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XRP XRPL handles a record 2,768 transactions on a single ledger, and network stability is stress tested
Recently, XRP Ledger (XRPL) processed a record 2,768 transactions in a single ledger. During this process, the network maintained a stable consensus mechanism and completed the verification within 3.8 seconds without any interruptions or abnormalities during the entire process.
Automated scripts trigger centralized trading activity
According to Hussein Zangana (net name Vet), community director of the XRP Ledger Foundation, this data sets a new historical record for transaction volume on a single ledger. In addition to this peak ledger, there are several other ledgers with processing volumes of more than 2,000 transactions, forming repeated activity peaks in a short period of time. It is worth noting that XRPL successfully absorbed these centralized loads without disrupting the consensus mechanism, slowing down verification, and without exceeding its regular settlement time frame.
Vet pointed out that this result proves that XRPL has higher speed and lower cost advantages compared to other public blockchain platforms. However, most transactions only involve "1 Drop"(the smallest unit that can be divided on the XRPL ledger). The transactions flowed through a cycle of 20 accounts, indicating that the record activity was not generated by the daily payment behavior of ordinary users.
Vet linked this model to automated robots, which speculated that they were sending exploratory transactions to the network layer, triggering a lot of activity during the same period. Although the specific motivations of the robots are unclear, they provide an unexpected stress test for verification nodes, servers and related infrastructure. Throughout the transaction surge, XRPL maintained consensus stability, demonstrating its ability to manage centralized activities without interfering with normal ledger operations.
Developers recommend optimizing WebSocket connection configuration
In response to this incident, Vet recommended that node operators review the message restrictions on WebSocket transaction subscriptions connected to their nodes. For operators that receive 1008 policy errors because they receive heavy transaction batches, they may need to increase the message limit threshold to ensure smooth connection.
Protocol upgrades focus on identity authentication and core function enhancements
At the same time, XRPL's development focus has expanded to include digital identities, credential systems, lending tools, decentralized transactions, and more powerful protocol protection mechanisms. Vet expects that as blockchain applications move away from pure money and digital assets to more complex application scenarios, the demand for zero-knowledge identity systems will increase.
He specifically mentioned the "Credentials" proposal, known as XLS-70, and the XLS-40 amendment related to decentralized identity, as important parts of the development direction of this broad. In addition, XRPL has activated the fixCleanup3_3_0 amendment, which aims to strengthen multiple key areas of the underlying protocol. The fix covers modules such as single asset vaults, automated market makers (AMM), checks (Checks), fake accounts, licensed exchanges and proposed lending agreements.
Overall, although this record is mainly driven by automated detection rather than organic payment needs, it fully demonstrates the stable performance of XRPL in high-pressure environments.
