelining consensus and execution to process more per second. Its native token, MON, pays for gas and is staked by validators.
How are Monad fees calculated?
A Monad transaction pays for the gas limit it sets, not only the gas it uses, which stops senders from reserving block space they never use. The fee is that gas limit times the gas price, and the base fee part is burned, as on Ethereum.
How many transactions per second does Monad process?
The dashboard measures it from blocks: the day's transactions divided by the seconds its blocks span. That shows the demand the chain served, not its design capacity, which is a different figure.
What does staking MON do?
Validators stake MON, and holders can delegate to them, to take part in consensus and earn rewards. The total staked and its spread across validators show how much value secures the chain and how concentrated that security is.
- Parallel execution
- Running independent transactions at the same time instead of one after another, with a result identical to running them in order.
- Gas limit
- The most gas a transaction may use. On Monad it is also the amount the transaction is charged for.
- Staking precompile
- A built-in contract at a fixed address that Monad uses for validator registration, delegation and rewards.
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