Per day
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trillion cycles (T) · 1 T ≈ 1 XDR
ICP Cycle Burn Monitor
Network-wide cycles consumed by all canisters on the Internet Computer.
connecting…
Burn · live
—cycles / second
—ICP / second
waiting for first reading
waiting for ICP/XDR rate
Mint · 30-day average
—cycles / second
—ICP / second
waiting for ledger data and ICP/XDR rate
waiting for ledger data
Mint ÷ burn
—needs both rates
Per hour
—
trillion cycles
Per year
—
trillion cycles, at this rate
Burned since you opened this page
—
trillion cycles, running estimate
Change vs. first reading
—
since page opened
Cycles created by converting ICP, per day
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waiting for ledger data
Last update
—
source timestamp (UTC)
ICP burned and minted
loading ledger data…
| Flow | per second | per hour | per day |
|---|---|---|---|
| Burned, from cycle burncycle burn rate ÷ ICP/XDR rate (live) | — | — | — |
| Burned, on the ledgerfees + ICP converted to cycles, 30-day average | — | — | — |
| Minted into ICPdisbursed maturity + node-provider rewards, 30-day average (derived) | — | — | — |
| Issued, counting maturity when earnedadds maturity not yet disbursed: an inflation-style measure, not ICP that exists yet | — | — | — |
| Net supply changeminted minus burned = change in total supply, 30-day average | — | — | — |
Minted is derived: change in total ICP supply plus ICP burned over the same window. Mint and burn on the ledger come in lumps (reward payouts, large cycle top-ups), so a single day can be far off the trend; that is why the ledger rows use a 30-day window. After a change in reward policy, such as Mission 70, the average takes up to a month to settle at the new rate. The live row counts cycles consumed now, while the ledger rows count ICP converted into cycles, so the two burn rows need not match. Ledger figures refresh every 10 minutes.
Total ICP created
loading governance data…
| Source | per second | per hour | per day |
|---|---|---|---|
| Maturity disbursed into ICPvoting rewards turned into ICP (derived: maturity earned minus growth in maturity and staked maturity), 30-day average | — | — | — |
| Node-provider rewards and other mintsmints that never pass through maturity (derived: ledger mint minus disbursed maturity) | — | — | — |
| Total mintedICP minted on the ledger, measured (the same figure as the mint rate at the top) | — | — | — |
| Memo: pending maturityearned and kept as maturity or staked maturity; not counted until disbursed | — | — | — |
| Voting reward pool | latest day | 30-day average |
|---|---|---|
| Pool available per daythe most neurons can earn as maturity | — | — |
| Distributed as maturity per dayneurons that do not vote forfeit their share | — | — |
| Share of pool distributed | — | — |
| Kept as maturity, not yet disbursedgrowth in maturity + staked maturity per day; counted once disbursed | — | — |
The total is ICP actually minted, measured on the ledger. The split is derived: disbursed maturity is the maturity earned minus what stayed in maturity or staked maturity, and the rest is node-provider rewards and other mints. Maturity earned but not yet disbursed is not ICP yet, so it is shown as a memo and counted once a neuron disburses it. The pool is the most that can be earned; neurons that do not vote forfeit their share. Disbursed maturity is measured in maturity units, so it can differ slightly from the ICP minted (disbursement is adjusted by a small modulation factor). The pool figures are in ICP-equivalents.
Burn rate, last 3 hours and this session
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Support this page
If this monitor is useful to you, donations in ICP are welcome at this ICP account ID:
12125c291709afa00dc07203d335f1f6570650741eee2fda43fd74ef0c376f9c