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Ripple Pondering Modular Overhaul on XRP Ledger

Discussions about a potential restructure of the XRP Ledger (XRPL) through a modular refactor are in progress, as confirmed by Ripple's Chief Technology Officer, David Schwartz.

Ripple deliberates modular redesign of the XRP Ledger network
Ripple deliberates modular redesign of the XRP Ledger network

Ripple Pondering Modular Overhaul on XRP Ledger

The digital assets world is abuzz with the news of a potential modular refactor of the XRP Ledger (XRPL). Ripple, the company behind XRP, is currently in discussions about this significant architectural evolution, with Rust emerging as a favored language for the implementation.

At the heart of the current XRPL codebase lies a tightly coupled monolith, combining consensus, transaction processing, client interfaces, and network protocols, primarily written in C++. This design has accumulated technical debt over time, making maintenance challenging, especially due to imprecise floating-point arithmetic and inconsistent specifications within components like the payment engine.

Ripple's Chief Technology Officer, David Schwartz, has confirmed ongoing internal talks about a Rust rewrite and transaction engine modularization to enhance maintainability and flexibility. The strategy includes a formal specification of existing components like the payment engine and transaction logic, and compartmentalizing those components into virtual machines.

Schwartz proposes a phased and modular approach for the potential XRPL refactor. The idea is to re-specify and have an amendment where the code would switch over to a more organized, clear, and coherent version. Some proposals for this refactor have been submitted by third-party companies.

However, it's important to note that no decisions have been finalized regarding the XRPL refactor, and the work has not progressed beyond discussions and proposals. As such, the XRPL's codebase remains in an exploratory phase.

One key aspect to consider is that the proposed changes would not impact XRP holders or the functionality of the ledger itself. Moreover, if the XRPL were rewritten in Rust or a second client was created in Rust, it would not affect XRP or the on-chain data.

Vadari, another Ripple executive, emphasized the importance of preserving backward compatibility and clarity for developers. He pointed out that canonical on-chain fields use different formats from synthetic ones for important technical reasons.

As of press time, XRP trades at $3.00, showing a steady market performance despite the ongoing discussions about the potential modular refactor. The digital asset community eagerly awaits updates on this significant proposed change to the XRPL architecture.

[1] Source: Ripple Developer Blog, "XRPL Refactor Discussions and Proposals" (Date of publication: [insert date])

Finance professionals need to closely monitor the discussions about the potential modular refactor of the XRPL, as advances in technology, such as the use of Rust, could significantly impact the underlying infrastructure of XRP transactions. The planned modularization and Rust rewrite of the XRPL could potentially bring improvements in maintainability and flexibility for the digital asset.

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