XRP Ledger nodes cut RAM use by up to 40 percent

In a major step for the XRP Ledger ecosystem’s global software migration, David Schwartz, former CTO of Ripple and one of the principal architects behind the network, has upgraded his independent hub server to the xrpld 3.2.0 version. The planned 10-minute downtime was extended to 18 minutes in order to securely shut down key processes and prevent potential corruption in the local database.

Technical transition snapshot

Schwartz’s upgrade has emerged as a strong indicator of the new version’s overall stability. According to the published monthly sync chart, the recorded downtime lasted just one minute, which was attributed to a temporary local internet service provider issue.

David Schwartz has long been a leading figure in the technical architecture of the XRP Ledger. The New York-based hub server plays a role as a strategic node, strengthening connectivity among validators, reducing network latency, and accelerating ledger synchronization across the ecosystem.

Name change and lighter hardware load

The global update brought three main changes to the network architecture. Under the XLS-0095 specification, the server software’s name officially changed from rippled to xrpld. Developers improved node resource management by introducing optimizations that cut RAM usage by 30 to 40 percent. Outdated software change sets were also removed from the system, alongside a package designed to address key bugs in the DeFi segment.

Glossary: A validator is an independent participant on a blockchain network that approves transactions and ledger updates. A hub server is a technical node that speeds up data flow and streamlines communication between validators within the network.

These changes signal a shift toward increased accessibility for the XRP Ledger, in marked contrast to other blockchain networks that require heavier, costlier servers. With lower system requirements, operating a node could become feasible for a much broader user base.

Symbolic message for centralization debate

The migration is seen as significant, not only in technical terms but symbolically and politically. Removing direct references to the Ripple company from the source code is viewed as a move that may undermine persistent criticism that the network is tied to a specific commercial entity—a frequent topic in regulatory discussions about centralization.

Schwartz’s personal execution of the upgrade on his own server was noted as an encouraging signal of the new software’s reliability under high loads across the ecosystem. Expanding the network with more geographically dispersed and independent validators could be another positive outcome of this process.

This transition reflects ongoing efforts to make the XRP Ledger network both more decentralized and accessible, allowing for greater participation by a wide range of operators and reducing barriers to entry.

Industry observers suggest that these technical advances may also position the XRP Ledger to better adapt to evolving DeFi opportunities and rising competition in the blockchain space.

As the update rolls out further, analysts and developers will be watching closely to see if these changes translate into long-term performance gains and a larger, more diverse node operator community.

Community members have largely responded positively, noting the reduction in operational costs and a more inclusive network environment. These outcomes are seen as essential steps for the sustainable growth of the $XRP ecosystem worldwide.

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