Cross-Chain Swap vs Traditional Bridge: What's the Real Difference? Moving tokens between blockchains can be done in different ways, but two common methods are traditional bridges and cross-chain swaps. A traditional bridge usually locks or burns your tokens on one network and releases or creates an equivalent asset on another. In many cases, you receive a wrapped token rather than the native asset you actually need. If you want a different token, you'll likely need another swap. A cross-chain swap works differently. It aims to deliver the token you want directly to your destination network in one coordinated process. Some systems use a request-for-quote (RFQ) model, where resolvers compete to fill your order, alongside hashed timelock contracts (HTLCs) on both chains. These mechanisms are designed to help ensure that the swap either completes under the agreed conditions or allows funds to be recovered if it fails. The actual protection depends on the protocol's design. Here are the main differences: 🔹 Asset received: A wrapped token vs the asset you want on the destination chain. 🔹 Security: Bridges rely on their own security architecture, while some cross-chain swaps use linked settlement conditions. 🔹 User experience: Bridges may require extra steps, while cross-chain swaps can make the process simpler. 🔹 Failed transactions: Recovery options depend on the system, but some cross-chain swaps have built-in refund mechanisms. Neither option is always better. Bridges are useful when you need a wrapped asset, while cross-chain swaps are convenient when you want a specific token on another network. Example: USDT from $GRAM to Base $STON provides a guide explaining how to make this cross-chain swap and what to check before confirming. 🔗 https://ston.fi/cross-chain-swap-from-ton-to-base Always check the quote, fees, supported networks, and destination address before signing any transaction.