The XRP Kuwait validator has publicly pushed back against accusations that the XRP Ledger is becoming more centralized after node operators rapidly deployed emergency network fixes. The controversy follows the release of xrpld 3.4.1, a critical security patch that validators installed almost simultaneously to eliminate serious vulnerabilities.
The urgent measures targeted a payment engine integer overflow bug that had reportedly remained undetected since 2015. When processing hundreds of trade offers, the total exceeded a variable limit and reset to zero, allowing recipients to receive full amounts while only a tiny remainder was deducted from senders. This flaw effectively created new, unauthorized XRP outside normal issuance rules. A built-in safeguard known as the invariant check also failed because of a similar overflow, which intensified concerns.
Critics argued that activating protections immediately after the software upgrade, without a network-wide vote, undermined validators' independence. XRP Kuwait rejected that interpretation, stating: "We disagree with the claim that operators coordinating an update is, in itself, proof of centralized control. Coordination is not the same as control. Participating in a coordinated response does not replace our independent judgment."
A second patch addressed a vulnerability in the Batch mechanism (XLS-56), where servers accepted inner transactions without the required RawTransaction wrapper. That issue threatened software version divergence, consensus disputes, and a potential blockchain shutdown. The fix was tied to the fixBatchV1_2 amendment, activated on Mainnet on October 9. According to the XRPL Foundation, the vulnerabilities were removed before attackers became aware of them, no loss of funds has been recorded, and all servers running older versions are now amendment-blocked and cut off from synchronization.
XRP Kuwait acknowledged broader concerns, saying: "We do not claim that XRPL has no decentralization challenges." The validator maintained that defending ledger stability during critical incidents is compatible with technological autonomy and that coordinated defense does not mean a lack of real independence.
