Find the best route with
Ai Powered Pathfinder

Hera Aggregator is built on a unique architecture with pathfinder algorithm. It can be developed, reprogrammed and self-learning.

Pathfinder structuresouth

01.

Max Output Equation

A mathematical equation is created to get the maximum output from the integrated liquidity providers. The result of this equation gives the best received amount.

02.

HCA Data Processing

All required data is instantly accessed and converted to High Conversion Argument (HCA). This converted data is sent to the max output equation.

03.

Find All Paths

It searches and finds all possible routes between two tokens and filters out unnecessary routes by filtering within certain criteria.

04.

Hera Pathfinder:
Assemble

All data is assembled at this stage. After many calculations and formula analysis, it brings together the scattered data and creates the data needed to confirm the swap transaction.

Capacity and Development Qualifications

Upgradeable Abilities

  • arrow_forward AMM Integrations
  • arrow_forward Data Filter
  • arrow_forward Scaning Features
  • arrow_forward Pathfinding Methods
  • arrow_forward Liquidity Splitting
  • arrow_forward Route Splitting
  • arrow_forward Task Distributions
  • arrow_forward Workload Reduction
  • arrow_forward Route Optimization
  • arrow_forward Algorithm Update

Sheltered Areas

    • arrow_forward Fee Rates
    • arrow_forward Liquidity Reserves
    • arrow_forward Token Details
    • arrow_forward Calculation Algorithms
    • arrow_forward Route Rules
    • arrow_forward Calldata Attributes
    • arrow_forward Input/Output Amount Controller

Learnable Areas

  • arrow_forward Route Finding
  • arrow_forward Using Previously Routes
  • arrow_forward Defining Liquidity Quality