One thing I find interesting about STON.fi v2 is that it isn't simply a new version with a different interface.
The underlying architecture gives developers more flexibility in how liquidity pools can work.
STON.fi's documentation lists support for different pool types, including Constant Product with Concentrated Liquidity (CPI) and Weighted Stable (WStable) pools, alongside its newer routing architecture.
Why does that matter?
Because not every pair of assets behaves the same way.
A volatile pair like TON and another highly volatile token has different characteristics from assets designed to maintain a relatively stable value.
Using the same liquidity model for every situation isn't necessarily ideal.
That's why specialized pool designs can matter.
A stable-oriented pool can be designed around assets that tend to trade close to each other.
A concentrated-liquidity approach can make capital more targeted around specific price ranges.
The important lesson for me is this:
Liquidity infrastructure doesn't have to be one-size-fits-all.
And that's another reason I think STON.fi is worth studying beyond simply using its swap interface.
The user sees:
"Swap."
But underneath, there can be different pool architectures, routing logic, fee structures, and smart-contract mechanisms determining how that swap is executed.
#STONfi #STONfiV2 #TON #DeFi #Liquidity #AMM #DEX #Web3 #CryptoEducation #LearnDeFi
The underlying architecture gives developers more flexibility in how liquidity pools can work.
STON.fi's documentation lists support for different pool types, including Constant Product with Concentrated Liquidity (CPI) and Weighted Stable (WStable) pools, alongside its newer routing architecture.
Why does that matter?
Because not every pair of assets behaves the same way.
A volatile pair like TON and another highly volatile token has different characteristics from assets designed to maintain a relatively stable value.
Using the same liquidity model for every situation isn't necessarily ideal.
That's why specialized pool designs can matter.
A stable-oriented pool can be designed around assets that tend to trade close to each other.
A concentrated-liquidity approach can make capital more targeted around specific price ranges.
The important lesson for me is this:
Liquidity infrastructure doesn't have to be one-size-fits-all.
And that's another reason I think STON.fi is worth studying beyond simply using its swap interface.
The user sees:
"Swap."
But underneath, there can be different pool architectures, routing logic, fee structures, and smart-contract mechanisms determining how that swap is executed.
#STONfi #STONfiV2 #TON #DeFi #Liquidity #AMM #DEX #Web3 #CryptoEducation #LearnDeFi
