XRP: What It Is and How the XRP Ledger Works

History of XRP and the XRP Ledger

Developers David Schwartz, Jed McCaleb and Arthur Britto set out to build a ledger that could confirm transactions without the energy use of Bitcoin mining. The XRP Ledger went live in June 2012, with the entire XRP supply created in its first ledger.

The founders then gave 80 billion XRP to the company that became Ripple, which went on to sell payment products to banks and money-transfer firms. Ripple later locked the majority of its holdings in on-ledger escrow, releasing them on a schedule.

XRP and Ripple are not the same thing. Ripple is a private company and one of many participants on the ledger; the XRP Ledger is open-source software run by independent validators, and it would keep working without the company.

In December 2020 the US Securities and Exchange Commission sued Ripple and two of its executives, alleging that XRP sales were unregistered securities offerings. A district court later ruled that Ripple's institutional sales were securities offerings but that programmatic sales on exchanges were not, and on 7 August 2025 the SEC and Ripple filed a joint stipulation dismissing the SEC's appeal and Ripple's cross-appeal in the Second Circuit. That ended the case and left the district court's final judgment, including a civil penalty and an injunction against Ripple, in place.

The problem XRP was built for: cross-border payments

For someone sending money abroad, a traditional remittance can be both expensive and slow. The World Bank's Remittance Prices Worldwide database tracks the cost of sending money across country corridors, and the global average remains above the 3% ceiling set in the UN Sustainable Development Goals (target 10.c). Transfers often take one to several business days to arrive.

The root of that cost is the nostro/vostro system. To clear international payments, banks pre-fund accounts with each other in different currencies, which ties up large amounts of idle capital around the world.

XRP's proposal is to replace pre-funded accounts with on-demand liquidity: the sender converts its currency into XRP, the XRP moves across the ledger in seconds, and the receiver converts it into the destination currency. XRP is held only briefly in that flow.

A hypothetical flow: a payment provider in Germany wants to pay a recipient in the Philippines. It converts euros into XRP, the XRP arrives at a partner in the Philippines within seconds, and the partner converts it into pesos. The ledger fee is negligible; the main cost is the foreign-exchange spread at the two ends.

How the XRP Ledger works

The XRP Ledger does not use proof of work or proof of stake. It uses its own consensus protocol:

1. Trust list: Each server keeps a Unique Node List (UNL), the set of validators it trusts not to collude.
2. Proposals: Validators exchange proposals for which pending transactions should go into the next ledger version.
3. Voting rounds: Over several rounds they converge; a transaction is included once a supermajority (80%) of the trusted validators agree.
4. Ledger close: The new ledger version closes and is final. There are no blocks to reorganize later, so there is no need to wait for extra "confirmations".

A new ledger version closes every few seconds, which is why XRP payments typically settle in about 3–5 seconds. Validators earn no reward for this work. The small transaction fee, a fraction of one XRP, is destroyed rather than paid to anyone, which protects the network from spam and slowly reduces the supply.

Every account must also hold a small reserve of XRP to exist on the ledger, which prevents the ledger from filling with empty accounts.

How big is the fee? According to the XRPL documentation, the minimum cost of a standard transaction is 10 drops, or 0.00001 XRP, and it can rise temporarily when the network is under load. The fee is irreversibly destroyed, not paid to any party. Because no mining is involved, the ledger uses far less energy than proof-of-work networks.

What XRP is used for

• Cross-border payments. XRP can serve as a bridge between two currencies that rarely trade directly, for example USD → XRP → MXN, so a payment provider does not need pre-funded accounts in every country.
• Built-in exchange. The ledger has a native order-book DEX and, more recently, automated liquidity pools, where issued tokens and XRP trade without a separate smart-contract platform.
• Issued tokens and stablecoins. Anyone can issue tokens on the XRP Ledger, including stablecoins and tokenized assets; XRP pays their fees and reserves.
• Account fees and reserves. Every transaction and account needs a little XRP, whatever asset it moves.

Payment volume through a company's products does not by itself determine the market price of XRP. The live price and market data are on the XRP price page.

XRP supply and escrow

Because a single company has long held a large share of the supply, escrow releases and Ripple's sales are a recurring topic for holders. The escrow contracts themselves are public on the ledger and can be inspected in any XRP Ledger explorer. Circulating supply and market cap change with escrow releases and the market, so they are best read from live data.

XRP vs Bitcoin

Critics point out that the default validator list is curated and that one company holds a large share of the supply, making XRP more centralized than Bitcoin. Supporters point to its speed, low cost and energy efficiency. Both descriptions are accurate; which trade-off matters more depends on what the network is being used for.

Against the legacy banking rails the contrast is different again: SWIFT is a messaging network between banks, not a settlement ledger, and a SWIFT payment typically settles through correspondent accounts over one or more business days, with fees and correspondent spreads along the way. XRP is therefore better understood as payment-settlement infrastructure with a tradable token attached than as a "Bitcoin competitor". Its sub-five-second finality and negligible fees are genuinely different; the curated validator list and a single dominant holder are the trade-offs that make it familiar to banks and uncomfortable for decentralisation purists.

How XRP is stored

XRP is held in any wallet that supports the XRP Ledger, including hardware wallets for cold storage. Two ledger-specific details matter:

• A new address only becomes active once it receives at least the base reserve, which then stays locked while the account exists.
• Exchanges often use one shared address for all customers and tell them apart with a destination tag. Sending XRP to an exchange without the correct tag can mean the funds are not credited automatically.

The XRP Ledger beyond payments

While XRP itself is built for settlement, the XRP Ledger hosts a small but functional developer ecosystem:

• Native DEX: the protocol-level order book lets tokens issued on the XRPL trade peer-to-peer without a separate smart-contract platform.
• Issued tokens: anyone can issue a token, including stablecoins, on the XRPL; XRP can act as the automatic bridge between thin pairs.
• Predictable fees: fees are small fixed XRP amounts that are burned, so builders can model costs more precisely than on chains with volatile gas markets.
• Reserves: every active account holds a base reserve in XRP plus an owner reserve for each object it keeps on the ledger, which ties a minimum amount of XRP to real ledger usage.
• Wider payments stack: Ripple has announced work on stablecoin and central-bank digital currency (CBDC) infrastructure, positioning XRPL technology as more than a single token.

The ecosystem's maturity is better measured by on-ledger activity, such as transaction counts, issued tokens and DEX volume, than by partnership announcements. For safe storage, the guide how hardware wallets work is a practical next step.

Risks to keep in mind

• Centralisation concerns: the default UNL is curated and the validator set is comparatively small and vetted, closer to a federated model than a permissionless one.
• Supply overhang: with a large escrow controlled by one company, monthly unlocks remain a recurring supply question for holders.
• Regulatory tail risk: the SEC case is over, but XRP's legal treatment in other countries and future U.S. rules can still move the price sharply.
• Concentration: because a meaningful share is held by a few entities, the price can react strongly to what large holders do.
• Utility vs speculation gap: growing institutional payment volume does not automatically raise the token price, since a corridor can run with XRP held for only seconds.

This is general information, not a recommendation to buy or sell XRP.