The native asset of the XRP Ledger, a payment network that uses neither mining nor staking.
XRP is the native asset of the XRP Ledger, a payment-focused network that reaches agreement through trusted validator lists rather than mining or staking. The ledger and the company are distinct things that are often conflated: Ripple is a company that builds payment products using XRP, while the XRP Ledger is open software run by independent validators. Understanding that separation is the single most useful thing when researching XRP.
Separate the ledger from the company: they have different risks and different track records.
Payment volume does not automatically mean holding demand when the asset is only held briefly.
Validator list diversity is the real decentralization question here, not node count.
The XRP Ledger does not use proof of work or proof of stake. Each server operator chooses a set of validators it trusts, called a Unique Node List, and a transaction set is declared final once a large enough share of those trusted validators agree on it. The protocol tolerates up to roughly 20% of validators being faulty; breaking agreement would require collusion above 80%. The security model therefore rests on the diversity and independence of the validator lists people actually choose, not on hardware or capital at risk.
Transaction costs, which are destroyed rather than paid to validators
Account reserves that must be locked for an address to exist on the ledger
Bridge asset for moving value between currencies in payment flows
The link between ledger activity and XRP demand is real but narrow, and worth stating plainly. Transaction costs are paid in XRP and then permanently destroyed rather than paid to validators, so activity slowly shrinks supply. Accounts must also lock a reserve in XRP to exist on the ledger. Beyond that, XRP is used as a bridge asset in payment flows, but those flows can be brief: an institution may hold XRP only for the seconds it takes to move value, which generates volume without creating lasting demand to hold.
XRP was created in full at the ledger's launch rather than issued over time through mining or staking rewards, and a large portion was allocated to the company. Supply only decreases: the XRP destroyed as transaction cost is gone permanently. The relevant supply question for XRP is therefore not emissions but distribution and the pace at which company-held holdings reach the market.
Changes to the XRP Ledger are made through on-ledger amendments that require sustained support from a supermajority of validators before activating. Because validators are chosen by trust rather than by capital, governance influence follows reputation and the composition of widely used validator lists. Ripple the company contributes heavily to the reference implementation, which gives it substantial soft influence even though it cannot unilaterally change the protocol.
Concentration of supply: a large share was allocated at creation, so distribution schedules matter more than for mined assets.
Trust-based consensus depends on validator list diversity; if most operators use near-identical lists, independence is weaker than it appears.
Regulatory history: XRP has been the subject of prolonged US litigation, and its legal treatment varies by jurisdiction.
Company dependence: much of the payment demand narrative is tied to one firm's commercial success.
No, and the distinction matters. Ripple is a private company that builds payment software and holds a large amount of XRP. The XRP Ledger is open-source software run by independent validators, and it would keep producing ledgers if the company disappeared. News about the company is not automatically news about the protocol, though the two are commercially entangled.
Neither. The XRP Ledger reaches agreement through validators that participants choose to trust, not through computational work or bonded capital. That means there are no block rewards and no native staking yield. Any product advertising XRP staking rewards is a third-party arrangement with its own counterparty risk, not a protocol feature.
Nowhere. The XRP paid as a transaction cost is irrevocably destroyed rather than paid to any validator or treasury. The cost exists to make spam expensive, and it rises when the network is under load. As a side effect, total XRP supply only ever decreases.
Last verified:
XRP Ledger Foundation · xrpl.org · primary source
Trust-based consensus via Unique Node Lists, the ~20% fault tolerance, and that the ledger uses neither proof of work nor proof of stake.
Accessed
XRP Ledger Foundation · xrpl.org · primary source
That XRP paid as transaction cost is irrevocably destroyed rather than paid to any party, and that costs rise under network load.
Accessed
Listed as an organization active in this asset's ecosystem.
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Serves a comparable role, so the two are worth reading side by side.
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Adjacent asset in the same research context.
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Adjacent asset in the same research context.
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