If the bridge infrastructure is compromised, the wrapped asset can potentially lose its backing or become difficult to redeem.
2. What Is an Atomic Swap?
An atomic swap takes a different approach.
Instead of moving the same asset across chains and creating a wrapped version, an atomic swap allows one asset to be exchanged for another asset across different blockchains.
For example:
TON asset → Native EVM asset
You are not necessarily receiving a wrapped version of the original token. You are receiving the destination asset you actually requested.
STON.f's cross-chain execution layer, Omniston, uses a resolver-based architecture with paired Hashed Timelock Contracts (HTLCs) to coordinate these swaps.
3. The Key Difference
Think about it this way:
Bridge:
«“Move my asset to another chain.”»
Atomic swap:
«“Exchange my asset for the asset I want on another chain.”»
That difference may sound small, but it changes the entire user experience.
A bridge can leave you holding a wrapped representation.
An atomic swap can deliver the native destination asset directly, without requiring a wrapped-token layer.
4. How Omniston Makes Atomic Swaps Practical
Traditional peer-to-peer atomic swaps can be difficult because you need to find someone willing to take the other side of your trade.
Omniston addresses this with a Request for Quote (RFQ) and resolver network.