Enosys Launches XRP-Backed Stablecoin Protocol on Flare Blockchain

By Patricia Miller

Sep 19, 2025

1 min read

Enosys introduces a new XRP-backed stablecoin protocol on Flare, allowing users to mint stablecoins via FXRP deposits.

#What is the New XRP-Backed Stablecoin Protocol by Enosys?

Enosys has recently introduced an innovative protocol that enables the minting of stablecoins on the Flare blockchain. This protocol is built on a fork of Liquity V2, allowing users to deposit FXRP, which is a wrapped version of XRP tailored for use on Flare. The use of FXRP as collateral in this new offering reflects a growing trend where payment-focused cryptocurrencies, such as XRP, are being utilized for yield-generating activities within the decentralized finance (DeFi) space.

#How Does Enosys Loans Enhance the DeFi Ecosystem?

Enosys also announced its upcoming product, Enosys Loans, which is poised to be the first collateralized debt position protocol that utilizes XRP as collateral. This unique feature allows users to leverage their XRP holdings to mint stablecoins, positioning Enosys Loans as a pivotal player in the DeFi ecosystem. Operating on the Flare network, it takes advantage of Flare's integration of smart contracts and decentralized data oracles, enhancing both functionality and user experience.

The establishment of such a protocol provides users with an opportunity to participate actively in DeFi activities, further expanding the utility of cryptocurrencies like XRP. It offers a compelling solution for investors looking to generate yields while maintaining their positions in established payment tokens, indicating a significant evolution in how cryptocurrencies can be utilized for financial activities in a decentralized environment.

Important Notice And Disclaimer

This article does not provide any financial advice and is not a recommendation to deal in any securities or product. Investments may fall in value and an investor may lose some or all of their investment. Past performance is not an indicator of future performance.