How the integration works

• Wrapped SOL by Axelar — Axelar acts as the sole legitimate issuer of wrapped SOL on the XRP Ledger . The token is minted on XRPL when native SOL is locked on Solana, and burned when SOL is bridged back.
• Axelar's Interchain Token Service (ITS) — A set of smart contracts deployed on the XRPL EVM Sidechain handles the interchain transfers, managing token wrapping, unwrapping, and cross-chain message verification .
• General Message Passing (GMP) — Axelar's GMP protocol enables smart contracts on Solana to communicate with the XRPL EVM Sidechain and vice versa, without custom bridge code .
• Axelar's validator set — More than 70 validators on a Tendermint-based proof-of-stake network verify cross-chain messages using quadratic voting mechanisms .
• User access — Users can trade SOL on the XRPL DEX directly, or bridge it via the Axelar App and through wallets like Xaman Wallet .

Counterfeit token warning

Hussein Zangana (Vet), director of community at the XRP Ledger Foundation, issued a clear warning: Axelar is the only legitimate issuer of wrapped SOL on XRPL right now. Users were told to "beware of fakes" and that supported platforms have added a checkmark to the official Axelar-issued token to help identify it . The broader XRPL ecosystem has also seen phishing campaigns with fake airdrops, reward scanners, and impersonation accounts targeting XRP holders .

Risks of bridged assets

• Smart contract risk — The bridge depends on Axelar's ITS smart contracts on the XRPL EVM Sidechain; any exploit in those contracts could lead to loss of funds .
• Bridge security risk — Axelar uses a decentralized validator set, but bridge hacks are among the most common and costly crypto exploits. A compromise of the validator network or the bridge logic could allow unauthorized minting of wrapped SOL.
• Counterfeit / impersonation risk — Without careful verification, users can be tricked into buying fake wrapped SOL tokens from unauthorized issuers, which have no real backing and could be worthless .
• Custodial / wrapping reliance — The wrapped SOL token's value depends entirely on the bridge properly locking native SOL on Solana. If the bridge malfunctions or is attacked, the wrapped token may become unbacked.
• Cross-chain finality complexity — Different blockchains have different finality guarantees; a reorg or settlement issue on one chain can cause failed or stuck bridge transactions.

How the integration works

• Wrapped SOL by Axelar — Axelar acts as the sole legitimate issuer of wrapped SOL on the XRP Ledger . The token is minted on XRPL when native SOL is locked on Solana, and burned when SOL is bridged back.
• Axelar's Interchain Token Service (ITS) — A set of smart contracts deployed on the XRPL EVM Sidechain handles the interchain transfers, managing token wrapping, unwrapping, and cross-chain message verification .
• General Message Passing (GMP) — Axelar's GMP protocol enables smart contracts on Solana to communicate with the XRPL EVM Sidechain and vice versa, without custom bridge code .
• Axelar's validator set — More than 70 validators on a Tendermint-based proof-of-stake network verify cross-chain messages using quadratic voting mechanisms .
• User access — Users can trade SOL on the XRPL DEX directly, or bridge it via the Axelar App and through wallets like Xaman Wallet .

Counterfeit token warning

Hussein Zangana (Vet), director of community at the XRP Ledger Foundation, issued a clear warning: Axelar is the only legitimate issuer of wrapped SOL on XRPL right now. Users were told to "beware of fakes" and that supported platforms have added a checkmark to the official Axelar-issued token to help identify it . The broader XRPL ecosystem has also seen phishing campaigns with fake airdrops, reward scanners, and impersonation accounts targeting XRP holders .

Risks of bridged assets

• Smart contract risk — The bridge depends on Axelar's ITS smart contracts on the XRPL EVM Sidechain; any exploit in those contracts could lead to loss of funds .
• Bridge security risk — Axelar uses a decentralized validator set, but bridge hacks are among the most common and costly crypto exploits. A compromise of the validator network or the bridge logic could allow unauthorized minting of wrapped SOL.
• Counterfeit / impersonation risk — Without careful verification, users can be tricked into buying fake wrapped SOL tokens from unauthorized issuers, which have no real backing and could be worthless .
• Custodial / wrapping reliance — The wrapped SOL token's value depends entirely on the bridge properly locking native SOL on Solana. If the bridge malfunctions or is attacked, the wrapped token may become unbacked.
• Cross-chain finality complexity — Different blockchains have different finality guarantees; a reorg or settlement issue on one chain can cause failed or stuck bridge transactions.