XRP Ledger Explained: How the Network Behind XRP Works

The XRP Ledger is the blockchain that the cryptocurrency XRP runs on. It is a public network without mining: instead of pitting computing power against each other, servers vote by fixed rules on which transactions are valid. A payment is final after three to five seconds, and it costs a fraction of a cent.

Search the web for the XRP Ledger and you usually end up with a report on a protocol update or a price page. This article does something else. It explains how the ledger works technically, which of its quirks affect you as a holder in practice, and what applies when you buy, when you self-custody and when you file your taxes in Germany. You will not find a price forecast here, and there is a reason for that further down.

Are XRP and the XRP Ledger the same thing? Network, cryptocurrency and Ripple kept apart

Three terms are almost always mixed up, although they denote three different things.

The XRP Ledger (XRPL for short) is the blockchain itself, meaning the jointly maintained database together with the software that keeps writing it forward. XRP is the native cryptocurrency of that network: the only unit that fees are paid in and that exists on the ledger without any third party. Ripple, in turn, is a private company based in the United States that builds payment software and holds a large stock of XRP.

The distinction is not hair-splitting. It determines who owns what. The ledger belongs to nobody, the software is open source, and anyone may run a server. XRP belongs to whoever holds the matching cryptographic keys. Ripple is one user and contributor among many, with considerable economic weight but no special rights in the protocol.

Short definition: a blockchain is a record of transactions that many mutually independent computers keep in identical form, so that no single operator can alter entries after the fact.

Where the XRP Ledger came from: why three developers looked for an alternative to mining in 2011

The project's own documentation dates the beginning to 2011. The developers David Schwartz, Jed McCaleb and Arthur Britto were working on Bitcoin and took issue with the energy cost of mining. Their goal was a procedure that solves the same problem, namely establishing the order of payments without a central authority, without burning computing power to do so.

The XRP Ledger went live in June 2012. Chris Larsen joined shortly afterwards, and in September 2012 the group founded a company called NewCoin, quickly renamed OpenCoin and then, in 2013, Ripple Labs. The founders gifted that company 80 billion XRP. Ripple later placed most of it in escrow accounts that are released in stages.

In the early years the name Ripple stood for everything at once: for the open-source project, for the consensus procedure, for the transaction protocol under the label Ripple Transaction Protocol, RTXP for short, for the network, and for the digital unit itself, which was still called ripples back then. Because that caused confusion time and again, the currency code XRP established itself in the community as the name. Today's three-way split into ledger, coin and company is therefore the result of that clarification.

This prehistory explains two things that still matter today. There was never any mining that creates new units, and the entire supply was fixed from the outset. Both set the XRPL fundamentally apart from Bitcoin.

The XRP Ledger consensus protocol: how validators decide without mining

Instead of a race for computing power, the XRPL uses a voting procedure that the documentation calls the XRP Ledger Consensus Protocol. Every three to five seconds, specially configured servers known as validators agree on the next version of the record.

Short definition: a validator is a server that actively submits proposals for the next ledger version and checks the proposals of others. Anyone may run one; no permission and no minimum capital are required.

The sequence is the same in every round. Each validator collects the transactions it has received, proposes a selection, listens to the proposals of the servers it trusts, and adjusts its own proposal until a sufficiently large majority is proposing the same thing. After that, every server applies the same rules to the same list and must arrive at the same result. If the results match, the new ledger version counts as validated and is final.

Unlike Bitcoin, there is therefore no waiting for additional confirmations. A payment is either included in the validated version or it is not. The protocol is also designed so that, in case of doubt, the network would rather come to a standstill than let an invalid transaction through.

Not every machine on the XRPL is a validator. The large majority of servers are plain nodes. They hold a copy of the record, pass transactions on and answer queries from wallets and applications, but submit no proposals of their own. Exchanges, wallet providers and analytics platforms run such nodes, because it gives them access to the blockchain's data independently of third parties. A user needs to do nothing for this; their wallet queries one of these servers in the background.

One pointer for anyone who wants to go deeper: the English-language documentation calls this procedure the consensus protocol or consensus mechanism. Search under German terms such as Konsensverfahren and you will find considerably less material than under either of the two English labels.

Unique Node List: why every server keeps its own trust list

The decisive building block of the procedure is called the Unique Node List, UNL for short. It is the list of validators that an individual server believes. Every operator compiles it themselves, and most adopt a recommended default list.

The thresholds are named explicitly in the documentation. If fewer than 20 percent of the trusted validators behave incorrectly, operation continues undisturbed. If the share lies between 20 and 80 percent, the network stops making progress and comes to a halt. Validating an invalid transaction would require collusion among more than 80 percent of the trusted validators.

On the scale involved, the project cites on its own overview page more than 120 active validators, run among others by universities, exchanges and companies, as well as over 150 validators in total, of which more than 35 sit on the default list. Ripple, by its own account, runs exactly one of them.

This is precisely where the most common criticism of the XRPL comes in. Whoever maintains the default list has influence over whom the majority of servers trust. That is a different form of decentralisation from a mining network, and whether it is sufficient is a matter of judgement, not a matter of fact.

Account reserve on the XRP Ledger: why an account may never be emptied completely

You notice the first practical quirk as soon as you send XRP to an address of your own. The XRPL requires a reserve that must remain on the account permanently and cannot be spent. This reserve keeps the shared record small and makes creating throwaway accounts expensive.

For the main network, the technical documentation names two figures: a base reserve of 1 XRP per account and an additional reserve of 0.2 XRP for every further object your account occupies in the record, such as a trust line or an open trading offer. The first two trust lines are exempt.

For you this means two things. First, an account holding less than the base reserve does not technically exist, so a deposit below that amount will not arrive. Second, you never get your reserve back in full as long as the account remains in place. Anyone taking XRP into self-custody should plan for this floor rather than book it as an error.

Destination tag: the most common expensive mistake when depositing to an exchange

Exchanges often maintain only a single XRP address for many customers. To make sure an incoming payment is credited to the right customer, there is the destination tag, a number you supply in addition to the address.

Short definition: the destination tag is a 32-bit integer attached to the payment. On the ledger itself it does nothing; it merely tells the receiving system which internal account the amount belongs to.

If the tag is missing on a deposit to a pooled address, the money is not lost, but it sits with the operator and has to be assigned manually by their support team. That takes time, costs a processing fee at some providers and occasionally fails altogether. Checking before you hit send is therefore mandatory. How to do it is set out in detail in our article on the destination tag in XRP transfers.

The built-in marketplace: DEX, trust lines and tokens on the XRP Ledger

The XRPL has been more than a payment network from the start. A decentralised exchange is built into the protocol, with offers held directly in the record. No additional program on a second layer is needed for it.

Alongside XRP, further tokens and therefore other crypto assets can be issued on the ledger, for instance units pegged to a euro or a dollar. Such tokens are always a claim against their issuer. To be able to hold them, you set up a trust line.

Short definition: a trust line is a declaration by your account stating up to which amount it accepts tokens from a particular issuer. Without one, nobody can send you such a token.

Important for context: only XRP itself has no issuer. Every other token on the ledger stands or falls with the company behind it, however solidly the technology underneath performs. Ripple also markets a procedure under the name On-Demand Liquidity in which XRP serves as a bridge currency for cross-border payments. Whether financial institutions and payment providers use it to any significant extent is one of the core questions for the entire ecosystem.

Amendments: how the XRP Ledger changes without a hard fork

New features enter the XRPL protocol through what are called amendments. An amendment is a clearly delimited rule proposal that the validators vote on. If it reaches approval of at least 80 percent for two weeks, it takes effect automatically.

This procedure replaces the hard split that other networks need for such changes. For you as a holder it is usually invisible, but occasionally relevant: a new feature can touch fees, reserves or the use of a wallet. We follow these votes continuously, for example at the activation of an XRPL amendment and most recently at the Batch amendment XLS-56, which allows several transactions to be bundled.

Anyone running their own wallet or their own server should keep the software up to date. A server that does not know an activated amendment loses its connection to the network.

Transaction costs and the XRP supply: why every payment destroys a fraction

Every transaction on the XRP Ledger must destroy a small amount of XRP. The documentation names 10 drops, or 0.00001 XRP, as the current minimum for a standard transaction. Under heavy load that figure rises temporarily.

The difference from almost every other network lies in the recipient: there is none. Transaction fees do not go to miners or operators, they disappear. That makes spam expensive and shrinks the total supply slowly.

How slowly can be worked out. 100 billion XRP were created. CoinGecko reports a total supply of 99,985,622,230 XRP at 06:36 UTC on September 20, 2026. The difference of roughly 14.4 million XRP has been destroyed by transaction fees since the launch in June 2012, which is well under a tenth of a percent of the stock. Market capitalisation at the same moment stood at around 75.6 billion euros, and according to this source about 62.9 billion XRP were in circulation. The gap to the total supply sits mostly in Ripple's escrow accounts.

The figures are a snapshot and change daily. As an order of magnitude they still serve: fee burning is a protective mechanism against mass requests, not a meaningful scarcity factor.

Buying XRP in Germany: exchange, licence and fees

XRP is listed on practically every larger trading venue available in Germany. Your choice therefore turns on the provider rather than on the coin. Three points can be verified before you transfer any money.

First, the licence. Since the European regulation on markets in crypto assets, MiCA for short, providers of crypto asset services need authorisation from a supervisory authority in the EU. Whether your provider holds such authorisation is stated in its legal notice and can be checked against the competent authority.

Second, the actual cost. The order fee on display is rarely the whole price. Added to it is the spread, meaning the gap between the buying and selling price, and on a withdrawal to a wallet of your own often a fixed network fee that can sit far above the actual 0.00001 XRP. Comparing the terms is worth the effort, and we keep ours up to date in our crypto exchange comparison.

Third, whether you can get your money out. Before your first purchase, check whether the provider offers euro withdrawals to a German account and whether XRP can be transferred to an external address. Neither can be taken for granted.

Holding XRP: wallet, keys and the difference from an exchange

If your XRP sits on a trading venue, you hold no keys. What you hold is a claim against that company. For small amounts and active trading that is defensible. For a longer investment horizon, self-custody is the more robust option.

Technically you need a wallet that supports the XRPL and the willingness to store the seed safely. The seed is the character string from which the private keys of your account are derived. Lose it and you lose access for good, because there is no authority that can reset it.

Two peculiarities of the ledger interlock here. You need the base reserve of 1 XRP for the account to exist at all, and when withdrawing from a trading venue to your own address you should leave the destination tag out, because a personal wallet does not need one. Which devices and programs are suitable for self-custody is covered in our hardware wallet comparison.

XRP and taxes in Germany: holding period, exemption limit and record-keeping

In Germany, cryptocurrencies held as private assets count as other economic goods. Gains on their sale fall under private disposal transactions pursuant to section 23 of the Income Tax Act. Three points follow from that, and they are no different for XRP than for other coins.

Between purchase and sale there is a period of one year. Sell after it and the gain remains tax free. Sell within it and the gain counts as other income and is taxed at your personal rate. For all private disposal transactions in a given year taken together there is an exemption limit of 1,000 euros. Exceed it and the entire amount is taxable, not merely the excess.

What matters in practice is that swapping XRP for another coin is also a sale. Using the ledger's built-in marketplace therefore triggers the same events for tax purposes as trading on an exchange. A tool that collects your transactions and tracks the holding periods saves a great deal of work here; which ones are worth using is set out in our overview of crypto tax tools and portfolio trackers. The information here is no substitute for tax advice in an individual case.

Limits of the XRP Ledger: what critics hold against its distribution and control

An explanatory piece that names only the strengths is a brochure. Three objections are substantive and belong here.

The first concerns distribution. The entire supply came into being at the start, and a large part of it went to a single company. The escrow accounts make the releases predictable, but they do not change the fact that one market participant commands a considerable stock.

The second concerns the trust lists. A network in which most servers follow a recommended default list distributes power differently from one in which computing power decides. Supporters counter that anyone can change their own list and that Ripple provides only one of more than 35 entries on it.

The third concerns usage. The technology has been running for more than a decade without a major outage. How much payment traffic actually runs over the XRPL rather than through conventional channels is not answered by that, and reliable public figures are hard to come by.

XRP forecasts: why this article contains no price target

Few cryptocurrencies attract as many price targets as XRP. We deliberately name none here. A price forecast spanning years is not analysis. Whoever makes one asserts something about the future that nobody is liable for.

What can be examined instead are the drivers behind it: the number of active validators, the size of the releases from the escrow accounts, actual usage by payment providers, and the regulatory situation in the EU and the United States. If you want to read up on expectations, the documented assessments are on our XRP price prediction page, each with a name and a date attached. A price target that arrives without an author and without a date is worthless.

XRP Ledger: what to take away

1. Keep network, coin and company apart. The XRP Ledger is the open blockchain, XRP the cryptocurrency on it, Ripple a company with a large stock. If you want to buy, your first decision is a trading venue licensed in the EU: the terms are in our crypto exchange comparison.
2. Plan for the ledger's quirks. The base reserve of 1 XRP stays on the account, and the destination tag belongs with every deposit to a pooled address. If you want to self-custody, pick a suitable device beforehand from our hardware wallet comparison.
3. Keep records of your transactions from day one. The one-year period and the 1,000 euro exemption limit decide your tax burden, and every swap counts as a sale. A tracker from our overview of crypto tax tools takes the arithmetic off your hands.

(As of September 20, 2026. This article is not investment advice. Prices and fee structures change; check the terms with the provider before you buy.)