The Standardization Layer acts as the universal interpreter for intents, ensuring that any user- submitted intent—whether from Ethereum, Solana, Avalanche, Cosmos, or other L1s—is converted into a common format. This allows solvers to process and optimize execution without being con- strained by chain-specific differences.

The unified intent format will include:

  • Intent Type: Swap, bridge, stake, borrow, lend, liquidate, etc.
  • Source and Destination Chains
  • Assets and Amounts
  • Execution Preferences: Slippage tolerance, gas fee preferences, execution deadline.
  • Security Conditions: Required confirmations, fraud-proof verification, authentication.

The conversion process is handled through intelligent parsers that extract intent data from L1- native formats (such as Ethereum calldata, Solana transaction instructions, or Cosmos IBC packets) and translate it into the standardized format.

The Standardization Layer acts as the universal interpreter for intents, ensuring that any user- submitted intent—whether from Ethereum, Solana, Avalanche, Cosmos, or other L1s—is converted into a common format. This allows solvers to process and optimize execution without being con- strained by chain-specific differences.

The unified intent format will include:

  • Intent Type: Swap, bridge, stake, borrow, lend, liquidate, etc.
  • Source and Destination Chains
  • Assets and Amounts
  • Execution Preferences: Slippage tolerance, gas fee preferences, execution deadline.
  • Security Conditions: Required confirmations, fraud-proof verification, authentication.

The conversion process is handled through intelligent parsers that extract intent data from L1- native formats (such as Ethereum calldata, Solana transaction instructions, or Cosmos IBC packets) and translate it into the standardized format.