Ripple On-Demand Liquidity (ODL): How It Works Explained

The Problem With Traditional Cross-Border Payments in Canada

Traditional cross-border payments from Canada are weighed down by base wire fees, correspondent-bank deductions, and foreign exchange markups that quietly erode the amount actually delivered.

When a Canadian business pays an international supplier through a standard SWIFT wire, the transaction moves through a layered fee structure. There is usually a base outgoing wire fee, but the largest cost is often the foreign exchange spread that financial institutions apply on top of the mid-market rate. Because SWIFT relies on a chain of correspondent banks to route funds, intermediary institutions can also deduct small, unpredictable fees along the way. The result is that a supplier may receive less than the invoiced amount, creating reconciliation headaches for accounting teams in Toronto, Calgary, or Vancouver.

This friction reaches households, not just corporate treasuries. According to Statistics Canada, 37% of Canadian residents born in countries eligible for Official Development Assistance sent money abroad in 2017, remitting a combined $5.2 billion, or roughly $2,855 per sender on average [Source]. The top destinations were the Philippines, at about $1.2 billion, and India, at $794 million [Source].

The cost of sending that money is significant. Statistics Canada found that remitters paid an average of about 6% of the amount sent, and that smaller transfers were even more expensive: people sending up to $200 through in-person banking paid on average around 11% of the amount, while those sending $1,000 or more paid roughly 2% [Source]. Money transfer stores were the most common channel, used by 56% of remitters [Source]. This inefficient legacy environment is exactly the kind of problem blockchain-based settlement was built to address, whether a retail user is learning how crypto fiat on-ramps work in Canada or an enterprise is integrating settlement software.

How Ripple On-Demand Liquidity (ODL) Works

Ripple On-Demand Liquidity works by converting fiat into XRP, moving that asset across a decentralized ledger, and immediately converting it back into the destination fiat currency.

When a conventional bank sends money across borders, it passes messaging instructions through a fragmented chain of intermediary banks. Ripple's infrastructure sidesteps those intermediaries by using a digital asset to transmit the underlying value directly. The process is automated and happens behind the scenes, so neither the sender nor the receiver has to manage cryptocurrency directly.

First, a financial institution or payment provider initiates a cross-border transaction for a client. The sending institution's software converts the client's local fiat into XRP at a partnered, regulated digital asset exchange in the origin country. For a Canadian enterprise, that means converting Canadian dollars into XRP through a liquidity provider.

Second, the XRP is transmitted across the decentralized XRP Ledger to a partner exchange in the destination country. Because the ledger is engineered for high-throughput settlement, average consensus times run roughly three to five seconds [Source].

Third, on receipt, the destination exchange sells the XRP for the local currency. Finally, that local currency is deposited into the beneficiary's bank account or mobile wallet through domestic payment rails.

The sender starts the payment in their own currency, and the beneficiary receives funds in theirs. The XRP acts strictly as a fast transport vehicle. Because the asset is held for only seconds, the sender and receiver are not exposed to long-term price swings, though the surrounding market remains volatile like any crypto asset. To go deeper on the token itself, see this comprehensive guide to XRP for beginners.

Eliminating Trapped Capital and Pre-Funded Accounts

By sourcing liquidity in real time from independent exchanges, Ripple On-Demand Liquidity reduces the banking industry's need to hold large sums of idle money in foreign accounts.

To make international payments through the correspondent banking system, institutions maintain relationships with banks in foreign jurisdictions. They do this by holding local currency in foreign accounts, known in the industry as Nostro (our money at your bank) and Vostro (your money at our bank) accounts. A Canadian payment provider serving the Canada-to-Philippines corridor, which drew about $1.2 billion in remittances from Canada in 2017, might otherwise need to keep a reserve of Philippine pesos sitting idle in a partner bank overseas [Source].

Capital parked in a foreign account earns little and cannot be redeployed into the core business. It sits there only to guarantee liquidity the moment a customer requests a transfer, and maintaining fragmented global accounts adds compliance, auditing, and opportunity costs.

The On-Demand Liquidity model changes this. Because XRP can be traded for local fiat on exchanges when needed, a provider does not have to pre-position foreign currency abroad. Liquidity is generated at the moment the transaction executes, which frees up capital that would otherwise be tied down. For small and medium-sized payment providers, that recovered capital can be redirected toward growth rather than sitting dormant.

The Technical Infrastructure: Quoting, Settlement, and APIs

The technical execution of Ripple On-Demand Liquidity relies on an API integration that manages a structured, automated sequence: quoting, settlement execution, and status confirmation.

Integrating the enterprise software takes preparation. Before running live transactions, institutions typically peer their accounts with supported digital asset exchanges and configure API credentials in the Ripple Payments dashboard so the software is authorized to execute trades on their behalf. Once configured, the payment flow runs across three phases:

• Quoting: The institution's integration requests a quote, the system returns real-time pricing that factors in exchange fees, and the institution accepts the quote along with the required compliance data for the sender and beneficiary. The accepted rate is locked for a defined window so the parties know exactly what will be delivered.
• Settlement execution: The institution submits a settlement request. The software instructs the origin exchange to buy XRP, moves the asset across the ledger, and instructs the destination exchange to sell the XRP for local fiat.
• Status confirmation: The software reconciles the transaction using reporting endpoints, returning transaction identifiers that confirm delivery.

Locking the quote before execution removes much of the exchange-rate slippage that can build up over the days a traditional SWIFT wire takes to clear. Settlement on the XRP Ledger itself is typically confirmed in about three to five seconds [Source]. The reconciliation step lets a Canadian corporate treasury synchronize its internal accounting records with the ledger for cleaner reporting.

The Role of XRP as a Bridge Currency

XRP functions as a bridge currency by providing on-demand liquidity that connects two fiat currencies without needing a direct trading pair between them.

In traditional foreign exchange, converting a major reserve currency like the US dollar into the euro is efficient because interbank volume is enormous. Converting a secondary currency such as the Canadian dollar directly into the Philippine peso often requires routing through the US dollar first, which adds a step, more time, and compounded fees. Positioning a neutral asset in the middle of the transaction is designed to remove that extra hop.

The XRP Ledger works differently from networks like Bitcoin. It does not use energy-intensive Proof-of-Work mining. Instead, it uses a consensus model in which independent validators, each maintaining a Unique Node List of trusted validators, agree on the order and outcome of transactions [Source]. This lightweight design supports fast settlement, with average consensus times of roughly three to five seconds, and transaction fees that are a tiny fraction of an XRP [Source].

On tokenomics, the ledger launched with a fixed total supply of 100 billion XRP, all pre-mined at genesis, with a large portion held by the company in cryptographic escrow that releases over time [Source]. Because ODL moves the asset from fiat to XRP and back within seconds, this high velocity means the settlement use case does not reduce circulating supply the way long-term holding does. For readers new to how different networks are built, our beginner's guide to blockchain offers helpful context.

The Strategic Rebrand to Ripple Payments

Ripple rebranded its On-Demand Liquidity service to "Ripple Payments" in 2023 to strip away crypto jargon and present a more accessible, enterprise-friendly product to traditional corporate clients.

For years, the term ODL resonated with crypto-native firms and forward-looking financial institutions, and it solved real capital-efficiency problems for remittance providers. But as the company expanded beyond banks toward everyday corporate customers in agriculture, e-commerce, and supply-chain logistics, the technical terminology became a barrier. Corporate treasurers and CFOs mostly want a reliable, licensed way to pay international vendors quickly, so the company grouped its liquidity and messaging services under a single, plainer name.

The underlying technology did not change. Ripple Payments still uses XRP as the high-speed bridge currency to settle cross-border transactions. The rebranded suite also added flexibility by supporting additional payout options, letting corporate clients settle in fiat or in various stablecoins depending on regional liquidity needs. It is worth noting that stablecoins are value-referenced crypto assets, not the same as holding fiat in a bank. They can carry redemption, reserve, liquidity, and counterparty risks, and their value can move away from the currency they track. Readers weighing these tools can review our overview of stablecoin remittances in Canada.

Enterprise Adoption and Global Payment Corridors

Payment providers and remittance firms in several regions have adopted Ripple's liquidity technology to reduce settlement times and free up the capital they would otherwise pre-position abroad.

The pattern is most visible in high-volume remittance corridors where legacy banking is especially slow and expensive, such as flows between Japan and the Philippines, or across parts of Europe and Southeast Asia. In these routes, providers have used on-demand liquidity to shorten settlement windows and avoid locking working capital in foreign accounts. For Canada, the same logic applies to major outbound corridors like Canada to the Philippines and Canada to India, which together accounted for roughly $2 billion of the $5.2 billion Canadians remitted in 2017 [Source].

Some providers have also begun using instant-liquidity mechanisms for internal treasury management, funding subsidiaries across time zones without waiting on multi-day wire settlement. For Canadian fintechs building international payment products, this infrastructure represents one option among several for moving value more quickly, and it should be evaluated alongside cost, regulatory considerations, and counterparty risk rather than adopted on speed alone.

Implementing Safe Custody for Digital Assets

Because using digital-asset infrastructure means interacting with cryptographic private keys, securing those keys through institutional-grade storage is essential for enterprises and retail investors alike.

Cryptocurrencies do not exist physically. Ownership comes down to control of a private key, and if an unauthorized party gains access to that key, the funds can be lost permanently. To reduce this risk, regulated exchanges and enterprise custodians rely on cold storage, keeping the majority of assets offline on specialized hardware that is disconnected from the internet and therefore shielded from remote attacks.

For Canadian users, Netcoins partners with established security firms Fireblocks and BitGo to provide institutional-grade cold storage. These systems also use multi-signature authentication, so more than one independent approver must sign off before assets can move. That layered approach creates a more fault-tolerant environment for holding digital assets. Investors who want to understand the trade-offs between custodial and self-custody models can read our explainer on the advantages of centralized crypto custody with Netcoins. Canadians funding an account can do so through familiar rails, including Interac e-Transfer for crypto.

People Also Ask About Ripple On-Demand Liquidity

What is the difference between RippleNet and ODL?‍

RippleNet was the broader enterprise network used for payment messaging, while ODL was the specific service that used the XRP digital asset to settle the funds. Today both concepts are grouped under the single "Ripple Payments" brand, giving corporate customers one cross-border solution without the technical jargon. The messaging layer coordinates the instructions, and the liquidity layer moves the value, but for the end client it now appears as a unified service.

Does ODL affect the price of XRP?‍

ODL creates genuine transaction volume on the ledger, but its high velocity means it does not lock up supply the way long-term holding does. Because each transfer settles in roughly three to five seconds, the XRP is not held long enough to meaningfully reduce circulating supply. As with any crypto asset, XRP's market price is influenced by many factors and can be volatile, and this article does not predict its direction.

Can individuals use Ripple ODL?

Not directly. The enterprise API is designed for financial institutions, payment providers, and large corporate treasuries. Retail consumers benefit indirectly when their local remittance app or provider uses the technology in the background to offer faster or cheaper transfers. An everyday sender in Canada would experience it as a quicker payout, not as a crypto transaction they manage themselves.

Is XRP the only bridge currency Ripple uses?

XRP is the native asset of the XRP Ledger and the primary bridge currency for pulling on-demand liquidity, but the broader payment suite has expanded. Ripple Payments can also route transactions using fiat and various stablecoins, depending on the regulatory environment and customer needs in a given region. The choice of settlement asset depends on where liquidity is deepest for a particular corridor.

How fast is a Ripple ODL transaction?

The digital-asset portion settles on the XRP Ledger in about three to five seconds. The total time for a beneficiary to receive funds depends on the speed of the local banking rails in the destination country, but it is generally much faster than a traditional multi-day SWIFT wire. Domestic instant-payment systems on the receiving end can shorten the final leg further.

Frequently Asked Questions

How does ODL reduce foreign exchange risk?‍

In traditional finance, currency values can shift over the days it takes a wire to clear, exposing businesses to exchange-rate movement. Because the ODL process locks in the quoted rate through the API and executes the ledger transfer in seconds, the window for price movement during settlement is very small. This does not remove broader currency risk from a business, but it narrows the exposure created by slow settlement.

Why do banks hold capital in foreign accounts?‍

In the legacy system, banks keep local currency in foreign Nostro accounts so they always have funds available to process customers' international payments immediately. Without these pre-funded accounts, banks would have to wait for international settlement before paying out, which would delay customers. The trade-off is that this money sits idle and cannot be used elsewhere in the business.

Do companies using Ripple Payments have to hold crypto on their balance sheets?‍

Generally no. The enterprise software converts fiat to crypto and back to fiat within the transaction, so a corporate client typically interacts only with its local fiat currency and does not need to hold digital assets or manage private keys. Any balance-sheet or accounting treatment should be confirmed with qualified professionals.

What networks are replacing SWIFT for smaller payments?‍

Alongside blockchain-based solutions, many countries have built domestic Real-Time Payment systems. These are fast but usually stop at the national border. Blockchain networks can act as an interoperable bridge between these isolated domestic systems, which is one reason they are discussed as a complement to, rather than only a replacement for, existing rails.

Why are Canadian wire fees often high?

Wire costs reflect legacy infrastructure, compliance and auditing overhead, and reliance on multiple correspondent banks that each add a fee. Institutions also frequently build a foreign exchange markup into the transaction. For consumers, Statistics Canada found the average cost of remitting was about 6% of the amount sent in 2017, and higher for small transfers [Source].

Quick Glossary

Bridge Currency: A liquid, neutral asset used to connect two different fiat currencies during a transfer, reducing the need for a direct trading pair between them.

XRP Ledger (XRPL): A decentralized, open-source blockchain launched in 2012, optimized for fast, low-cost payments and using a validator-based consensus model rather than mining.

Nostro Account: An account a financial institution holds at a bank in a foreign country, denominated in that country's currency, used to facilitate international settlement.

Liquidity: The ease and speed with which an asset can be converted into cash or another currency without materially affecting its market price.

SWIFT Network: The Society for Worldwide Interbank Financial Telecommunication, a global messaging network banks use to send payment instructions to one another.

Fiat Currency: Government-issued money, such as the Canadian dollar, that is backed by the issuing government rather than a physical commodity.

Stablecoin: A value-referenced crypto asset designed to track the value of a reference currency. It is not the same as bank-held fiat and can carry reserve, redemption, and liquidity risks.

Consensus Mechanism: The method a blockchain uses for its network of participants to agree on which transactions are valid and in what order.

Key Takeaways

• Ripple's On-Demand Liquidity addresses the slow speed and high cost of traditional cross-border payments by using XRP as a short-lived bridge between two fiat currencies.
• The model reduces the banking requirement to hold idle money in pre-funded foreign Nostro accounts, freeing working capital for other uses.
• Settlement on the XRP Ledger is typically confirmed in about three to five seconds, a meaningful improvement over multi-day SWIFT transfers.
• In 2023, Ripple rebranded ODL as "Ripple Payments" to make the enterprise software more approachable for mainstream corporate treasuries, while the underlying technology stayed the same.
• For Canadians, who remitted $5.2 billion abroad in 2017 at an average cost of about 6%, faster and lower-cost payment infrastructure has clear practical relevance.

Closing

Understanding the infrastructure behind modern cross-border payments shows why enterprise blockchain technology was built in the first place: to address real inefficiencies in settlement speed, transparency, and capital cost. As legacy systems continue to adapt, the line between traditional banking and digital settlement is likely to keep blurring. If you want to see how these ideas connect to real Canadian use cases, explore Netcoins' cross-border payment solutions, and if you are just getting started, our step-by-step guide on how to buy Bitcoin in Canada is a solid first read. Choosing a regulated, education-focused platform is a sensible way to begin, and you can find the full walkthrough in our Canadian guide to buying your first Bitcoin.