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Render Network rents idle GPUs for 3D rendering and AI, and since January 2024 has run on Solana under Burn-Mint-Equilibrium: renters pay in RENDER, which is burned; operators are paid in newly minted tokens on a fixed schedule. Burn is therefore a measure of real demand, mint a fixed cost. This ledger rebuilds 936 days on Solana, filters out bridge traffic (26 Jul 2024 alone saw 82.7M RENDER cross the bridge in four transactions), and sums 1,766,462 RENDER burned — rising three years running, 2026 at 2,744/day — against 17.94M minted. Trailing-12-month ratio: six minted per one burned.
A snapshot at one moment — it has no 24-hour or 30-day meaning.
Tokens gone from the supply forever — sitting in a dead wallet or destroyed via burn() reducing total supply directly. Irreversible.
Total burned over max supply (all components: permanent burn, plus the buyback fund where the token has one). For tokens with overhang, read it against that cell: is burning winning or losing against the supply still ahead?
00:00 to 24:00 UTC. The last day runs from 00:00 to measurement time, so it is partial.
| Day | Total burn | Minted?Newly minted TRX every block (~136 TRX/block, ~3.69M/day): 8 TRX to the block-producing Super Representative, 128 TRX split among the top 127 SRs by votes — each SR keeps a commission (default 20%) and passes the rest to the STAKERS who voted for them. This is where the 4–5% TRX staking yield comes from: it is paid by the printer, diluting all holders ~1.4%/year — holding TRX unstaked quietly pays the stakers’ yield. | Net?Burn minus mint. Positive (green) = supply shrinking; negative (red) = net inflation. Fee burning offsets only part of issuance — this column’s sign, not the token’s reputation, answers whether it is really deflationary. |
|---|---|---|---|
| 01/09 | 8.111,76 | 5.000 | +3.112 |
| 31/08 | 2.136,02 | — | — |
| 30/08 | 911,64 | — | — |
| 29/08 | 1.357,81 | — | — |
| 28/08 | 2.393,22 | — | — |
| 27/08 | 3.453,47 | — | — |
| 26/08 | 3.429,70 | — | — |
| 25/08 | 4.276,24 | — | — |
| 24/08 | 3.376,03 | — | — |
| 23/08 | 2.886,77 | 492.132 | −489.245 |
| 22/08 | 2.117,59 | — | — |
| 21/08 | 5.418,32 | — | — |
| 20/08 | 8.119,23 | — | — |
| 19/08 | 2.727,07 | — | — |
| Total936 days · entire series | 1.766.461,51 | 17.937.556 | −16.171.094 |
Burn = RENDER paid by GPU renters and destroyed per UTC day on Solana (Wormhole bridge filtered, instructions ≥500K dropped); Mint = operator emissions — one 492,132 RENDER instruction a month around the 23rd; a month with no mint means it shifted to an adjacent month, not that it was skipped.
At this pace supply SHRINKS 0,20% per year — net deflation.
Under Render's BME, each rendering or compute job is priced in USD, the renter pays the equivalent RENDER and that amount is destroyed when the job completes; node operators receive RENDER from the monthly emission pool, not from the renter. So burn is zero when nobody rents machines, and every RENDER destroyed is service revenue already collected — no transaction-fee burn, no buyback.
As of 3 Sep 2026: 1,766,462 RENDER burned over 913 burn days since 25 Nov 2023. Against the true supply of 568.0M, the burned share is 0.31%. Over the same period the network minted 17.94M RENDER — 10.2 minted for every 1 destroyed.
Burn by year: 2024 312,589 (1,028/day over 322 days with data); 2025 784,204 (2,184/day, +151%); 2026 to 31 Aug 669,656 (2,744/day, +26% on the 2025 pace). This is one of the few tokens in this ledger whose burn line has risen three years in a row — because it measures GPUs rented, not token price.
In the first half of 2024, after BME started, burning was sparse: April 2024 6,548 (285/day), July 4,507 (167/day — the low). From August 2024 the curve bent upward: 23,475 → 35,038 → 46,797 → 37,030 → December 2024 88,835 (2,866/day). 2025 kept going: 36–43K per month in Q1, 55–80K in Q2–Q3, then two months above 120K — September 2025 120,929 (the record, 4,837/day over 25 days with data) and December 2025 120,181.
2026 holds a higher base: January 60,022, February 66,275, March 110,755, April 116,111 (3,870/day — the highest daily average of any month), May 45,154, June 63,280, July 114,855, August 85,093. The first eight months of 2026 already double all of 2024 and equal 85% of all of 2025.
But the line is jagged because big jobs arrive in bursts: the 2026 daily median is 2,017 RENDER, while 17 Jul 2026 burned 50,594 — the record day, 25× the median, sandwiched between 9,504 the day before and 568 the day after. The second burst is 12–15 Sep 2025: 27,156 / 21,068 / 13,592 over four days, 61,816 RENDER, more than half the record month. Beyond those: 10 Apr 2026 19,590; 8 Aug 2024 19,555; 24 Oct 2024 18,825. Each such peak is most likely one large customer settling a render batch — the ledger sees the burn, not the customer.
Operator emissions are a single mint around the 23rd of each month, round to the token: 760,567 RENDER a month from February to December 2024 (only 91,268 in March–April 2024), 223,697 in January 2025, then 492,132 a month from February 2025 to date — 5.91M a year. The schedule drifts: April and June 2026 had no mint, May and July had two (984,264) — same total, shifted days. A few small mints of 50–90K (385,003 RENDER in total since 2024) are recorded in the Mint column without an identified purpose.
Total minted since moving to Solana: 2024 7.79M; 2025 5.93M; 2026 to 31 Aug 4.03M — 17.94M RENDER. The mint-to-burn ratio narrows each year: 2024 25:1, 2025 7.6:1, 2026 6.0:1; trailing 12 months 6.19M minted versus 1.03M burned. With minting fixed, the ratio closes only if burning grows — and it is growing ~26% a year, which at that rate would balance BME in roughly eight more years; the ledger states the arithmetic, not a forecast.
Today's break-even: burn 492,132 a month, ~16,200 RENDER a day — 5.9× the August 2026 pace and a third of the record day, every day. At the early-September-2026 price of $1.43 that is ~$23K of GPU rental revenue a day, or $8.5M a year.
CoinGecko and CoinMarketCap list total supply as 533,532,275 — the totalSupply of the old RNDR ERC-20 contract on Ethereum. But 450,292,838 of those sit in Wormhole's TokenBridge contract (0x3ee18B22…, contract name verified on Etherscan) — they have been swapped into RENDER on Solana and cannot circulate in both places. True supply = 484,776,832 on Solana + 83,239,437 ERC-20 not yet bridged = 568,016,268 RENDER, 6.5% above the aggregator figure. This ledger reads all three directly from RPC on every run.
Circulating supply per CoinGecko is 518.77M; max supply 644,245,094 — the cap set when the community approved BME (RNP-001), 76.2M above true supply, the remaining emission headroom for operators (~13 years at 5.91M a year with no burn offset). This ledger has no unlock schedule for RENDER — the Unlocks column is empty for lack of a source.
ATH $13.53 on 17 Mar 2024 — two months after BME began, mid AI-token frenzy, when monthly burn was just 10,184; ATL $0.037 on 16 Jun 2020. From that peak to early September 2026 the price fell 89% while monthly burn rose 8–11×: the token got cheaper precisely as the network got busier.
One consequence of BME worth recording: jobs are priced in USD, so an 89% fall in RENDER's price makes the RENDER burned for the same work nearly 9× larger. Part of the rising 2024–2026 burn line is the token price falling, not only GPU demand rising; the ledger cannot separate the two without a USD revenue source for the network.
Daily source: a Dune query over Solana token transfers (mint rndrizKT3…), counting burn and mint instructions per UTC day. The query filters out instructions ≥500,000 RENDER: unfiltered, "lifetime burn" comes to 122.5M, of which 82.7M falls on exactly four instructions on 26 Jul 2024 — the RNDR → RENDER migration through the Wormhole bridge, not GPU rent. After filtering, the largest remaining single burn is ~47K, plausible for one large render settlement.
State: Solana supply from getTokenSupply, ERC-20 supply and the Wormhole-locked balance from eth_call; "burned" is the daily series summed. USD in the state card = quantity × price at the time the page was last updated. There is no revenue, buyback or unlock column; 23 days without Dune data (2023–2024) are left blank, not interpolated.
How much RENDER has been burned in total?
1,766,462 RENDER as of 3 Sep 2026 (913 burn days since 25 Nov 2023), bridge traffic excluded — 0.31% of the true 568M supply. Burns have risen three years running: 312,589 (2024) → 784,204 (2025) → 669,656 (8 months of 2026).
How does RENDER get burned?
Under Burn-Mint-Equilibrium: rendering/compute jobs are priced in USD, the renter pays the equivalent RENDER and it is destroyed when the job completes; operators are paid from a fixed 492,132 RENDER monthly emission. There is no fee burn or buyback.
What was the largest RENDER burn day?
17 Jul 2026 with 50,594 RENDER — 25× the 2026 daily median (2,017). The second-largest burst is 12–15 Sep 2025 (27,156 / 21,068 / 13,592). The record month is September 2025 at 120,929; the highest daily average is April 2026 (3,870/day).
Is RENDER deflationary?
Not yet: the trailing 12 months minted 6.19M and burned 1.03M — 6:1, narrowing from 25:1 (2024) and 7.6:1 (2025). Break-even needs ~16,200 RENDER burned a day, 5.9× the August 2026 pace. With minting fixed, the gap closes only when GPU demand (or a lower token price) pushes burns up.
Why is total supply here 568M, unlike CoinGecko?
CoinGecko takes the old ERC-20 contract's totalSupply (533.5M), but 450.29M of it is locked in Wormhole's TokenBridge, swapped for RENDER on Solana. True supply = 484.78M on Solana + 83.24M ERC-20 not yet bridged = 568.02M, read from RPC on every run.
Why is the Mint column zero some months and double in others?
Emissions are one 492,132 RENDER mint around the 23rd of each month, but the execution date drifts: April and June 2026 had none, May and July 2026 had two (984,264). Annual totals are unchanged — 5.91M a year since February 2025.
Does a lower RENDER price increase the burn?
Yes, because jobs are priced in USD: for the same work, an 89% price fall from the $13.53 ATH (17 Mar 2024) makes nearly 9× more RENDER burn. Part of the rising 2024–2026 burn line is that price effect; the ledger cannot separate it without a USD revenue source.
Where does this RENDER burn data come from?
From a Dune query over RENDER token transfers (Solana), dropping instructions ≥500,000 RENDER to exclude the Wormhole bridge — unfiltered it comes to 122.5M, of which 82.7M is four migration instructions on 26 Jul 2024. Supply is read from Solana and Ethereum RPC.