Validators with stake
countVote accounts with activated stake at the latest epoch boundary, current and delinquent together.
How many validators secure Solana, and how concentrated is the stake?
How many validators secure Solana each epoch, how stake is spread among them, the Nakamoto coefficient, skip rates and who joined or left.
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.
How many validators have stake, and who joined or left.
Vote accounts with activated stake at the latest epoch boundary, current and delinquent together.
Staked vote accounts reported as delinquent, having stopped voting, at the latest epoch boundary.
Vote accounts with activated stake in the latest epoch that had none in the one before.
Vote accounts with activated stake in the previous epoch that have none in the latest.
Validators with stake per epoch over the selected period, with joins and exits marked.
How stake is spread, and how reliably validators produce blocks.
The smallest number of validators whose combined stake exceeds one third of activated stake at the latest epoch boundary.
The share of activated stake held by the 10 largest validators at the latest epoch boundary.
The share of activated stake held by each validator from largest to smallest, which shows how fast stake concentrates.
Each validator's published name, stake, share of stake, commission and skip rate in the latest epoch.
Solana's validators produce its blocks and vote on them, and each one's weight in consensus is the stake delegated to it. A count of validators alone says little about decentralization: what matters is how stake is spread across them. This dashboard reads the validator set at every epoch boundary to show how many validators have stake, how much of it the largest ones hold and the smallest group that could stop the chain.
Use it to follow whether the set is growing or shrinking, which validators joined or left and how reliably each one produces blocks when it is the leader. Every figure comes from the vote accounts and block production records at an epoch boundary, pinned to the slot 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 →Read from chain state and history
The dashboard counts vote accounts with activated stake at each epoch boundary, split into those voting normally and those that are delinquent. Nodes that only serve data and never vote are not counted, so the figure is lower than the number of nodes on the network.
The smallest number of validators that together control enough stake to disrupt consensus. On Solana that threshold is one third of the stake, enough to stop the chain from confirming new blocks. A higher coefficient means stake is less concentrated.
A validator with stake that has stopped voting, usually because its node is offline, behind or misconfigured. Stake on a delinquent validator earns no rewards until it votes again, which is why delegators watch for it.
Validators join when they attract enough stake to cover their costs and leave when they do not. Changes in what it costs to run a validator, and in large stake delegation programs, both move the count from epoch to epoch.
The share of a validator's leader slots in which it produced no block. A high skip rate delays users' transactions and costs the validator and its delegators the fees those blocks would have earned.
The yield staked SOL earns each epoch, before and after commission and with MEV tips, beside the share of all SOL that is staked.
SolanaSolana's throughput, daily transactions, fees, active wallets and failure rate, measured from every block and pinned to its slot.
SolanaGross staking yield, yield after supply growth and the share of supply staked on each proof-of-stake chain, from on-chain rewards.
Multi-chainEthereumSolana+12The compute-unit prices that landed Solana transactions paid, slot by slot, so you can choose a priority fee that lands now.
SolanaSolana and Ethereum compared each month on one set of definitions: fees, activity, burn against issuance and stablecoin supply.
SolanaEthereumSupply of each stablecoin issued on Solana, from USDC and USDT to PYUSD and USDG, with the mints, burns and transfers behind it.
SolanaStart 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.