How we track XRP: sources and methodology
XRP Quantum Ledger reads public data in your browser and shows it without storing anything about you. This page explains each number so you can judge how far to trust it.
On-chain activity
Ledger numbers, ledger close time, transactions per second and the transaction mix come from validated ledgers streamed from public XRP Ledger servers (xrplcluster.com, with Ripple's servers as backup). "XRP in existence" is the total coins field of the latest validated ledger, and burned XRP is 100 billion minus that figure.
Large transfers and exchange flow
A transfer is any successful XRP payment between two different accounts at or above the size you pick (100K, 500K, 1M or 5M XRP). The amount is the delivered amount in the ledger metadata, so partial payments are measured correctly. An account is labeled an exchange or Ripple wallet only if it appears in a snapshot of well-known XRP Ledger account names from XRPScan. Transfers to labeled exchanges count as inflow and transfers from them as outflow. Unlabeled wallets are never attributed to anyone, so real exchange flow is larger than what is shown.
Price, candles and market data
Spot price, 24-hour range, volume and candles come from Kraken's public API (XRP/USD). Market cap, rank, circulating supply and all-time-high figures come from Coinlore and CoinPaprika.
Leverage data
Funding rate, open interest and premiums come from Kraken Futures (PF_XRPUSD), Bitunix futures (XRPUSDT) and Hyperliquid (XRP). Funding is annualized for comparison: Kraken and Hyperliquid pay hourly, Bitunix every 8 hours. Bitunix does not publish open interest. Kraken Futures and Bitunix block direct browser requests, so this site relays those two read-only public feeds through its own server function.
Limits
Data comes from third-party public sources and can be delayed, incomplete or briefly wrong. Funding, open interest and flows cover only the venues and labeled wallets listed. Nothing here is financial advice, and "quantum" is a visual theme with no claim about quantum computing.