Stablecoins and XRP: Who Owes You the Money, and When Does a Bridge Asset Help?

A business sending an invoice payment wants to know how much the recipient will receive. A volatile asset complicates that calculation. Stablecoins address the problem by putting a relatively predictable unit of account onto a blockchain: dollars, for example, that can move without waiting for every step of a conventional banking process.

But a predictable price is not the same as a risk-free claim. The token is the visible part of a larger arrangement involving an issuer, reserves, banks, custodians and access to redemption. Understanding that arrangement is more important than the logo on the coin.

This guide was checked on 14 September 2026. Its currency-route examples are hypothetical, not live executable quotes or recommendations to transact.

Several structures aim for stability

Fiat-backed stablecoins generally aim to redeem at a fixed value in a conventional currency using reserve assets. USDT, USDC and Ripple USD, or RLUSD, are familiar dollar-linked examples. Their legal issuers, reserve policies and redemption terms differ; a shared one-dollar target does not make their claims interchangeable.

Crypto-collateralised stablecoins use digital assets to support the target value, commonly with excess collateral and liquidation rules. Their risks include collateral-price falls, oracle failures, liquidation bottlenecks and the contracts governing the system. Overcollateralisation is a buffer, not a guarantee when markets move rapidly.

Algorithmic designs attempt to maintain a peg through issuance, redemption or incentives involving related assets, sometimes with limited external backing. If confidence in that mechanism disappears, the ability to defend the peg can disappear with it. Calling a token stable describes its objective, not its capacity to survive stress. The BIS's Project Pyxtrial report distinguishes backing structures; names alone do not establish what supports a token's value.

Tokenised deposits are different again: they represent commercial-bank deposit claims in a new technical form. Protections depend on their legal structure and jurisdiction. They should not be casually grouped with either central-bank money or every non-bank stablecoin.

Why issuers want a place in the market

An issuer that receives dollars and holds interest-earning reserves can earn reserve income while holders receive a token intended to stay at one dollar. Expenses, distribution agreements, compliance and liquidity management determine how much of that income becomes profit. Lower interest rates or more expensive distribution can change the economics.

For illustration, a $1 billion reserve earning 4% would generate $40 million a year before expenses. That is arithmetic, not an estimate of any named issuer's earnings. The incentive helps explain why firms want to supply digital money rather than merely process it.

There are strategic motives too. Exchanges want a liquid quote asset and convenient settlement balances. Fintechs and payment companies want customer flows and less dependence on external settlement providers. Banks want to retain deposit relationships and offer services to clients operating onchain. Treasury teams may want balances that can move outside ordinary banking hours.

Network effects matter: a coin is more useful when counterparties, exchanges and applications already accept it. That is also why issuing a coin is easier than making it widely useful. Fragmented dollar tokens can recreate the conversion and liquidity problems their issuers hoped to remove.

Stablecoins can support payments, trading, treasury transfers and the payment leg of tokenised-asset transactions. They still need banking connections when someone wants to turn an onchain balance into money spendable through the domestic financial system.

What counterparty risk actually means

With a fiat-backed stablecoin, your economic position depends on the issuer's promise and the legal and operational arrangements supporting it. You do not automatically own a particular Treasury bill or have an ordinary insured bank deposit merely because reserve assets include deposits.

Start with reserve quality. Cash, short-term government instruments and riskier assets behave differently when a large number of holders want redemption. Then ask who owns or safeguards the reserves, whether they are segregated and how insolvency law treats holders. A reserve report cannot settle every legal-priority question.

Redemption access is equally important. The ability of an approved institutional customer to redeem is not necessarily the ability of a small secondary-market holder to do so directly. Ripple's RLUSD user terms say direct minting and redemption require customer status under a separate agreement. Tether's February 2026 information document describes verified-customer redemptions and fees. Users must assess eligibility and intermediaries, not simply read “one-to-one.”

Banking partners can fail or become unavailable. Custodians can have operational problems. Regulatory restrictions may block transfers or redemption. Wallet theft, chain congestion and third-party bridges introduce additional risks that a strong reserve cannot cure. A dollar token on one network is not automatically the same exposure as a wrapped representation on another.

Depegging can occur when market participants doubt convertibility or cannot access it promptly. The reserve may ultimately prove sufficient while the token still trades below a dollar during uncertainty. Conversely, a token trading at a dollar today does not prove its reserve or redemption arrangements are sound.

A banking failure showed how the layers connect

In March 2023, Circle disclosed that $3.3 billion of USDC reserves were deposited at Silicon Valley Bank. USDC lost its dollar peg during the resulting uncertainty. Circle's March 12 announcement, published March 13, reported that the deposit would become available after authorities protected the failed banks' depositors.

The episode was not a failure of the blockchain to record transfers. It was uncertainty about access to money behind the token. That is the point of counterparty analysis: a technically functioning coin can still transmit problems from the conventional financial system.

Why Ripple created RLUSD

Ripple's stablecoin overview describes RLUSD as dollar-referenced, backed by segregated cash and cash-equivalent reserves. Its transparency page identifies Standard Custody as the issuer, supervised by NYDFS, and provides monthly third-party reserve attestations. Regulatory supervision and attestations improve the information available; they do not eliminate every banking, legal or operational risk.

A dollar liability is useful when customers want to invoice, hold collateral or settle in dollars. XRP cannot deliver a constant dollar value simply by processing quickly. Creating a stablecoin therefore addresses a different customer requirement rather than proving XRP can—or should—perform every financial function.

If dollars move onchain, why use XRP?

For a payment that starts and ends in dollars, a suitable dollar stablecoin may remove the need for a volatile bridge asset. This is direct competition for some use cases, and there is no reason to pretend otherwise.

For cross-currency payments, however, moving digital dollars and obtaining the recipient's currency are separate tasks. Consider AUD → USD stablecoin → Korean won. The operator needs an efficient AUD-to-token entry, transferable token liquidity and a compliant token-to-KRW exit. Holding the token retains dollar exposure and issuer risk until it is converted.

AUD → XRP → Korean won uses a market-priced intermediary without a stablecoin issuer's dollar-redemption promise. It substitutes XRP price and execution risk for that particular issuer exposure. It does not remove exchange, custody, banking or legal risks at either end.

Suppose a hypothetical stablecoin route costs 0.25% on entry and 0.35% on exit. Its conversion cost is roughly 0.60%, before other charges. An XRP route quoted at 0.20% and 0.25% might look cheaper at roughly 0.45%, but only if depth, slippage and price movement do not consume the difference. Reverse the liquidity conditions and the stablecoin can win. These invented numbers show the comparison, not current Australian or Korean market access.

Fast ledger settlement can reduce time exposed to price movement; it cannot guarantee the entry price, exit price or fiat payout time. A treasury may still need inventory on both sides to deliver a dependable service.

The XRPL auto-bridging documentation gives a concrete mechanism: token trades can use XRP when the combined route offers a better rate than direct token trading. That is conditional routing, not compulsory XRP use for every token transfer. Ledger transaction fees and account reserves are separate from substantial bridge-asset demand.

Stablecoins may enlarge onchain markets where XRP is sometimes a useful intermediary. They may also provide deep direct pairs that make XRP unnecessary. The economically credible case for XRP is competitive execution between particular currencies and assets—not the assertion that every digital dollar creates XRP demand.