Supply Offset
Supply offset is the share of circulating supply that a project's own burn or buyback activity has taken back out of circulation, expressed as a percentage. Tokenomist reports it as a separate figure on the Burn tab and on the Buyback tab, because the two mechanisms remove supply differently and are not summed into one number.
TradFi parallel: Like reading share repurchases as a percentage of shares outstanding rather than in dollars, so the figure scales with the size of the float instead of the size of the company.
Key Takeaways
- 01Supply offset is expressed as a percentage of supply rather than a token count, which is what makes it comparable across projects
- 02Tokenomist reports it separately on the Burn tab and the Buyback tab; there is no single combined offset figure
- 03Burn offset is close to permanent, though provable destruction and a burn recognised on a supply metric are not the same guarantee, while a Treasury Buyback removes tokens from the float without retiring them
- 04Offset is the deflation term inside Emission = Inflation - Deflation, read against supply instead of netted against unlocks
- 05A token can run high emission and still shrink its effective float when offset is large over the same window
- 06Durability comes from the funding source: revenue and protocol fee funded offset repeats, treasury funded offset draws down reserves
How It Works
Supply offset answers one question: of the tokens in circulation, what share has the project itself taken back out. On a token's Burn tab it reads as the percentage of circulating supply offset by burn activities. On the Buyback tab it reads as the percentage of circulating supply offset by buyback activities. Both carry the Tokenomist Metric chip, meaning the number is computed by Tokenomist from tracked events rather than quoted from a project disclosure. The percentage denominator is what makes the metric portable: a burn total in tokens is meaningless across projects with different supply scales, while a share of circulating supply ranks directly. Some views let you switch the denominator between circulating and released supply, and the same activity produces a different percentage under each, so figures are only comparable when computed on the same basis.
Burn offset and buyback offset are reported separately, and Tokenomist does not publish a single combined figure. That is deliberate. A burn is meant to be irreversible: the tokens are destroyed and cannot practically re-enter circulation. Even that claim comes in two strengths, because a send to a provably unspendable address is cryptographic destruction, while a burn recognised over a keyless address is binding social consensus reflected on a supply metric. A buyback takes tokens off the market but not necessarily permanently, because a Treasury Buyback leaves them outstanding and available for redeployment into incentives, compensation or strategic use. Adding the two would assert an equivalence that does not hold. It would also risk double counting, since a Buyback and Burn program legitimately appears in both datasets: the purchase is a buyback event and the destruction that follows is a burn event.
Offset is the same force that sits inside Tokenomist's emission figure. Emission is defined as Inflation minus Deflation, so burns and buyback burns are already netted into it as the deflation term. Supply offset takes that term out and expresses it against supply instead, which is a different and complementary reading. Emission tells you the direction and size of net supply change. Offset tells you how much of the counterweight came from the project's own balance sheet rather than from a lull in the unlock schedule. One caveat travels with this: Tokenomist deliberately excludes burns from forward emission projections because burn rates depend on activity and governance and are not predictable, so a large historical offset is evidence of what a project has done, not a commitment about the next quarter.
This is why a token can run high emission and still see its effective float shrink. Gross inflation from cliff and linear unlocks can be substantial while a revenue funded burn or buyback program removes a comparable or larger share of circulating supply over the same window, leaving net supply flat or falling. Once offset is large, the useful questions turn from size to durability. Offset funded by protocol fees or operating revenue scales with adoption and repeats. Offset funded from a finite treasury or a single external raise does not, and a headline percentage produced that way describes a past event rather than a running mechanism. The Burn Screener and Buyback Screener rank projects by offset so that comparison can be made across the tracked universe instead of one token at a time.
Real World Examples
Ethereum: offset produced by protocol mechanics
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The EIP-1559 base fee burn runs automatically off network activity, so burn offset accumulates without any treasury decision. During periods of heavy usage the burn has exceeded new issuance from staking rewards, which is offset large enough to turn net emission negative rather than merely soften it. That was mostly a pre-Dencun phenomenon: it was common before the March 2024 upgrade and has been rare since, so read it as an era-dependent result rather than a standing property of the design.
Raydium: a buyback with no burn leg
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Raydium routes 12% of all trading fees into automatic RAY buybacks, a rate its documentation confirms across both pool families. What it does not do is burn them: Raydium's docs state that bought-back RAY is held by the protocol at a public on-chain address, and the word burn does not appear on the page. So the programme lands in the buyback dataset and never in the burn dataset, and the supply it removes is removed only for as long as the protocol chooses to keep holding it. BNB is the mirror image. Its Auto-Burn is formula-driven on quarterly average price and blocks produced, with no open-market acquisition step at all, so it lands in the burn dataset only. Between them the two cases are the reason the offsets are read side by side rather than added: a buyback does not imply a burn, and a burn does not imply a buyback.
Jupiter: a buyback that holds rather than retires
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Jupiter routes a share of fees into a trust that accumulates the tokens it buys instead of sending them to a burn address. Buyback offset rises because the tokens have left the float, but they remain outstanding and a later governance vote decides their fate: part of the balance was burned by DAO approval, and the rest still sits in the trust. That is the Treasury Buyback case, and it is why offset and burn are read separately.
High emission with a large offset
An early stage token still working through investor and team cliffs can post heavy gross inflation while a fee funded burn removes a similar share of circulating supply in the same period. Reading the unlock schedule alone would overstate dilution; reading offset alone would miss the incoming supply. Emission is the figure that nets the two.
Frequently Asked Questions
Is there a single combined supply offset number?
No. Tokenomist reports burn offset on the Burn tab and buyback offset on the Buyback tab as separate figures. They are kept apart because a burn is intended to be permanent and a Treasury Buyback is not, and because a Buyback and Burn program appears in both datasets, so summing them would double count. Read the two together and treat the burn figure as the harder floor, while checking whether that burn was a provable destruction or a supply-metric recognition of tokens sitting at a keyless address.
Which denominator does supply offset use?
Circulating supply is the default reading, and some views also express it against released supply. The distinction matters because the same activity yields a different percentage under each denominator. When ranking or comparing tokens, confirm both figures are on the same basis before drawing a conclusion from the gap.
How is supply offset different from emission?
Emission is the net figure, Inflation minus Deflation, and it already contains offset activity as its deflation term. Supply offset isolates that term and states it as a percentage of supply. Emission answers whether supply is growing or shrinking on net; offset answers how much of the resistance is coming from burns and buybacks rather than from a quiet stretch in the unlock schedule.
Does a high supply offset mean the price will rise?
No. Offset reduces supply, which raises each remaining token's claim on protocol value, but price also depends on demand and on how much new supply is still scheduled to arrive. A large offset alongside heavy ongoing unlocks can still leave net dilution positive. Check offset against the emission figure and the funding source behind it before treating it as support.
Can I rely on supply offset continuing?
Only when the funding source is recurring. Offset paid for out of protocol fees or operating revenue scales with adoption and is repeatable. Offset drawn from a finite treasury or a one off external raise is not, and Tokenomist excludes burns from forward emission projections for that reason. Historical offset is a record of behaviour, not a forecast.
Related Terms
token burntoken buybackemissioncirculating supplytoken inflationreleased supplydigital asset treasury company
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Supply-side analysis for educational purposes. Not financial advice. Verify assumption and precision labels on the relevant token page.