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Hex Trust launched wrapped XRP across Ethereum, Solana, Optimism, and HyperEVM on Dec. 12 with $100 million in initial liquidity, positioning the token as a trading pair for Ripple’s RLUSD stablecoin.

This latest move to make XRP available across multiple ecosystems adds to Coinbase’s cbXRP on Base and Axelar’s eXRP on the XRPL EVM sidechain.

Within months, XRP will exist in at least four distinct wrapped formats across a dozen networks, each with different custody arrangements and bridge infrastructure.

Additionally, RLUSD has over $1 billion in circulation, mostly on Ethereum, and deep XRP/RLUSD pairs on chains where capital already sits, expanding XRP’s addressable market beyond XRPL’s native orderbooks.

But the expansion trades one risk profile for another. Native XRP operates as a trustless protocol asset, while wrapped XRP replaces that model with a custodian holding real XRP, a bridge coordinating cross-chain state, and smart contracts managing the synthetic token.

The question is whether the liquidity gains compensate for the new layers of trust, operational complexity, and attack surface.

What actually launched

Hex Trust issues wXRP tokens 1:1 with native XRP held in segregated institutional custody, with minting and redemption restricted to authorized participants via a KYC/AML-compliant flow.

The token uses LayerZero’s Omnichain Fungible Token standard, synchronizing supply via message-passing contracts across multiple chains. Hex Trust seeded the launch with $100 million in TVL and positioned wXRP as a counterpart to RLUSD on EVM chains.

Wrapped.com has offered Wrapped XRP as an ERC-20 token on Ethereum since December 2021, with Hex Trust as the custodian.

Coinbase’s cbXRP on Base follows the same structure: 1:1 backing by XRP held in Coinbase custody, redeemable through Coinbase’s operational flow.

Ripple’s XRPL EVM Sidechain, live on mainnet since June 2025, provides a different on-ramp. Users lock XRP on the XRP Ledger and receive eXRP on the EVM sidechain via Axelar’s bridge.

The sidechain uses eXRP as its gas token, and Axelar’s interoperability layer connects it to 80 additional chains, routing eXRP into broader EVM DeFi.

Firelight’s stXRP adds another synthetic layer: users stake XRP on Flare and receive a liquid staking derivative.

The proliferation is rapid, as each product targets a different use case, but all replace native XRPL settlement with a trusted intermediary.

Liquidity gains are real but conditional

RLUSD reached $1 billion in circulation within a year of launch, with most issued on Ethereum rather than XRPL.

That gives XRP a large, liquid stablecoin counterpart on chains where trading volume already concentrates. Hex Trust’s $100 million initial TVL seeds deep orderbooks from day one.

Wrapping XRP on Ethereum, Solana, and Base plugs it into the deepest on-chain trading venues.

Native XRPL has a functional DEX, but its liquidity is thin compared to Uniswap, Curve, or Raydium. A wrapped token on those platforms gains access to better execution, tighter spreads, and integration into lending and yield protocols that do not exist on XRPL.

The XRPL EVM sidechain and Axelar bridge create a direct path from XRPL into multi-chain DeFi. Lock XRP, mint eXRP, route it through Axelar to Arbitrum or Polygon, and XRP functions as collateral in protocols that have never integrated XRPL directly.

But the liquidity improvement assumes wrappers maintain tight pegs, custodians process redemptions reliably, and bridges do not become attack vectors. Each assumption introduces new points of failure that native XRPL does not have.

Where risk migrates

The shift from native XRP to wrapped representations transfers risk from protocol-level consensus to custodial and bridge infrastructure.

Custodian and issuer risk comes first. Every wrapped XRP product requires someone to hold the underlying asset. For wXRP, that is Hex Trust. For cbXRP, Coinbase. For eXRP, Axelar’s validator network controls the bridge state and mint/burn logic.

XRP wrappers add another layer of risk on top of the XRP Ledger’s consensus, as they are centralized entities that promise to hold and redeem XRP. If the custodian halts withdrawals, declares insolvency, or suffers a hack, the wrapped token’s backing disappears regardless of what happens on XRPL.

Bridge and interoperability risk is the second layer. Hex Trust’s wXRP uses LayerZero’s OFT standard for cross-chain coordination, managing supply via off-chain message-passing and on-chain validation.

Axelar’s eXRP depends on validators relaying state between XRPL and the EVM sidechain.

Bridges have been the single largest target in DeFi exploits. Hacken’s 2025 Web3 Security Report showed that over $1.5 billion of the $3.1 billion stolen from crypto services in this year’s first half relates to bridges, accounting for over 50% of DeFi losses.

Vitalik Buterin’s argument against cross-chain architectures emphasizes that bridges do not diversify risk but rather concentrate it. A bug in a bridge contract can drain reserves across all connected chains simultaneously.

Redemption mechanics form the third risk domain. Hex Trust’s wXRP restricts minting and redemption to authorized participants, not end users. If those merchants become insolvent or halt operations, liquidity providers holding wXRP have no direct path to redeem for native XRP.

The token can trade freely on secondary markets, but its convertibility depends on intermediaries remaining functional.

XRP already exhibits fragmentation: Wrapped.com’s Ethereum wXRP, Hex Trust’s multi-chain wXRP, Coinbase’s cbXRP on Base, and Axelar’s eXRP all claim 1:1 backing but operate on separate infrastructure.

A liquidity shock or operational pause in one version creates arbitrage gaps, temporary de-pegs, and user confusion about which wrapper holds value.

Testing for infrastructure versus wrapper theater

The expansion can be evaluated through four questions that reveal whether the product improves market plumbing or adds synthetic layers without reducing systemic risk.

First, who holds the XRP, and under what regime? Hex Trust and Coinbase position themselves as regulated custodians with segregated client assets.

RLUSD is regulated by the New York Department of Financial Services, and Ripple just got a national bank charter. That regulatory scaffolding determines whether users have legal recourse if custody fails.

A wrapper that cannot clearly identify its custodian, audit trail, and reserve attestation is not infrastructure, it is an unregulated promise.

Second, how many dependencies sit between the user and native XRP? A Solana DeFi user holding wXRP depends on XRP remaining on XRPL, Hex Trust maintaining reserves, LayerZero OFT messages propagating correctly, and Solana smart contracts executing as designed.

Native XRPL settlement depends on XRPL’s consensus. Wrapped XRP has four or five.

Third, what economic role does XRP serve once wrapped? RLUSD’s $1 billion circulation and positioning as a payments stablecoin create tension. A stable, regulated dollar token may be better suited for institutional settlement than volatile XRP.

If true, wrapped XRP ceases to function as a transactional medium and becomes collateral sitting atop a stablecoin-based payments layer.

Fourth, is the risk compensated and transparent? Bridges remain the industry’s preferred attack surface, with billions in losses since 2022. If a wrapper offers marginal convenience but depends on an opaque custodian or experimental bridge design, the trade-off is asymmetric.

By contrast, if wXRP/RLUSD pairs develop deep liquidity on audited protocols with circuit breakers, the risk/return calculation becomes defensible.

Risk reallocation

XRP’s expansion across Ethereum, Solana, Base, and the XRPL EVM sidechain is not a decentralization narrative. It is a liquidity-for-custody trade.

The wrapped tokens improve access to deeper markets and richer protocol integrations. However, they replace the XRP Ledger’s trustless settlement with trusted custodians, experimental bridges, and fragmented redemption flows.

For institutions evaluating whether to deploy capital into wrapped XRP, the calculus is not “does this expand XRP’s reach?” but “does the custodial and bridge infrastructure meet the same reliability standard as the native ledger it wraps?”

The current architecture works as long as nothing breaks. The question is what happens when something does.