XRP

XRP is a digital asset that runs on the XRP Ledger, a blockchain-like network designed specifically for fast, cheap settlement of value across borders. Where most cryptocurrencies started as broad experiments in decentralized money, XRP was built from the ground up to solve a narrow but costly problem: the sluggishness and expense of moving money between financial institutions in different countries.

Background

Every day, banks and payment providers move enormous sums of money across borders. Much of this flow passes through correspondent banking networks — chains of intermediary banks that hold accounts for one another so that funds can hop from country to country. The process is slow, opaque, and expensive. A wire transfer that crosses several hops can take days and incur fees at each step.

XRP was designed to offer an alternative settlement layer. Rather than replacing banking entirely, it aims to sit alongside existing systems and act as a neutral bridge asset. The concept is straightforward: instead of two banks holding pre-funded accounts in each other’s currencies, they can both hold XRP, send it between each other in seconds, and convert to local currency on either end. This reduces the need for large amounts of capital to sit idle in nostro accounts around the world.

This payments focus makes XRP a different kind of project than, say, Bitcoin or Ethereum. It is not primarily a decentralized application platform or a store of value proposition, though advocates argue it can serve those roles too. Its pitch is efficiency in a specific, high-value use case.

History

The XRP Ledger was created in 2012 by Jed McCaleb, Arthur Britto, and David Schwartz, and the project was co-founded alongside Chris Larsen. Ripple Labs (originally called OpenCoin) was established to commercialize the technology, and the founders gifted a large portion of the total XRP supply to the company to fund development and operations.

In the years that followed, Ripple signed agreements with banks and payment providers worldwide, offering products that used XRP or the XRP Ledger for cross-border settlement. Some institutions tested or adopted Ripple’s software, though the actual use of XRP as a bridge asset remained a contested point — critics argued that many Ripple partnerships used the network’s messaging layer without touching XRP itself.

The most consequential event in XRP’s history came in December 2020, when the U.S. Securities and Exchange Commission filed a lawsuit against Ripple Labs, alleging that XRP had been sold as an unregistered security. The lawsuit cast a long legal shadow over the asset, causing major U.S. exchanges to delist or suspend XRP trading for a period. The case became one of the most closely watched regulatory proceedings in the crypto industry, touching on fundamental questions about how digital assets should be classified under existing law. A partial court ruling in 2023 found that XRP sold on public exchanges did not constitute a security sale, though other aspects of the case continued. The legal outcome has been treated as a landmark, for better or worse, in the ongoing debate around crypto regulation.

Jed McCaleb, one of the original creators, departed from Ripple and later co-founded Stellar, a project with similar payment-focused goals. You can read more about that project on the Stellar coin page.

Technology

The XRP Ledger does not use Proof of Work or Proof of Stake in the conventional sense. Instead, it relies on a mechanism called the Federated Byzantine Agreement (FBA), sometimes described as the XRP Ledger Consensus Protocol.

How consensus works

Rather than miners competing to add blocks or validators being chosen based on staked capital, the XRP Ledger uses a network of trusted validators. Each participant in the network maintains a Unique Node List (UNL) — a set of validators they trust to behave honestly. For a transaction to be confirmed, a supermajority of validators on a participant’s UNL must agree on the same ledger state. If they do, the ledger advances. This rounds-based agreement process completes in a matter of seconds.

The key tradeoff in the XRP Ledger’s design is between decentralization and throughput. By relying on a smaller, curated set of trusted validators rather than open competition, the network achieves speed and energy efficiency at the cost of a more permissioned validator set.

Because no mining is involved, the XRP Ledger consumes a fraction of the energy that Proof of Work networks do. Ledger rounds close every three to five seconds, and transaction fees are tiny — often fractions of a cent. This makes it well-suited to high-frequency payment flows.

Smart contract capabilities

The XRP Ledger’s base layer is not a general-purpose smart contract platform like the EVM. It is optimized for payment operations: currency exchange, escrow, payment channels, and token issuance. Ripple has announced work on a sidechain called the EVM Sidechain that would bring Ethereum-compatible smart contract functionality to the broader XRP ecosystem, but the main ledger remains payments-first by design.

Transaction fees and spam prevention

Rather than paying fees to validators (there are no block rewards), a small amount of XRP is permanently destroyed with every transaction. This fee, called a transaction cost, is not collected by anyone — it simply ceases to exist. This mechanism discourages spam and ties the cost of using the network to the asset itself.

Tokenomics

The total supply of XRP was fixed at 100 billion units at genesis. No additional XRP can ever be created — there is no mining, no staking reward that mints new coins, and no inflation schedule. This makes XRP’s supply model starkly different from assets like Bitcoin (which approaches its cap gradually through mining) or many Proof of Stake coins (which issue new tokens as staking rewards).

At launch, a substantial portion of the supply was allocated to Ripple Labs. The company has periodically sold XRP on the open market to fund operations, which has been a persistent source of criticism: large institutional holders selling regularly can exert downward pressure on price. To address concerns about unpredictable selling, Ripple placed the majority of its holdings into a series of cryptographic escrow contracts, releasing a fixed amount each month. Any unsold XRP from a given month is returned to escrow for a future period. This mechanism adds some predictability to supply flows, though it does not eliminate Ripple’s role as a dominant holder.

Because transactions burn small amounts of XRP rather than pay them to validators, the total circulating supply decreases very slowly over time. The deflationary effect is modest at normal transaction volumes, but it means the network has a built-in, gradual supply reduction mechanism.

XRP does not currently offer staking in the conventional sense — holding it does not generate yield from the protocol. Its utility is primarily as a medium of exchange and a bridge asset in payment flows, not as a yield-bearing instrument. Understanding how token supply and emissions work more broadly is covered in the crypto supply explained and tokenomics guides.

In summary

XRP occupies an unusual position in the crypto landscape: a centrally founded, institutionally backed asset targeting the traditional financial industry, running on a consensus mechanism that trades some decentralization for speed and efficiency. Its legal history and relationship with Ripple Labs make it one of the more contested assets in the space. Whether it succeeds as a genuine cross-border settlement layer depends on institutional adoption, regulatory clarity, and the competitive landscape of cross-chain interoperability and payments infrastructure. As always, nothing here is financial advice — understanding what a project is and what problems it is trying to solve is the foundation for any further research of your own.