How Quant's licence-lockup actually works — the mechanic behind QNT's scarcity
Most cryptocurrencies have a simple supply picture: tokens are minted on a schedule, the circulating supply is whatever has been minted and not burned, and you can read that number off a block explorer in three seconds.
Quant is not most cryptocurrencies. Its supply numbers are correct on paper but quietly misleading in practice, because a meaningful fraction of QNT is locked up as enterprise licence collateral, off-market for the duration of each licence. If you only look at the headline “circulating supply” number, you are looking at the wrong number.
This post walks through what that mechanic actually is, why it exists, and what it does and does not tell you about QNT’s effective scarcity.
What Quant actually sells
Quant Network is a UK company whose product is Overledger — a platform that lets applications read from and write to multiple blockchains through a single, unified API. The pitch is straightforward: a bank or insurer that wants to plug its existing systems into a mix of public and private chains can do that through Overledger instead of integrating each network bespoke.
Overledger is licensed software. To use it, an enterprise pays an annual licence fee priced in fiat. Then — and this is the part that matters for tokenomics — they also have to lock up an equivalent value of QNT for the duration of the licence. Gas fees inside Overledger are paid in QNT too.
So QNT plays two roles at once: it is a working medium for paying gas, and it is collateral that an enterprise has to hold off-market while a licence is active.
What “locked up” actually means
When a licence is bought, the enterprise’s QNT does not get burned. It does not change hands to Quant Network. It is held in a way that makes it unavailable on the open market — typically in a treasury-managed contract or custodial structure — for the licence term.
When the licence ends, the QNT is released back. The enterprise either renews (re-locking the equivalent value, which will be a different quantity of QNT if the market price has moved) or it walks, freeing the tokens.
There are three useful consequences of this design:
- Demand scales with adoption, not with hype. A new enterprise customer does not get a discount on its licence collateral just because QNT happens to be expensive that month. The lockup is denominated in fiat, so the QNT quantity required adjusts to the price.
- Locked supply is removed from the trading float. The float — the set of tokens actually available for buyers and sellers on exchanges — is by construction smaller than the headline circulating supply.
- Re-pricing risk runs both ways. If the QNT price rises, the same fiat licence pulls less QNT off the market for the same revenue. If it falls, it pulls more.
That third point is worth pausing on. The mechanism is sometimes described as a one-way pump: more licences → more lockups → less supply → higher price. That story is half-true. As prices rise, the quantity locked per licence falls. As prices fall, the quantity locked rises. The mechanism is self-stabilising relative to fiat revenue, not a perpetual squeeze machine.
Where the hard cap sits
QNT’s total supply is fixed at 14,612,493 tokens, set in the original contract, with no minting function. No new tokens will ever be created. This is one of the smallest hard caps in the broader cryptocurrency market — several orders of magnitude smaller than Bitcoin’s 21 million, and far smaller than tokens with billions of units in supply.
A small cap on its own is not the story. Plenty of low-supply tokens trade on micro-cap volume and go nowhere. What matters with QNT is the combination of small cap and structural removal of supply from the trading float via licence lockups. Anyone evaluating the token has to look at both numbers together.
What the public data does — and does not — tell us
This is the honest part. There are limits to what an outside observer can verify.
The circulating supply that aggregators like CoinGecko and CoinMarketCap report is calculated from on-chain data: total supply minus tokens held in the treasury, the founders’ wallets, and any other excluded set. It is a useful number but it is not the same thing as “tokens currently available for trading at any price”.
What is much harder to verify from the outside:
- The exact size of the locked-licence pool at any moment. Public reporting from Quant Network has not historically itemised this with a frequency or granularity that lets us treat it as a real-time figure.
- The renewal curve. How many of the existing licences will renew next quarter, and how many will let their lockup expire and release the QNT back to the float? We do not have a published cohort curve.
- The fiat value of an average licence. This sets the per-licence QNT lockup quantity, which determines the marginal impact of any new sale.
If any of those three numbers were published transparently and updated on a predictable cadence, the supply picture would be a lot clearer. For now, they are an honest unknown, and any analysis that pretends otherwise is overstating its case.
What this means for reading the supply page
On our own QNT supply page, the live circulating-supply number is the CoinGecko-aggregated figure. It is the right number to start with, but not the only number that matters. When the headline “X out of 14.6M in circulation” reads as roughly 99–100% to you, remember that circulation here means “not in the treasury”, not “available on the open market”.
Two questions worth keeping in mind whenever you look at QNT supply data:
- Of the circulating supply, how much is currently in a licence lockup? You cannot read this off the headline figure.
- How does that lockup pool grow or shrink quarter to quarter? This is the lagging indicator of real enterprise adoption — much more informative than QNT price movements alone.
The honest summary
The licence-lockup mechanism is real, it is structurally interesting, and it does meaningfully separate QNT’s tokenomics from a standard fixed-supply crypto asset. It is not magic, it is not a perpetual price ratchet, and it does not eliminate the volatility risk of holding a small-cap cryptocurrency.
What it does do is align the token’s demand curve with the adoption curve of the underlying product, in a way that very few crypto tokens manage to genuinely pull off. Whether that adoption shows up is a separate question and not one this site will pretend to answer.
For the purely informational version — current circulating supply, max supply, locked share visualised against the cap — the live numbers are on the QNT supply page. For the product side, the About Quant Network page covers Overledger in similar plain-English terms.