Ripple’s core development team, Ripplex, has unveiled the first major step toward bringing Ethereum Virtual Machine compatibility to the XRP Ledger ecosystem. The initiative, developed with Peersyst Technology, introduces an EVM-compatible sidechain for XRPL that is now live on Devnet, giving developers an early environment to evaluate the technology and begin experimenting with Ethereum-style applications on infrastructure tied to XRP Ledger.
The announcement marks a notable milestone for XRPL, a network long associated with payments and settlement efficiency rather than broad smart-contract programmability. By adding an EVM-compatible environment, Ripple and its partners are attempting to bridge that gap and make the XRPL ecosystem more accessible to developers already building with Ethereum tools, languages, and workflows.
What the first phase enables
According to the announcement, the current Devnet release allows developers to test how the sidechain works in practice and explore a bridge mechanism connecting the EVM sidechain with XRP Ledger. Specifically, developers can use the bridge to test the movement of Devnet XRP between the EVM sidechain and XRPL. This setup is intended to help builders assess the underlying technologies while also giving them a path to deploy existing Solidity applications in a new environment.
That is a key detail. Rather than asking developers to learn an entirely new stack from scratch, the project is designed to support the migration or extension of apps already written for Ethereum-compatible environments. In practical terms, that lowers friction for developers who may want to tap into XRPL’s user base and transaction characteristics without abandoning familiar tooling.
The emphasis on Solidity deployment also signals a broader ambition: to make XRPL more relevant to builders working in decentralized finance, tokenized applications, and other smart-contract-heavy categories that have traditionally centered around Ethereum and EVM-compatible chains.
A phased roadmap from testnet to mainnet
Ripplex developer Mayukha Vadari outlined a three-phase roadmap for the sidechain initiative. The current release is phase one, focused on Devnet testing. This stage is intended to give developers a place to evaluate available technologies, test interoperability, and validate application deployment before broader access is introduced.
Phase two, according to the roadmap, is expected to begin in early 2023 and will introduce a permissionless EVM sidechain and bridge. That would represent a significant expansion compared with the initial testing environment, opening the system more broadly and making it more reflective of how decentralized infrastructure is expected to operate in production.
The final objective is phase three: a permissionless EVM sidechain and bridge on XRPL Mainnet. While no exact launch date for mainnet availability was provided in the source material, the roadmap makes clear that the long-term goal is to bring this compatibility layer from experimentation into the live XRPL ecosystem.
This phased structure matters because it shows Ripple and its development partners are opting for a gradual rollout rather than an immediate production launch. In blockchain infrastructure, especially where bridges and virtual-machine compatibility are involved, staged releases are often used to reduce risk, gather developer feedback, and identify technical issues before opening access at scale.
Why EVM compatibility matters for XRPL
During the past several years, many alternative blockchain networks have pursued EVM compatibility as a strategy to attract developers and applications from the Ethereum ecosystem. Ethereum remains the dominant smart-contract platform, and its standards, tooling, and developer conventions have become deeply embedded across the crypto industry. By supporting the EVM, newer or more specialized networks can improve interoperability and reduce onboarding friction for builders.
XRPL’s move into this area is therefore significant. XRP Ledger has historically been recognized for fast settlement and a design optimized for value transfer, but it has not held the same position in the smart-contract narrative as Ethereum or some EVM-centric competitors. Adding an EVM sidechain gives XRPL a way to extend its utility without abandoning its base architecture.
According to Vadari’s comments, the sidechain is expected throughout all three phases to offer block times and finality comparable to XRPL Mainnet. Just as importantly, it is expected to support familiar Ethereum tools and applications such as Metamask, Remix, and Truffle. Those integrations are central to the value proposition. If developers can use wallets, IDEs, and testing frameworks they already know, then moving an application into the XRPL-linked environment becomes materially easier.
In effect, Ripple and Peersyst are trying to create a bridge not only between chains, but between developer communities. The technical architecture may matter most in the long run, but near-term adoption will likely depend on how seamlessly Ethereum developers can deploy, test, and maintain applications in this sidechain environment.
Market reaction and XRP price context
The immediate market response to the announcement was muted. Following the news, XRP fell 0.6% over 24 hours and was down 10.6% over seven days against the U.S. dollar. Those figures suggest that while the development is strategically important, it did not trigger an instant bullish repricing in the market.
However, the broader performance picture was more mixed. Over the prior two weeks, XRP was up 6%, and over the previous month it had gained 33.7%. Even so, the year-to-date trend remained sharply negative, with XRP still down 58.1% against the dollar.
These numbers underline a familiar pattern in crypto markets: major infrastructure announcements do not always lead to immediate price appreciation, especially when broader market sentiment remains volatile. In many cases, investors treat technical milestones like this as long-term ecosystem developments rather than short-term trading catalysts.
What this could mean for the XRPL ecosystem
The launch of the EVM sidechain on Devnet does not, by itself, transform XRPL into a fully mature smart-contract platform overnight. But it does establish a concrete path toward broader programmability, improved interoperability, and potentially deeper engagement from developers already operating in the Ethereum ecosystem.
If the roadmap proceeds as described, XRPL could become more attractive to teams looking for additional deployment environments while preserving access to EVM standards and development flows. That would be particularly relevant for applications that want to explore XRPL-linked liquidity, user access, or transaction characteristics alongside Ethereum-compatible execution.
Much will depend on execution in the next phases. Developers will be watching bridge performance, tooling support, network reliability, and how closely the sidechain experience matches expectations set by established EVM platforms. The transition from Devnet experimentation to permissionless infrastructure is often where technical promises face their toughest real-world tests.
Still, the first phase is an important signal. It shows that Ripple’s developer ecosystem is actively working to expand XRPL beyond its traditional use cases and align it more closely with the broader smart-contract economy. For a network with a large market footprint and a distinct place in crypto history, that could become an influential development if adoption follows.