Ripple’s XRP Ledger came to a sudden halt, freezing network activity for over an hour. Transactions stopped, and validators could not publish updates. The issue occurred at block height 93927174, leaving users in uncertainty. The network remained inactive for 64 minutes before restarting on Feb. 4 at 10:58 a.m. UTC.
David Schwartz, Ripple’s chief technology officer, addressed the situation. He explained that consensus appeared to be running, but validations were not being published. This breakdown caused the network to lose synchronization. Schwartz admitted the root cause was unclear. He described the issue as a rare and unexpected event.
Validator operators quickly intervened. They manually selected a stable starting point after the last ledger that was fully validated. From there, they restarted validation processes. This action helped reestablish order in the network. Though coordination was not necessary, multiple confirmations ensured accuracy.
Once servers detected a few validations from different sources, consensus started forming again. The network slowly regained stability. Validators worked together to bring the blockchain back to a synchronized state. Transactions resumed. Schwartz warned that this was only a preliminary analysis. The full explanation might reveal more details.
Ripple confirmed the recovery through an official statement on X. The company assured users that the XRP Ledger was operational again. The RippleX development team began investigating the root cause. They promised to provide updates as soon as possible. Despite the disruption, Ripple reassured the community that funds were never at risk.
Ripple’s XRP Ledger Faces Unexpected Halt
The sudden halt triggered alarm among XRP community enthusiasts and users. XRP Ledger had never experienced a glitch like this one. Some suspected a software bug, a miscommunication between validators, or an external problem, but others questioned whether added security protocols have to be implemented to prevent such an incident in the future.
Despite the failure, the network recovered with a demonstration of XRP Ledger’s robustness in decentralized verification. Unlike a centrally run system, XRP Ledger individual validators functioned in an autonomous state to correct operations. There wasn’t a single entity controlling the process.
The XRP community awaits Ripple’s making an additional statement. Developers will scan logs, debug suspected triggers, and implement a fix when and if warranted. It is a reminder that even mature networks can have unforeseen glitches.
