A technical failure on the XRP Ledger (XRPL) that slowed transaction processing has prompted an open examination of the protocol’s architecture. The incident began after the XRP Ledger Operations team detected an anomaly: network ledgers were closing significantly slower than usual. As engineers searched for the cause, community members raised concerns about whether the decentralized system could fail if several key hubs were overloaded.
David Schwartz, former Chief Technology Officer of Ripple and co-creator of XRPL, stepped into the discussion to clarify the network’s actual resilience limits. According to Schwartz, the XRP Ledger is protected by a multi-layered security system, and there are only two theoretical scenarios that could completely paralyze the network: a mass infrastructure failure caused by a global natural catastrophe, or a consensus algorithm failure caused by a code-level bug.
Schwartz said the recorded slowdown is direct evidence that the system’s technological safety margins have decreased, indicating that the network is either under a targeted attack or that a hidden bug has been activated. He also refuted rumors about single points of failure, stating that the network is fully decentralized and that shutting down or overloading even a large hub — including his own node — would not affect XRPL’s overall operability.
A practical issue emerged with monitoring systems during peak loads. When consensus rounds slowed, validators switched to maximum load, and Schwartz’s own node could not withstand the influx of requests, causing local RPC connections to hang in the CLOSE_WAIT state. As a result, his internal monitoring system could not record diagnostic data at the most critical moment, and the engineer had to reboot the server without fully understanding the exact cause. During the discussion, it emerged that the hub was sending logs to an outdated test host of the XRP Ledger Foundation (XRPLF).
Engineers and community operators are now manually analyzing surviving logs to isolate and eliminate the defect. Schwartz summarized that, despite the temporary reduction in safety margins, the team has no reason to panic, the developers are in control, and the code architecture has enough technological reserve to keep the network operational.
