The Ripple Stack: Understanding the Bigger Picture Ripple Is Building

For years, most discussions surrounding Ripple have centered on one question:
What will happen to the price of XRP?
I believe that question starts in the wrong place.
The more important question is:
What is Ripple actually building?
Once you begin looking at Ripple as a complete financial infrastructure company instead of simply a cryptocurrency company, XRP company, or cross-border payment company, a much larger picture begins to emerge.
I call that larger picture The Ripple Stack.
“The Ripple Stack” is not Ripple’s official product name. It is the term I use to describe the collection of technologies, companies, licenses, products, financial infrastructure, partnerships, and digital assets Ripple has assembled around the movement, storage, management, trading, financing, and settlement of value.
Ripple itself has increasingly described essentially the same strategy as building a “one-stop shop” for digital asset infrastructure. Ripple says its acquisitions and products are intended to provide institutions with custody, liquidity, payment networks, treasury management, prime brokerage, and real-time settlement under an increasingly unified infrastructure.
That is the bigger story.
And sitting near the center of that story are two very different digital assets:
XRP and Ripple USD, or RLUSD.
They should not be viewed as competitors.
They solve different problems.
And understanding the difference between those problems is one of the keys to understanding the Ripple Stack.

Explain It Like I’m Five: What Is a “Stack”?

Imagine that someone wanted to build a new city.
Building one really good road would not create a functioning city.
You would also need:
Roads, Banks, Warehouses, Stores, Power systems, Payment systems, Office buildings, Security, Communication networks, Rules, Identification systems, Transportation hubs, and Markets.
And systems connecting all of those things together.
That is essentially what Ripple appears to be doing with financial infrastructure.
The original Ripple story was heavily associated with making payments faster.
But payments are only one part of finance.
A bank or corporation adopting digital assets also needs somewhere to securely hold those assets.
It needs liquidity.
It needs access to currencies.
It needs trading infrastructure.
It needs accounting.
It needs treasury management.
It needs compliance.
It needs ways to convert traditional money into digital money and back again.
It may need to tokenize assets.
It may need collateral.
It may need credit.
It may need to settle transactions across borders.
Eventually, it may even need artificial intelligence systems capable of monitoring and managing these processes.
Ripple has spent years assembling pieces that address many of these requirements.
That collection of pieces is what I call The Ripple Stack.

The Foundation: The XRP Ledger

At the bottom of much of this ecosystem sits the XRP Ledger, or XRPL.
One important distinction should be made here.
Ripple is a company.
The XRP Ledger is an open-source decentralized blockchain network.
They are closely connected historically and technologically, but they are not the same thing.
Think of Ripple as a company building businesses and services around an open financial network.
The XRPL is part of the underlying infrastructure upon which Ripple and many independent developers and institutions can build.
The XRP Ledger was designed around moving and exchanging value.
It has a native decentralized exchange, supports issued tokens, cross-currency payments, automated market makers, tokenization, and other financial functionality directly at the protocol level. XRPL transactions generally settle within seconds.
More importantly for the institutional future Ripple is targeting, the XRPL has been gaining capabilities designed to support regulated financial activity.
These include credentials, permissioned environments, institutional trading functionality, tokenization capabilities, vaults, and lending infrastructure. XRPL documentation describes Credentials as tools that can support authorization and compliance requirements such as KYC, while Permissioned Domains can restrict financial environments to participants holding acceptable credentials.
In five-year-old terms:
XRPL is the road system.
You can move different types of financial vehicles across those roads.
Some vehicles might carry XRP.
Some might carry RLUSD.
Some might carry another stablecoin.
Some might carry tokenized U.S. Treasury securities.
Some might carry tokenized funds, bonds, commodities, real estate interests, or completely new financial instruments.
Ripple does not necessarily have to manufacture every vehicle traveling on the road for the road itself to become more valuable infrastructure.
That distinction becomes extremely important.

XRP: The Native Liquidity Asset

Now we reach XRP.
XRP is the native digital asset of the XRP Ledger.
Its most important long-term role, in my opinion, should not simply be described as:
“People buy XRP and hope the price goes up.”
That reduces an infrastructure asset to a speculative investment.
XRP was designed to move value and provide liquidity.
One of the best examples already exists inside XRPL itself.
The XRP Ledger can automatically use XRP as an intermediary asset between two other assets when routing through XRP provides a better exchange rate.
For example:
Someone has Asset A.
Someone else wants Asset B.
Instead of requiring a perfectly liquid direct market between A and B, the system can potentially route:
Asset A → XRP → Asset B
XRPL calls this auto-bridging.
That gives us a very simple way to understand XRP.
XRP can function as the bridge connecting pools of value that otherwise may not connect efficiently.
Think about an airport.
You cannot realistically operate direct flights between every small city on Earth.
Instead, airlines use hubs.
A passenger might travel:
Small City A → Major Hub → Small City B.
XRP can potentially perform a similar function for liquidity.
USD does not necessarily need a direct liquid market against every tokenized asset, stablecoin, currency, commodity, security, or digital instrument in existence if an efficient bridge asset can connect markets.
That is where XRP becomes much more interesting than simply being “the coin Ripple uses.”

RLUSD: The Stable Dollar Inside the Stack

RLUSD performs a completely different job.
RLUSD is designed to remain worth approximately one U.S. dollar.
Ripple says RLUSD is fully backed by segregated reserves of cash and cash equivalents and redeemable 1:1 for U.S. dollars. It is designed specifically with institutional use cases in mind.
Why is that important?
Because businesses generally do not want their operating cash fluctuating wildly in value.
Suppose a corporation needs $50 million available next week to make payroll, pay suppliers, settle an acquisition, or fund international operations.
That corporation probably does not want the value of that $50 million changing substantially before the obligation comes due.
That is where stablecoins make sense.
RLUSD gives digital financial infrastructure something very important:
A digital representation of dollar value that can move using blockchain infrastructure.
Think about XRP and RLUSD this way:
RLUSD is digital cash.
XRP is digital liquidity infrastructure.
One attempts to remain stable.
The other can serve as a bridge between different pools of value.
Those are not competing jobs.
They can be complementary jobs.

Why Ripple Needs Both XRP and RLUSD

This is where people sometimes make the mistake of believing that Ripple’s creation of RLUSD somehow made XRP unnecessary.
I see the opposite possibility.
Consider a hypothetical future financial system containing:
RLUSD.
A euro stablecoin.
A Japanese yen stablecoin.
A Mexican peso stablecoin.
Tokenized Treasury securities.
Tokenized corporate bonds.
Tokenized commodities.
Tokenized real estate.
Tokenized funds.
Bank-issued digital deposits.
Other stablecoins.
Traditional currencies.
Those assets need to move.
They need markets.
They need liquidity.
They need settlement.
And they need ways of being exchanged with one another.
RLUSD provides one major piece of that system: regulated digital dollar liquidity.
XRP can provide another: neutral native liquidity and bridging within XRPL markets.
The XRPL’s architecture already allows token-to-token trades to route through XRP when XRP provides the more efficient path.
This does not mean every Ripple transaction must use XRP.
It does not.
It also does not mean every customer must use RLUSD.
They do not.
That is actually one of the strongest parts of the Ripple Stack.
Ripple can meet customers where they already are while creating additional opportunities for XRP, RLUSD, XRPL, or combinations of them to become useful when those assets provide the best solution.

Layer One: Payments

Payments were one of Ripple’s earliest major business focuses, but Ripple Payments has become considerably broader than the original idea of simply transferring money from one country to another.
Ripple now describes its payments infrastructure as connecting traditional financial rails with digital assets and stablecoins.
Following Ripple’s expansion through Rail and Palisade, Ripple Payments can support functions including collections, virtual accounts, wallets, exchange, settlement, and payouts across traditional and digital money.
In simple terms:
A company does not necessarily want to understand blockchain.
It wants to say:
“I have money here. Get it there.”
The infrastructure underneath can determine how that happens.
Fiat might enter.
A stablecoin might be used somewhere in the process.
Liquidity might be sourced.
A blockchain might perform settlement.
The recipient may ultimately receive another fiat currency.
The customer does not necessarily need to understand every component underneath the transaction.
That is exactly how successful infrastructure normally works.
Most people using the Internet cannot explain TCP/IP routing.
They simply know that a website loads.
Financial infrastructure could eventually work the same way.

Layer Two: Rail and the Connection Between Fiat and Stablecoins

Ripple’s acquisition of Rail added important infrastructure around stablecoin payments, virtual accounts, collections, banking connectivity, and the ability to move between fiat and digital money.
Ripple described the combined system as allowing businesses to handle pay-ins and payouts without necessarily requiring those businesses to maintain specialized crypto banking infrastructure themselves.
That matters because adoption usually fails when the new technology requires customers to completely rebuild everything they already use.
The better approach is:
Hide the complexity.
Corporations should not have to become blockchain engineering companies.
Banks should not have to reinvent their entire technology stack.
Ripple can potentially provide an interface between the financial world companies already understand and the blockchain-based financial infrastructure developing underneath it.

Layer Three: Custody

If institutions are going to hold digital assets, someone has to secure them.
That is the custody layer.
Ripple built and expanded Ripple Custody through technology and acquisitions including Metaco, Standard Custody, and Palisade, while continuing to add institutional security and compliance integrations.
Ripple describes custody as foundational infrastructure for institutions entering stablecoins, tokenization, trading, and other digital-asset businesses.
Again, think about normal banking.
Before a bank can offer customers gold trading, securities, or other assets, it needs systems capable of safely controlling and accounting for those assets.
Digital assets require the same thing.
Banks cannot simply write an XRP private key on a sticky note and place it inside the manager’s desk.
Institutions require:
Security policies.
Authorization.
Access controls.
Auditing.
Compliance.
Governance.
Key management.
Transaction policies.
Disaster recovery.
And operational controls.
Ripple Custody provides infrastructure addressing those problems.
And once Ripple is protecting the assets, another opportunity appears.
The customer may eventually need to move those assets.
Or trade them.
Or finance them.
Or use them as collateral.
That takes us deeper into the stack.

Layer Four: Ripple Prime

Ripple’s $1.25 billion acquisition of Hidden Road created what is now Ripple Prime.
Ripple Prime provides institutional prime brokerage, clearing, financing, and access across digital assets and traditional markets including foreign exchange, derivatives, fixed income, and other products. Ripple says the platform clears more than $3 trillion annually across markets and serves hundreds of institutional customers.
Prime brokerage sounds complicated, but the basic concept is simple.
Imagine you are a gigantic investment company.
You trade many different assets.
You borrow.
You finance positions.
You post collateral.
You need trades cleared.
You need counterparties.
You need risk managed across everything you are doing.
A prime broker helps organize that financial machinery.
That acquisition dramatically expanded Ripple beyond payments.
And this is where RLUSD becomes particularly interesting.
Ripple has said RLUSD is already being used as collateral for prime brokerage products and that some derivatives customers have elected to hold balances in RLUSD.
Read that again carefully.
RLUSD is not simply being positioned as something someone uses to send $100 overseas.
It can become financial collateral inside institutional markets.
That puts RLUSD deeper inside the machinery of finance.

Layer Five: Ripple Treasury

Then Ripple acquired GTreasury for approximately $1 billion.
GTreasury has since become Ripple Treasury.
This moves Ripple directly into the corporate CFO’s office.
Ripple Treasury provides tools surrounding cash management, liquidity, forecasting, payments, debt, investments, foreign-exchange risk, reconciliation, and other corporate treasury functions. The platform serves more than 1,000 customers across more than 160 countries.
Here is the ELI5 version.
Imagine a gigantic multinational corporation.
It might have:
$200 million in one bank.
$75 million in another country.
Payments coming due tomorrow.
Receivables arriving next week.
Foreign currencies moving in value.
Debt that must be serviced.
Cash sitting idle.
Investments.
Suppliers around the world.
Treasury personnel are responsible for knowing:
Where is our money?
How much do we have?
What do we owe?
Where should our cash be moved?
What risks do we have?
That is corporate treasury.
Ripple did not simply build another crypto wallet and hope corporate treasurers would adopt it.
Ripple bought one of the systems already sitting inside the corporate treasury world.
Now Ripple Treasury is integrating traditional cash and digital assets into the same operating environment.
Ripple says its treasury system can display traditional cash and digital-asset positions together, with Ripple-native digital wallets integrated directly into the platform.
That is enormously important to my Ripple Stack thesis.
Instead of waiting for corporations to come looking for crypto, Ripple can bring digital-asset capabilities into software corporations already use to manage money.
That reverses the adoption equation.

Layer Six: AI Moves Into Treasury

On September 10, 2026, Ripple announced an expansion of the GSmart artificial-intelligence capabilities inside Ripple Treasury.
The system is designed to assist enterprise treasury teams across forecasting, liquidity, risk, reconciliation, reporting, and policy-driven recommendations while maintaining governance, auditability, and human oversight.
This adds another layer to the stack:
intelligence.
Think about where this can eventually go.
Instead of a corporate treasurer manually examining twenty systems, AI can increasingly help monitor:
Cash positions.
Currency exposure.
Liquidity.
Payment requirements.
Risk.
Collateral.
Settlement.
Reconciliation.
Policy requirements.
The system could determine that liquidity is needed somewhere.
The payments infrastructure can move it.
Digital assets can provide settlement.
Custody infrastructure can secure it.
RLUSD can represent stable dollar liquidity.
XRP may provide bridge liquidity where appropriate.
Prime brokerage can provide financing and market access.
That is what makes a stack more powerful than a collection of unrelated products.
The pieces begin talking to one another.

Layer Seven: Tokenization

Now imagine that stocks, bonds, Treasury securities, funds, real estate, private credit, commodities, and other assets increasingly become represented digitally.
That is tokenization.
Ripple is expanding heavily into this area as well.
XRPL supports multiple forms of tokenized assets, while Ripple has built partnerships and made investments intended to provide issuance, custody, transfer-agency, collateral, and lifecycle-management capabilities.
For example, Ripple’s 2026 investments in ZILO and Licuido added capabilities associated with regulated transfer agency, issuance, trading, and collateral mobility.
Ripple also partnered with SettleMint in September 2026 to combine Ripple Custody with SettleMint’s Digital Asset Lifecycle Platform, providing institutions with infrastructure to issue, custody, and manage tokenized assets throughout their lifecycle.
This expands the Ripple Stack again.
Creating a token is the easy part.
Institutions need the entire lifecycle:
Create the asset.
Issue it.
Record ownership.
Custody it.
Transfer it.
Trade it.
Use it as collateral.
Finance it.
Settle it.
Redeem it.
Report it.
Remain compliant while doing all of the above.
Ripple is assembling infrastructure touching increasingly large portions of that chain.

Layer Eight: Institutional DeFi

The XRP Ledger itself is also moving beyond simple payments into infrastructure Ripple refers to as institutional DeFi.
That includes technologies intended to allow regulated institutions to use blockchain markets while preserving compliance controls.
XRPL’s Permissioned Domains and Credentials can establish environments where participation is restricted based on verified credentials. Its DEX infrastructure can support trading, while vault and lending functionality expands what capital can do once it is onchain.
Why does this matter?
Because institutions generally cannot operate the same way anonymous retail crypto users can.
A regulated financial institution has to know:
Who is participating?
Are they permitted to participate?
Are sanctions rules being followed?
Are KYC and AML obligations satisfied?
Are assets properly controlled?
Can transactions be audited?
Institutional blockchain infrastructure has to solve those questions.
The goal is not merely “DeFi.”
The goal is:
financial markets that gain blockchain efficiency without abandoning institutional controls.
That could become a major distinction for XRPL.

Layer Nine: Regulation and Licensing

Technology alone does not build a global financial company.
Permission does.
Ripple has spent years accumulating licenses and regulatory approvals across jurisdictions.
In December 2025, Ripple received conditional OCC approval to establish Ripple National Trust Bank, creating a path toward federal supervision of important portions of Ripple’s stablecoin infrastructure alongside existing New York oversight.
Ripple has also continued expanding licenses internationally, including Singapore and Europe. In June 2026, Ripple has also continued expanding its regulatory footprint internationally, including Singapore and Europe.

After receiving preliminary approval in June 2026, Ripple received full authorization for its MiCA Crypto Asset Service Provider (CASP) license from Luxembourg’s Commission de Surveillance du Secteur Financier (CSSF) on July 6, 2026. The authorization made Ripple fully MiCA-compliant for crypto-asset services across all 30 countries of the European Economic Area. Combined with its European Electronic Money Institution authorization and broader global licensing portfolio, this gives Ripple regulatory infrastructure to offer institutions compliant access to payments, stablecoins, digital assets, and other financial services across major markets.
Licensing is boring compared with cryptocurrency price charts.
It is also one of the most important parts of the entire Ripple Stack.
A bank does not care that your technology is impressive if its compliance department will not allow the bank to use it.
Ripple appears to understand this extremely well.

Layer Ten: AI Agents and Machine-to-Machine Payments

There is another emerging layer that may eventually become massive.
Machines are beginning to transact with machines.
AI agents can purchase data.
Pay for API access.
Purchase computing resources.
Settle services.
Make micropayments.
And eventually conduct economic activity without someone manually approving every individual transaction.
Ripple launched an XRPL AI Starter Kit in June 2026 supporting agentic-payment development, including x402-powered payments using XRP and RLUSD.
That means the same two assets sitting near the center of Ripple’s institutional strategy can also participate in an entirely different future economy:
machine commerce.
RLUSD can provide stable dollar-denominated machine payments.
XRP can provide a native, highly liquid settlement asset.
XRPL provides the network.
That creates a fascinating possibility.
The Ripple Stack may not only connect banks and corporations.
It could connect machines.

This Is Why I Keep Looking at the Bigger Picture

This is the part of the Ripple story I believe many people still miss.

They examine each announcement individually.
Ripple buys a custody company. People think, “Interesting.” Ripple launches RLUSD. “Interesting.” Ripple buys Hidden Road. “That’s interesting.” Ripple buys GTreasury. “That’s very interesting.” Ripple expands payments. Another interesting announcement. Ripple invests in tokenization. Interesting again. Ripple adds AI. Another piece that looks interesting on its own.

But zoom out.

Custody + Payments + Stablecoins + XRP + XRPL + Prime Brokerage + Treasury + Tokenization + Trading + Liquidity + Collateral + Compliance + AI = something much larger than any individual announcement.

That is the Ripple Stack.
And Ripple itself has effectively confirmed the broader strategy by repeatedly describing its goal as becoming a one-stop infrastructure provider for institutions participating in the digital-asset economy.

The Real Competitive Advantage Is Integration

A corporation could theoretically assemble all of this itself.
Company A handles custody.
Company B handles stablecoin payments.
Company C manages liquidity.
Company D provides wallets.
Company E provides prime brokerage.
Company F handles tokenization.
Company G provides treasury software.
Company H handles compliance.
Company I provides settlement.
Now someone has to integrate nine systems.
Someone must manage nine vendor relationships.
Nine security environments.
Nine APIs.
Nine contractual relationships.
Nine operational risks.
Potentially nine different compliance frameworks.
That becomes expensive and complicated very quickly.
Now imagine Ripple saying:
We can provide most of the infrastructure through one interconnected ecosystem.
That is where the stack becomes strategically powerful.
The value is not simply owning products.
The value comes from connecting the products.

The Flywheel Effect

This can create what I would call a financial infrastructure flywheel.
A company enters through Ripple Payments.
Later it adopts RLUSD.
Then it needs custody.
Ripple Custody becomes available.
It begins holding more digital assets.
It needs institutional trading and financing.
Ripple Prime becomes relevant.
Its treasury department needs visibility across digital and traditional assets.
Ripple Treasury becomes relevant.
The company begins tokenizing assets.
Additional XRPL infrastructure becomes relevant.
Those assets require liquidity.
XRP and RLUSD become increasingly relevant.
AI begins monitoring and optimizing treasury activity.
Ripple Treasury’s AI capabilities become relevant.
Each layer creates an opportunity for another layer.
That is the bigger strategy.

Why XRP Could Become More Important as the Stack Expands

Now we can finally talk briefly about XRP’s price.

I do not believe the strongest investment thesis for XRP should begin with:
“XRP is going to $10, $100, $1,000, $10,000 or some other number.”
Those numbers are outcomes.

They are not the infrastructure thesis.

The real question is:
How much economically meaningful activity could eventually require, benefit from, or route through XRP?
If XRP becomes increasingly useful for institutional liquidity, cross-asset bridging, settlement, trading, collateral, tokenized markets, or machine commerce, demand for XRP could increase.
If meaningful amounts of XRP are simultaneously held for liquidity, institutional operations, financial products, market making, collateral, or treasury purposes, the amount freely available to markets could also change.
Price would then be a consequence of the relationship between utility, demand, liquidity, available supply, and market expectations.
None of that guarantees any particular XRP price.
But it provides a fundamentally stronger argument than simply claiming a price target because XRP has a fixed maximum supply.
Utility must come first.
Price discovery follows.

RLUSD Does Not Weaken the XRP Thesis

This deserves repeating because I believe it is one of the most misunderstood aspects of Ripple’s strategy.
RLUSD is not XRP’s replacement.
Imagine asking:
“Why would the financial system need foreign-exchange markets if dollars already exist?”
Because dollars and liquidity perform different functions.
RLUSD represents stable dollar value.
XRP can represent neutral liquidity between assets.
And the XRPL provides infrastructure that can allow both to interact.
One asset can serve as the stable unit.
Another can serve as the bridge.
That combination may ultimately be more powerful than either asset operating alone.

Ripple Does Not Need Every Transaction to Use XRP

There is another important point.
The Ripple Stack thesis does not require us to claim that every institution using Ripple will use XRP.
That claim would be unnecessary and unsupported.
Ripple’s own infrastructure supports multiple currencies, stablecoins, and digital assets.
The stronger argument is this:
The larger Ripple’s financial ecosystem becomes, the more environments exist in which XRP and RLUSD can potentially provide useful financial functions.
Ripple does not need to force XRP into every transaction.
If XRP provides superior liquidity or routing economics somewhere inside the system, the infrastructure can use it where appropriate.
That is a much more scalable model.

Ripple Is Building Financial Plumbing

The analogy I keep coming back to is plumbing.
Nobody buys a house because they are excited about the plumbing.
But try living in a house without it.
The pipes quietly move water everywhere it needs to go.
Financial infrastructure operates similarly.

People see: A payment, A stock trade, A wire transfer, A corporate acquisition, A Treasury bond, A loan, or A stablecoin.

But underneath those transactions is enormous infrastructure responsible for custody, settlement, liquidity, reconciliation, compliance, accounting, messaging, clearing, financing, and risk management.
Ripple is attempting to modernize increasingly large portions of that plumbing.
And once plumbing becomes embedded deeply enough into a building, replacing it becomes difficult.

That is where infrastructure businesses can become extremely powerful.

The Bigger Picture

When I look at Ripple today, I do not see merely the company that created software for banks to make cross-border payments.
I see the early architecture of something much larger.
A company can enter through payments.
A bank can enter through custody.
An investment firm can enter through prime brokerage.
A corporation can enter through treasury management.
An asset manager can enter through tokenization.
A fintech can enter through stablecoins.
A developer can enter through XRPL.
An AI agent can eventually enter through machine payments.
Different doors.
Same expanding ecosystem.
And inside that ecosystem sit two assets with very different purposes:
RLUSD provides stable digital dollars.
XRP provides native digital liquidity.
One provides stability.
One provides mobility between pools of value.
XRPL provides settlement infrastructure.
Ripple surrounds that infrastructure with enterprise software, custody, payments, treasury management, institutional trading, liquidity, licensing, compliance, tokenization, and increasingly artificial intelligence.
That is the Ripple Stack.

Final Thoughts

This is why I believe Ripple’s future should be judged by much more than the daily XRP price.
Daily price movements tell us what traders are willing to pay for XRP today.
They tell us very little about what financial infrastructure may look like five or ten years from now.
The bigger question is whether Ripple can successfully connect the pieces it has spent billions of dollars acquiring and developing.
Can Ripple Payments feed Ripple Treasury?
Can Ripple Custody secure the assets those systems use?
Can Ripple Prime create liquidity, financing, trading, and collateral markets around them?
Can RLUSD become meaningful institutional digital cash?
Can XRPL become infrastructure for tokenized financial markets?
Can XRP become increasingly useful as liquidity connecting those markets?
Can institutions interact with all of this while remaining compliant?
Can AI eventually automate portions of that financial system?
If Ripple executes on those objectives, then we are no longer talking about a cryptocurrency company trying to convince banks to use blockchain.
We are talking about a company attempting to build an operating layer for digital finance.
And that is why I believe the Ripple Stack—not any single partnership, acquisition, stablecoin, product, or short-term XRP price prediction—is the most important part of the Ripple story.
The individual pieces matter.
But the connection between the pieces is where I believe the real value is being built.

Sources and Further Reading

Ripple — Building the One-Stop Shop for Digital Asset Infrastructure: Ripple official source
Ripple — Ripple Payments: End-to-End Stablecoin Platform: Ripple official source
Ripple — Ripple Prime / Hidden Road Acquisition: Ripple official source
Ripple — Ripple Custody: Ripple official source
Ripple — Ripple Treasury: Ripple Treasury official source
Ripple — Governed AI for Enterprise Treasury: Ripple Treasury official source
Ripple — Ripple USD / RLUSD: Ripple official source
Ripple — XRP and Institutional DeFi: Ripple official source
Ripple — XRP Ledger AI Starter Kit and Agentic Payments: Ripple official source
Ripple — ZILO and Licuido Digital Capital Markets Investments: Ripple official source
XRP Ledger — Decentralized Exchange: XRPL official documentation
XRP Ledger — XRP Auto-Bridging: XRPL official documentation
XRP Ledger — Credentials and Compliance: XRPL official documentation
SettleMint — Ripple and SettleMint Digital Asset Lifecycle Partnership: SettleMint source

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