The XRP Ledger, explained properly

Consensus instead of mining

In a proof-of-work chain, the right to add the next block is bought with electricity. On the XRP Ledger it is decided by agreement. Each server keeps a list of validators it considers trustworthy — its Unique Node List — and repeatedly asks: which candidate transactions do enough of them also want to include? Proposals converge over a handful of rounds until a supermajority agrees, then the ledger closes and is validated.

Two consequences matter for anyone using XRP. First, settlement is fast and final: three to five seconds, with no reorganisation risk. Second, energy consumption is negligible, because no work is being wasted to establish who goes next.

The security assumption is different too. Bitcoin assumes an honest majority of hash power; the XRP Ledger assumes sufficient overlap between the validator lists that participants trust. If those lists diverged badly the network would stop making progress rather than silently rewrite history — a deliberate choice favouring safety over liveness.

Fees are burned, not paid

Every transaction destroys a small amount of XRP — typically around ten drops, or 0.00001 XRP. Nobody collects it. The fee exists purely to make spam costly, and it scales up automatically when the network is under load, pricing out flooding without affecting normal use. The side-effect is that the total XRP supply only ever decreases.

The reserve requirement

Every account must hold a base reserve of XRP, and each object it owns — a trust line, an offer, an NFT page — adds an incremental reserve. This is not a fee; it is a refundable deposit against ledger space, returned when the object is removed or the account deleted. It is also the reason a brand-new XRP wallet cannot be funded with an arbitrarily tiny amount, and the reason your spendable balance is slightly lower than your total balance.

Tokens, trust lines and the built-in exchange

Anyone can issue an asset on the XRP Ledger, and holders opt into that asset by creating a trust line — an explicit statement of how much of an issuer's obligation they are willing to hold. Stablecoins on the ledger, including Ripple's RLUSD, work this way.

Those assets trade on a decentralised exchange built into the protocol itself, alongside automated market maker pools added by amendment. Payments can be routed automatically through one or more of these order books, so a sender can pay in one asset and a recipient receive another in a single atomic transaction. This is the mechanism behind using XRP as a bridge currency: nobody has to hold it, it simply sits in the middle of the path for a few seconds.

How the ledger changes

New features arrive through amendments. Validators signal support, and once a feature holds an eighty percent majority for two weeks it activates. That process has added escrow, checks, the AMM, NFTs and credentials over the years, and it means the protocol changes only with sustained validator consent.