A company moving $10 million across borders has a problem that is easy to miss in crypto: the blockchain may settle the transaction quickly, but the asset being transferred can change value while it moves.
That is where RLUSD enters the picture.
Ripple USD, or RLUSD, is a dollar-backed stablecoin designed to maintain a value of one US dollar. It is a separate asset from XRP, the native token of the XRP Ledger.
XRP has a market price that moves with supply and demand; RLUSD is designed to provide a dollar-denominated unit for payments and settlement instead. Ripple launched the stablecoin in December 2024, and the token is issued through Standard Custody & Trust Company, a Ripple subsidiary operating under a limited-purpose trust charter overseen by the New York Department of Financial Services (NYDFS).
How does a dollar become RLUSD?
The basic model is deliberately less exotic than the word “crypto” can make it sound.
RLUSD is backed one-to-one by reserves made up of permitted US dollar assets. Ripple’s documentation says those reserves can include short-dated US Treasury bills, government money-market funds, overnight reverse repurchase agreements and deposits, with reserve assets held in segregated accounts.
The important part is the link between issuance and redemption.
An authorised customer gives the issuer dollars and receives newly issued RLUSD. In the opposite direction, RLUSD can be redeemed for US dollars, subject to the applicable terms and conditions. When tokens are redeemed, the corresponding supply can be removed from circulation.
For a large institution, that creates something a volatile cryptocurrency cannot provide on its own: a blockchain-based asset that is intended to represent a fixed dollar amount.
Retail users may encounter RLUSD differently. Ripple makes the token available through exchanges and other platforms, while direct customers for minting and redemption are subject to institutional KYC, anti-money-laundering and sanctions requirements.
This is also why the peg is not a literal switch that keeps the market price at exactly $1 every second. On exchanges, buyers and sellers can still push the price slightly above or below the target.
The deeper mechanism is that redemption, issuance and market incentives can help pull the price back towards the dollar reference.
Why XRP and RLUSD solve different problems
XRP is the native asset of the XRP Ledger and has a freely traded market price. RLUSD is an issued token whose value is intended to track the US dollar. The XRP Ledger can therefore host both without requiring them to have the same economic role.
Imagine an institution that needs to settle a payment equivalent to $10 million. Using a volatile asset could introduce price exposure between the moment it is acquired and the moment the recipient receives it. A dollar stablecoin addresses a different part of that transaction by keeping the unit of value tied to the currency in which the payment is measured.
That does not make RLUSD “better” than XRP, because they are not designed to do the same job.
The distinction is closer to infrastructure than investment: XRP is a native crypto asset; RLUSD is a digital representation of a dollar intended for movement and settlement on blockchain networks.
Where RLUSD fits once the payment leaves the bank
The appeal of a dollar stablecoin becomes clearer when the transaction continues beyond a single payment.
RLUSD can be used in cross-border payments, institutional settlement, treasury movements, trading and other blockchain-based applications where users want dollar exposure without relying on a volatile native token. Ripple also positions RLUSD for tokenised assets and decentralised finance, where a stable unit can serve as the payment side of a transaction.
Its architecture is not confined to the XRP Ledger either. Ripple’s documentation currently lists RLUSD across multiple networks, including the XRP Ledger, Ethereum, Base, Ink, Optimism, Unichain and the XRPL EVM sidechain.
That matters because a stablecoin becomes more useful when it can move across the environments where financial activity actually happens.
But network availability is only one part of the equation. A token used for serious settlement also needs liquidity, reliable custody, market infrastructure and a clear route back into conventional dollars.
The stability of RLUSD comes with a centralised dependency
This is where the RLUSD model becomes more interesting than a simple definition of a stablecoin.
Its stability does not come from the XRP Ledger deciding that one token is worth one dollar. It comes from an institutional structure built around the token.
Standard Custody, the issuer identified in Ripple’s documentation, operates under a NYDFS limited-purpose trust charter. Ripple says RLUSD reserves are segregated and subject to monthly independent attestations covering the amount of tokens in circulation and the assets backing them.
Those controls are important because a dollar peg ultimately depends on the ability to redeem the digital asset for something recognisable as a dollar reserve.
But an attestation is not the same thing as eliminating risk. It provides evidence about the reserves and supply covered by the report; it does not turn the issuer, custodians, banking relationships or blockchain infrastructure into risk-free components.
There is also a more fundamental trade-off.
RLUSD can incorporate compliance controls and restrictions that are difficult to reconcile with the strongest version of crypto’s censorship-resistant ideal. Ripple’s terms state that direct customers are subject to KYC and AML requirements, while transactions depend on supported networks and their underlying infrastructure.
For an institution operating inside a regulated financial system, that may be part of the point. For someone looking for an asset that exists independently of an identifiable issuer, it is a meaningful limitation.
The same architecture that makes RLUSD legible to traditional finance also makes it more dependent on traditional finance.
RLUSD’s harder problem may be liquidity, not the peg
Creating a dollar-backed token is no longer a novel idea. The stablecoin market already includes deeply integrated products with established trading venues, payment relationships and large pools of liquidity.
That leaves RLUSD with a different challenge: becoming useful enough that institutions and users choose it when alternatives already exist.
Ripple has an obvious route. The company already focuses on payments infrastructure for financial institutions, and RLUSD can sit inside that broader ecosystem. But stablecoins become more valuable as they become easier to trade, custody, transfer and integrate across many independent platforms.
In other words, the question is not simply whether RLUSD can maintain its dollar reference.
It is whether the token can turn that stability into network effects.
That requires more than reserves. It requires participants willing to hold it, platforms willing to support it and counterparties willing to accept it.
What RLUSD reveals about the future of dollars on blockchain
The most important thing about RLUSD is not that Ripple has added another token to its ecosystem.
It is that a blockchain-based financial system can increasingly carry a digital form of the dollar while retaining institutions, reserves and regulatory controls behind the scenes.
That creates a useful paradox. The more RLUSD is designed to work for conventional finance, the more it resembles conventional finance in the places that matter most: who issues the asset, where reserves sit, who can redeem it and which rules govern its use.
That does not make the blockchain component irrelevant. It changes what the blockchain is being asked to do.
RLUSD is not trying to reinvent the dollar. It is trying to change the rails on which the dollar moves.
And that is ultimately the clearest answer to what is RLUSD: a stablecoin designed to make dollar-denominated value transferable and usable on blockchain networks, with its stability resting not on XRP’s market price, but on reserves, redemption and an identifiable financial institution.