Seeing a high price impact during a swap can be confusing. Usually, it comes down to the relationship between your trade size and the liquidity available for that route.
CHECK YOUR TRADE SIZE
The first thing to look at is the size of the swap.
A larger trade can consume more of the available liquidity, causing the pool price to move further during execution.
CHECK POOL LIQUIDITY
Pool TVL and token balances also matter.
A pool with limited liquidity may have less capacity to handle larger trades efficiently. An imbalanced pool can also result in less favorable execution for one side of the pair.
WHY ILLIQUID POOLS MATTER
Two pools can support the same token pair but produce different price impacts.
A deeper, more balanced pool generally has more liquidity available for trades, while a shallow pool can experience larger price movements from the same transaction size.
COMPARE THE PREVIEW
Before confirming, you can compare what happens when the trade size is smaller or when another available route is shown.
The goal isn't to automatically choose one option, but to understand how trade size and available liquidity affect the quoted result.
WHAT TO CHECK
Before confirmation, review:
Price impact
Expected output
Liquidity available
Route
Minimum received
MY TAKE
A high price impact isn't necessarily a problem with STONfi itself. It can be a signal that the trade is large relative to the available liquidity.
Understanding that relationship makes the swap preview much more useful and helps you recognize potential execution issues before confirming.
Cross Chain Swap vs Bridge: What’s the Difference?
Moving assets between blockchains can happen in different ways. Two common approaches are bridges and cross chain swaps, but they don't work exactly the same way.
WHAT IS A BRIDGE?
A bridge is designed to move an asset from one blockchain to another.
Depending on the bridge architecture, the original asset may be locked or held while a corresponding wrapped or bridged version is created on the destination chain.
WHAT IS A CROSS CHAIN SWAP?
A cross chain swap lets you exchange an asset on one network for another asset on a different network.
Instead of simply moving the same asset, the destination side can provide a different native or supported asset.
For example, you could swap an asset on TON for an asset on another network.
THE KEY DIFFERENCES
Bridge: Move an asset between networks, often involving locking and representing it on the destination.
Cross chain swap: Exchange one asset for another across different networks.
The two models can also differ in custody assumptions, route complexity, fees, and how failed transactions or refunds are handled.
WHERE OMNISTON FITS
Omniston focuses on cross chain execution and liquidity aggregation. It can coordinate routes and liquidity sources to help users exchange assets across supported networks.
That doesn't make bridges useless.
Bridges remain useful when the goal is specifically to transfer an asset between networks, while cross chain swaps can be more convenient when you want a different asset on the destination chain.
MY TAKE
The better option depends on what you're trying to accomplish.
If you need to move the same asset, a bridge may make sense. If you want to exchange one asset for another across networks, a cross chain swap can offer a different approach.
Understanding the architecture first makes it easier to choose the right tool.