XRP is the native cryptocurrency of the XRP Ledger, an open-source, public blockchain designed to move and exchange value quickly. Ripple is a separate technology company that builds payment and digital-asset products and contributes to the XRP ecosystem. People often use “Ripple” to mean XRP, but the company, the cryptocurrency and the network are not the same thing.
This guide explains what XRP is, how the XRP Ledger confirms transactions without mining, how Ripple relates to it, and the benefits and risks to understand before using or buying XRP.
XRP is a cryptocurrency used on the XRP Ledger, commonly shortened to XRPL. It can be sent between XRPL accounts, used to pay network fees and serve as a bridge between assets. The ledger also supports issued tokens, a decentralised exchange and automated market makers.
XRPL does not use proof-of-work mining or proof-of-stake validation. Independent servers compare transaction proposals through the XRP Ledger Consensus Protocol and agree on each new ledger version. A validated ledger normally closes in about three to five seconds.
| Feature | XRP fact |
|---|---|
| Asset type | Native cryptocurrency of the XRP Ledger |
| Network | XRP Ledger, or XRPL |
| Launched | 2012 |
| Maximum supply | 100 billion XRP, all created at launch |
| Mining | None |
| Consensus | XRP Ledger Consensus Protocol |
| Typical ledger close | About three to five seconds |
| Standard minimum network cost | 10 drops, equal to 0.00001 XRP, subject to network load |
| Main functions | Value transfer, network fees, liquidity bridging and XRPL trading |
The names are related because of their shared history, but each describes something different.
| Term | What it is | What it does |
|---|---|---|
| XRP | A cryptocurrency | Pays XRPL transaction costs, transfers value and can bridge assets |
| XRP Ledger | A public, open-source layer-one blockchain | Records transactions and supports payments, issued assets, a built-in exchange and other applications |
| Ripple | A private technology company | Develops payment, custody, stablecoin and digital-asset infrastructure and contributes to the ecosystem |
Calling XRP “Ripple coin” or “Ripple cryptocurrency” is common, but XRP is the more accurate name. Ripple did not create a private blockchain that it alone controls. The XRP Ledger’s original developers began building the network before the company now called Ripple was formed. They later gave 80 billion of the 100 billion XRP to the company to support development and adoption.
Ripple uses XRP in some products and holds a large amount of it, but not every Ripple product or payment uses XRP. The company’s current payment offering is called Ripple Payments; older names such as xCurrent, xVia, xRapid and RippleNet should not be used to describe the current product line.
The XRP Ledger was designed to settle value without relying on proof-of-work mining. In 2011, developers David Schwartz, Jed McCaleb and Arthur Britto began work on the ledger. It launched in June 2012, before the company now known as Ripple was established later that year.
The design addressed a specific problem: how can a distributed network agree on valid transactions quickly without miners competing to solve computational puzzles? XRPL’s answer was a consensus process in which servers compare transaction proposals and listen to validators they have chosen to trust. That choice produces different strengths and trade-offs from Bitcoin’s proof-of-work model.
At launch, the system created the complete supply of 100 billion XRP. The founders retained 20 billion XRP and transferred 80 billion to the company that became Ripple to fund development, liquidity and ecosystem growth. This distribution history matters because Ripple’s holdings and escrow releases remain part of XRP’s supply picture.
The project’s history can be summarised as follows:
| Period | Milestone | Why it matters |
|---|---|---|
| 2011 | Development of the ledger begins | The network was conceived before Ripple the company existed |
| June 2012 | XRP Ledger launches | The complete 100 billion XRP supply exists from launch |
| September 2012 | NewCoin is formed and soon renamed OpenCoin | The company is separate from the protocol and asset |
| 2013–2015 | OpenCoin becomes Ripple Labs and then Ripple | “Ripple” becomes the company name, which contributes to later naming confusion |
| 2017 | Ripple places 55 billion XRP into escrow | The on-ledger schedule makes a large part of company-held supply more predictable |
| August 2025 | SEC and Ripple dismiss their appeals | The civil case ends with the district court’s final judgment and injunction still in effect |
The XRP Ledger is a peer-to-peer network. Anyone can run server software, submit transactions or inspect the public transaction history. Some servers are configured as validators and take part in consensus.
A simplified transaction follows four steps:
1. A user signs and submits a transaction, such as sending XRP to another account.
2. XRPL servers check the transaction against protocol rules, including the signature, sequence number, available balance and fee.
3. Each server listens to a chosen set of trusted validators, called a Unique Node List or UNL. Validators compare proposals over several rounds until enough of the trusted set agrees on the transactions and their order.
4. Servers apply the agreed transactions and validate a new ledger version. Once validated, its results are final, and the network begins building the next version.
This design does not reward validators with newly issued XRP. Validators do not mine blocks, and XRP holders do not secure the base ledger by staking tokens. If too many trusted validators disagree or go offline, the protocol is designed to pause rather than confirm conflicting histories.
A Unique Node List is the set of validators that a particular XRPL server chooses to consult for consensus. The name can be misleading: there is no single mandatory UNL controlled by Ripple. Server operators can use recommended lists, combine publishers or configure their own list. Safety depends on participants choosing reliable validators and maintaining enough overlap with the lists used by the wider network.
Consensus requires a supermajority rather than a simple majority. XRPL documentation describes the network as able to keep making progress when fewer than 20% of trusted validators are faulty, while confirming an invalid transaction would require more than 80% of a server’s trusted set to collude. If the necessary agreement is absent, validation pauses. This fail-stop behaviour is intended to avoid two conflicting ledger histories, although it can temporarily affect availability.
Once a ledger version is validated, XRPL treats its transactions as final. There is no need to wait for several additional mined blocks to reduce reorganisation risk in the way users commonly do on proof-of-work networks.
The precise answer is that the XRP Ledger is a public, permissionless blockchain that uses a trust-based consensus model. Its consensus is sometimes described as federated because each server chooses a Unique Node List of validators it trusts when deciding whether enough agreement exists.
That does not make XRPL a private or company-owned blockchain. Anyone can use the ledger or run a server, while Ripple is one contributor among the organisations and individuals that develop software and operate infrastructure. “Federated” describes the validator-trust model more accurately than it describes access to the network.
XRP has functions at both the network and application levels.
Every XRPL transaction specifies a cost in XRP. The standard minimum cost is normally 10 drops, or 0.00001 XRP, although the required amount can rise during heavy network load or for particular transaction types. One drop is one-millionth of an XRP.
The cost is destroyed rather than paid to Ripple, validators or another account. Its purpose is to make abusive transaction spam expensive. Because ordinary costs are tiny, the burn reduces supply slowly and should not be described as a guaranteed price catalyst.
XRPL accounts must hold a small XRP reserve, and certain entries that an account owns—such as offers, trust lines or payment channels—can require an additional owner reserve. These reserve requirements discourage accounts from filling the shared ledger with unnecessary data.
Reserve values can change through amendments, so an evergreen guide should link to the live XRPL documentation instead of hard-coding them. This is a protocol-level source of XRP demand, but reserves can also fall if the network changes its requirements.
Users can transfer XRP directly between XRPL accounts without a bank operating the ledger. The recipient does not need a trust line to receive native XRP. Trust lines apply to fungible tokens issued by accounts, not to XRP itself.
XRPL transactions are irreversible after validation. A fast ledger cannot recover funds sent to the wrong address, and some services require a destination tag to credit a customer correctly. Users should verify the address, network and tag before sending.
XRP can serve as an intermediate, or bridge, asset between two currencies or tokens. XRPL can search available order books and liquidity paths so a payment may enter in one asset and arrive in another. A path routes through XRP only when suitable liquidity and pricing make it useful; the protocol does not force every exchange or payment through XRP.
This distinction prevents a common overstatement. Growth in payment activity on XRPL may benefit the network, but XRP demand depends on whether the application needs XRP for protocol requirements or chooses it as a liquid bridge.
Stellar is a useful comparison because it also targets fast, low-cost cross-border value transfer but is oriented more toward individuals, remittances and financial access. See XRP vs XLM for a focused comparison of their audiences, validator models, liquidity and use cases.
The ledger has a built-in decentralised exchange with an order book. It also supports automated market makers, which pool pairs of assets and quote prices algorithmically. XRP can trade against issued assets through these features.
The exchange is part of the protocol, but assets traded on it can introduce separate risks. Holders of an issued token depend on its issuer to honour redemption terms, while pools and thin markets can expose users to slippage, liquidity and smart-feature risks.
Developers can build payment, tokenisation and financial applications on XRPL. The network supports issued currencies, NFTs, escrows, payment channels, decentralised identifiers and other ledger features. XRP remains the native asset for costs and reserves even when an application’s main unit of value is a different token.
XRP is not required for every payment product offered by Ripple, and the use of Ripple software does not prove that a transaction used XRP. That distinction matters when evaluating adoption claims.
XRPL’s specialised settlement design also differs from general-purpose smart-contract networks. Readers weighing payments infrastructure against a broader ecosystem of DeFi, NFTs and consumer applications can use the XRP vs Solana comparison to examine those trade-offs in more detail.
Ripple develops infrastructure for payments, custody, tokenisation and stablecoins. Its cross-border offering is branded Ripple Payments. Depending on the corridor and product configuration, a transaction can use XRP as a bridge asset, a stablecoin or fiat liquidity. It is therefore inaccurate to assume that every Ripple customer or payment creates XRP demand.
Ripple also contributes software and engineering work to the XRPL ecosystem and holds XRP. Those connections are economically important, but Ripple is not the ledger’s owner. It cannot unilaterally rewrite validated transactions or create more XRP under the current protocol rules.
When reading partnership announcements, ask three separate questions:
1. Is the organisation using a Ripple product, building on XRPL or both?
2. Does the specific workflow require XRP, or can it settle in fiat or another digital asset?
3. Is there enough recurring volume and liquidity to create material market demand?
That test is more reliable than treating every mention of Ripple, XRPL or digital-asset payments as evidence of XRP adoption.
All 100 billion XRP were created when the XRP Ledger launched. The protocol does not mint additional XRP through mining or staking, so the maximum supply cannot exceed that original amount under the current rules.
The founders kept 20 billion XRP and gave 80 billion XRP to Ripple. In 2017, Ripple placed 55 billion XRP into on-ledger escrow contracts. The original arrangement made up to 1 billion XRP available each month and returned unused amounts to the back of the escrow schedule. Ripple publishes updates about its distributed, available and escrowed holdings; these figures change over time and should be checked at the source rather than hard-coded into an evergreen explainer.
Each transaction destroys its XRP network cost. This means total supply falls slightly over time. The burn is mainly an anti-spam mechanism, not a promise that XRP’s price will rise. Market price depends on demand, liquidity, regulation, broader crypto conditions and other factors.
XRP has several potential demand sources, but they do not all have the same strength or durability.
| Demand source | Why XRP may be needed | Important limitation |
|---|---|---|
| Transaction costs | Every XRPL transaction consumes a small amount of XRP | The standard cost is intentionally tiny, so fee demand alone may be modest |
| Account and object reserves | Accounts and some ledger entries lock a minimum amount of XRP | Reserve levels can be reduced through protocol amendments |
| Bridge liquidity | Traders or payment paths may use XRP between asset pairs | XRP is used only when it offers a competitive route and sufficient liquidity |
| DEX and AMM activity | Users can hold or pair XRP with issued assets | Activity can centre on other asset pairs and introduces market risks |
| Investment and speculation | Market participants may buy XRP based on expected adoption or price appreciation | Sentiment is volatile and can move independently of real usage |
| Ripple-related use | Some Ripple payment flows can use XRP for liquidity | Not every Ripple customer, product or transaction uses XRP |
This framework also explains why XRPL adoption and XRP price are related but not identical. A successful application can increase transaction volume while using another issued asset for most of its value. In that case, XRP is still needed for costs and reserves, but the economic value transferred does not automatically become equivalent XRP buying pressure.
Conversely, XRP’s market price can rise or fall because of broader crypto sentiment, exchange liquidity, leverage, regulation or speculation even when underlying network activity changes little. Investors should therefore examine both protocol usage and market structure rather than relying on a single adoption headline.
Forecasts should be treated as conditional scenarios, not promises. Mudrex’s XRP price prediction maps possible outcomes to assumptions about supply, market capitalisation, adoption and market conditions, while this explainer remains focused on how XRP works.
XRP and Bitcoin both transfer digital value on public networks, but their systems were designed differently.
| Feature | XRP and XRPL | Bitcoin |
|---|---|---|
| Network role | XRP is the native asset of XRPL | BTC is the native asset of Bitcoin |
| Consensus | Trusted-validator consensus through UNLs | Proof of work through miners |
| New issuance | All 100 billion XRP were created at launch | New BTC is issued through mining, with a 21 million cap |
| Confirmation rhythm | Ledgers usually validate in three to five seconds | Blocks are targeted at roughly ten-minute intervals; users may wait for more confirmations |
| Transaction fee | XRP cost is destroyed | Fee is paid to miners |
| Mining energy | No mining | Proof-of-work mining requires computational energy |
These differences do not make one asset automatically better or safer. They reflect different design choices and trade-offs. For a deeper comparison, read XRP vs Bitcoin.
| Potential advantage | Limitation or risk |
|---|---|
| Transactions normally validate within seconds | Fast settlement does not prevent price volatility or user mistakes |
| Network costs are usually a small fraction of one XRP | Fees and account requirements can change through network rules and load conditions |
| No proof-of-work mining is required | The trust-based validator model differs from proof of work and depends on well-chosen, sufficiently overlapping UNLs |
| XRP can bridge currencies and XRPL assets | Real-world use depends on liquidity, regulation and integration by businesses and developers |
| XRPL supports issued assets, an order-book DEX and AMMs | Issued assets can carry issuer, liquidity, smart-feature and counterparty risks |
| Supply is capped at 100 billion XRP | Ripple’s holdings and escrow releases remain material supply considerations |
XRP is also exposed to competition from stablecoins, bank payment systems and other blockchains. Regulatory treatment can vary by country and by transaction. In the United States, the SEC and Ripple dismissed their appeals in August 2025, resolving that civil enforcement action while leaving the district court’s final judgment and injunction in effect. The result should not be reduced to a universal statement that every XRP transaction has the same legal status everywhere.
If you are considering XRP as an investment, assess the asset separately from the technology. Adoption of Ripple products or XRPL applications does not guarantee demand for XRP or price appreciation. Read the dedicated guide on whether XRP is a good investment for a fuller risk framework.
XRP cannot be mined because the complete supply was created at launch and XRPL does not use proof of work. It also does not use native proof-of-stake consensus, so holding or delegating XRP does not produce protocol staking rewards.
Some centralised platforms or decentralised applications may advertise yield on XRP. Those arrangements are lending, liquidity or other third-party products rather than native XRPL staking. They can introduce counterparty, liquidity, custody and smart-contract risks.
Ripple is not a cryptocurrency exchange. It is a technology company. XRP, the asset associated with the XRP Ledger, can be bought and sold on exchanges and other trading platforms that support it.
The phrase “Ripple exchange” can also mean the XRP exchange rate or the XRP Ledger’s built-in decentralised exchange. Check the live XRP price if you want market data. Indian users who decide to purchase the asset can follow the separate guide on how to buy XRP in India.
XRP can be bought on crypto platforms that list the asset and serve your jurisdiction. Ripple does not operate a retail exchange, so users should evaluate the platform separately from Ripple and XRPL.
A typical purchase involves five steps:
1. Choose a platform that supports XRP and the payment method you plan to use.
2. Complete the identity and account-verification checks required by the platform.
3. Deposit Indian rupees or another supported asset and review deposit, trading and withdrawal costs.
4. Search for XRP, choose the order type, verify the quantity and price, and place the order.
5. Decide whether to keep the asset with the platform or withdraw it to a compatible XRPL wallet. Check the address and any required destination tag before confirming a withdrawal.
On Mudrex, users can access the XRP market page for current price information and use the separate XRP buying guide for the current step-by-step process. Product availability, fees, minimums and payment methods can change, so verify them on the platform when placing an order.
Buying XRP is an investment decision, not a requirement for learning about or building on XRPL. Consider volatility, custody, taxes and local regulation before committing funds.
XRP is the native asset of the XRP Ledger. XRPL is a public blockchain that validates transactions through trusted-validator consensus rather than mining, while Ripple is a company that builds products and contributes to the ecosystem. XRP can transfer value, pay network costs, bridge assets and support trading on XRPL, but it also carries market, liquidity, regulatory and concentration risks.
Keeping the three names separate makes it easier to assess technical claims, adoption news and investment risk. Before acting, confirm current network data and local rules, and never assume that a partnership involving Ripple automatically requires XRP.
If you want to continue learning about cryptocurrencies, blockchain basics, and responsible investing, explore Mudrex Learn for in-depth guides and beginner-friendly explanations. To stay updated with market trends and expert insights, consider subscribing to the Mudrex YouTube channel and building your crypto knowledge step by step.
“Ripple XRP” usually refers to XRP, the native cryptocurrency of the XRP Ledger. Ripple is a separate technology company that uses XRP in some products and contributes to the ecosystem.
No. Ripple is a company, XRP is a cryptocurrency and the XRP Ledger is the blockchain on which XRP operates.
XRP is a ticker symbol, not a formal acronym with a current full form. The name developed from early references to “ripples” or “ripple credits,” with X used as a prefix for a non-national currency.
XRP is commonly described as a coin because it is the native asset of its own network, the XRP Ledger. It is not a token issued on Ethereum or another host blockchain.
XRP runs natively on the XRP Ledger, an open-source, public layer-one blockchain launched in 2012.
The XRP Ledger is public and permissionless. Its consensus can be described as federated or trust-based because each server chooses a Unique Node List of validators, but the ledger is not a private blockchain owned by Ripple.
Users submit signed transactions to XRPL servers. Validators compare proposals, reach sufficient agreement on the next set and order of transactions, and produce a validated ledger, normally within about three to five seconds.
XRP is used to transfer value, pay XRPL transaction costs, bridge assets and trade against tokens on the ledger’s built-in decentralised exchange.
No. All 100 billion XRP were created at launch, and the XRP Ledger does not use proof-of-work mining.
There is no native XRP staking in the XRPL consensus protocol. Products that offer a return on XRP introduce a separate lending, liquidity, custody or application arrangement and its associated risks.
The maximum supply is 100 billion XRP. The total declines slowly because each transaction destroys a small amount of XRP as its network cost. Circulating and escrow figures change over time.
No. XRP has a market-driven price and is not designed to maintain a fixed value against a fiat currency. Ripple’s US-dollar stablecoin, RLUSD, is a separate asset.
Ripple contributes code and operates infrastructure, but it does not own the public ledger or have unilateral authority to change validated transactions. Network changes require agreement under XRPL’s governance and consensus rules.
That depends on your objectives, risk tolerance and view of XRP’s demand, competition and regulation. XRP is volatile and can lose substantial value. Review the full XRP investment analysis rather than treating network speed or company partnerships as a price guarantee.
To buy XRP, SIgnup on a FIU registered platform like Mudrex, Complete the KYC, fund the account, review the fees and order details, and then place the purchase. See Mudrex’s step-by-step guide to buying XRP in India for the current process.
XRPL normally validates a new ledger in about three to five seconds. Actual user experience can also depend on the wallet, exchange processing time, destination-tag checks and the service’s deposit or withdrawal policy.
No person or validator receives the native XRPL transaction cost. The XRP amount is destroyed. This makes repeated spam costly without turning validation into a fee-earning activity.
The SEC and Ripple dismissed their appeals in August 2025, ending that civil enforcement action. The district court’s final judgment, injunction and monetary penalty remain in effect. The outcome does not settle how every XRP transaction is treated in every country or context.
