Stablecoin Redemption Paths Under Stress

Discussion of stablecoins tends to focus on the peg — whether the price is at parity right now. That is an output, and an unreliable one, because it can be maintained by trading activity long after the mechanism producing it has weakened. The informative question is the redemption path.

Who can actually redeem

For most fiat-backed stablecoins, direct redemption with the issuer is not open to everyone. It is typically available to vetted institutional counterparties who have completed onboarding, usually above a minimum size, usually on a settlement timeline measured in business days.

This matters more than it first appears. The arbitrage that holds the peg depends on those counterparties: when the secondary market price falls below parity, they buy cheap and redeem at par. The peg is therefore only as strong as their capacity and willingness to do that on any given day.

If onboarding is paused, if the minimum is large relative to the dislocation, if settlement takes three days and the counterparty is unwilling to carry the risk that long — the arbitrage weakens and the price can stay dislocated while the reserves remain entirely intact.

The two prices

There is a redemption price, which is par for those with access, and a secondary market price, which is whatever the order book says. Almost everyone holds exposure to the second.

Under stress these separate. The relevant question for a holder without direct redemption access is not “are the reserves real” but “how deep is the market I would actually have to sell into, and who is on the other side”.

Collateral liquidity, not collateral quality

Reserve disclosures emphasise quality: short-dated government paper, cash at regulated institutions. Quality matters for solvency. Liquidity matters for redemption.

An issuer holding assets that are unimpeachable but take days to convert can be entirely solvent and still unable to meet redemptions on the timescale a panic operates. This is an ordinary maturity-transformation problem and it is not unique to crypto — it is the mechanism behind most bank runs — but it is frequently discussed as though solvency and liquidity were the same property.

The useful disclosure is therefore not just what the reserves are but how quickly they convert, and whether any portion is committed elsewhere.

Crypto-collateralised designs

Different mechanism, related question. Redemption is usually permissionless — anyone can close a position and reclaim collateral — which removes the access-tier problem entirely.

It replaces it with a correlation problem. The collateral is volatile, and the conditions that cause people to want out are the same conditions in which the collateral is falling and on-chain liquidity is thinning. The redemption path exists but may be expensive to use precisely when it is needed, and it depends on the liquidation machinery described in our piece on how DeFi liquidations work.

Algorithmic designs

Designs where the redemption path leads to another token issued by the same system have a structural reflexivity: the value of the exit depends on confidence in the thing you are exiting. This is not a claim about any specific project — it is a description of what the mechanism does when confidence falls, which is that the exit becomes worth less exactly as more people use it.

Questions worth asking

Who can redeem directly, and what does onboarding require? What is the minimum size? What is the settlement timeline, and has it ever been extended? Has redemption ever been paused, and under what authority? What proportion of reserves converts to cash within one day? And, for a holder without direct access: what does secondary market depth look like at the size you hold?

None of this is a recommendation about any asset. It is the set of questions that distinguishes a peg that is being maintained from one that is merely being observed.