If XRP Is Faster and Cheaper, Why Isn't Everyone Using It?

The technically superior product does not always win.

That statement frustrates engineers and makes perfect sense to economists. A bank does not buy “five-second settlement” in isolation. It buys a change to a regulated operating system that already connects customers, correspondent banks, sanctions controls, accounting ledgers, treasury desks, regulators and decades of contractual relationships.

A new rail can be faster and cheaper per transaction while still being expensive to adopt.

Transaction cost is not total cost

Imagine a bank can send a payment for 2 cents on a new network instead of paying $5 through an older route. That looks like an easy decision.

Now add a $20 million integration project, legal review in 15 jurisdictions, new custody controls, liquidity arrangements, accounting changes, fraud monitoring, staff training, vendor risk, cyber testing and board approval. The economics change.

This is the classic switching-cost problem. Incumbent infrastructure has flaws, but much of its cost has already been paid.

Regulation is not an optional feature

Banks cannot decide that an asset is useful and begin settling customer funds through it next Friday.

They need clarity on licensing, custody, sanctions screening, anti-money-laundering controls, consumer obligations, capital treatment and sometimes central-bank expectations. Those rules differ across countries. A corridor between Japan and the Philippines is not legally identical to a corridor between the United States and the European Union.

This is one reason Ripple has spent so much time obtaining licences and building regulated entities. The unglamorous regulatory layer is part of the product.

Liquidity has to exist where it is needed

XRP can settle quickly, but speed is useful only if a payment provider can buy and sell the required amount with tight spreads in both currencies.

A liquid XRP/USD market does not automatically create deep XRP/Thai-baht or XRP/Nigerian-naira liquidity at 3 a.m. local time. Market makers need capital. Exchanges or approved venues need banking access. Institutions need confidence that large trades will not move the price excessively.

The bridge-asset model therefore becomes easier as liquidity deepens — and liquidity deepens as usage grows. That circular dependency is one of the hardest adoption problems in financial networks.

Volatility changes treasury behaviour

An institution using XRP for a few seconds of bridge liquidity has far less price exposure than an institution holding large XRP balances for weeks. That is the logic behind on-demand models.

But risk committees still care about slippage, failed transactions, exchange outages and the possibility that a market becomes disorderly during stress. A 24/7 crypto market can be an advantage operationally and a new risk category institutionally.

Familiar systems benefit from trust and sunk relationships

Correspondent banking is inefficient partly because it is a network of relationships. Those relationships are also why it survives.

Banks know their counterparties. They have negotiated credit limits, service levels and compliance procedures. Treasury departments know how to account for the balances. Regulators know how to supervise the structure.

An “inferior” system can be rational to keep using when everyone around you already accepts it.

SWIFT is improving too

Crypto comparisons often freeze traditional finance in 2012. That is a mistake.

SWIFT says most cross-border payments now reach beneficiary banks rapidly, with a substantial share arriving within minutes. Much of the remaining delay can occur in the “last mile” inside domestic or beneficiary-bank processes. SWIFT has also introduced tracking and investigation tools to reduce uncertainty when something goes wrong.

That does not eliminate the case for blockchain settlement. It raises the bar. XRP is competing not with an old screenshot of correspondent banking, but with incumbents that continue to modernise.

Stablecoins, CBDCs and tokenised deposits compete for the same problem

XRP is not the only attempt to improve money movement.

Dollar stablecoins can provide 24/7 settlement without introducing an additional bridge asset for parties already comfortable with dollar exposure. Banks are exploring tokenised deposits. Central banks are experimenting with wholesale CBDCs. Other blockchains target payments. Domestic instant-payment systems make many local transfers nearly real time already.

The Bank for International Settlements has highlighted interoperability and legal/regulatory uncertainty as barriers to tokenised finance. Those constraints apply to the whole field, not only XRP.

Accounting and procurement are boring — and decisive

A bank may spend more time deciding how a digital asset appears in internal risk reports than evaluating its transaction speed.

Large financial institutions have procurement cycles measured in months or years. New systems need vendor approval, security audits, disaster-recovery plans and internal ownership. A project can be technically successful and still die because the budget moved, an executive sponsor left or another regulatory project became more urgent.

This is why a pilot is not a production deployment.

Why the “better technology wins” analogy often fails

Technology history is full of adoption that depended on ecosystems rather than raw specifications. A superior enterprise software product can lose to the system already integrated with a company's databases. A more elegant communication protocol can lose to the standard every counterparty already supports. File formats, payment cards and operating systems all show path dependence: once a network becomes embedded, replacement needs a very large benefit.

Financial infrastructure has especially high path dependence because errors move money, not just data.

What is Ripple's strategy against these barriers?

Ripple's strategy has increasingly looked less like “convince every bank to buy XRP” and more like “become regulated infrastructure that can connect different forms of value”. Its payments offering, custody capabilities, stablecoin activity and licensing efforts can reduce the amount of institutional change required at one time.

Tranglo provides a current example of a payments company using Ripple Payments, while Ripple's March 2026 Australian licensing announcement explicitly framed licensing as central to expansion across Asia-Pacific.

Whether that strategy ultimately creates substantial incremental demand for XRP is a separate question. Ripple can succeed commercially with a broader product set than XRP alone.

Related reading: What Ripple partnership announcements establish; Liquidity and market depth; Basel’s treatment of cryptoassets.

XRP for Newbies

XRP can move quickly and XRPL fees are low, but banks care about much more than speed. They must follow regulations, integrate old systems, manage liquidity, pass security checks and convince risk committees. They also have existing systems that keep improving. XRP is competing with stablecoins, CBDCs, other blockchains and upgraded bank networks — not with no alternative at all.

The Bottom Line

Adoption is an economic and institutional problem, not a benchmark test. XRP's speed and cost can be advantages, but they are only two variables in a much larger equation. The winning financial technology is usually the one that becomes legally acceptable, liquid, interoperable, operationally boring and trusted enough that institutions can use it without redesigning everything around it.