The Router contract handles the execution of swaps and ensures tokens are transferred correctly between pools.
Our router implements two key security features that are controlled by the user during transaction construction:
Users can specify their maximum acceptable slippage when building a transaction. This prevents excessive value loss due to price movements or MEV attacks.
Example parameters controlled by user:
All security parameters are set during transaction construction and cannot be modified by the router contract. This gives users complete control over their risk tolerance:
Slippage Tolerance: Users can set aggressive or relaxed slippage limits based on:
Transaction Deadline: Users can set appropriate timeouts based on:
The Router contract handles the execution of swaps and ensures tokens are transferred correctly between pools.
Our router implements two key security features that are controlled by the user during transaction construction:
Users can specify their maximum acceptable slippage when building a transaction. This prevents excessive value loss due to price movements or MEV attacks.
Example parameters controlled by user:
All security parameters are set during transaction construction and cannot be modified by the router contract. This gives users complete control over their risk tolerance:
Slippage Tolerance: Users can set aggressive or relaxed slippage limits based on:
Transaction Deadline: Users can set appropriate timeouts based on: