• Mosdex has developed an AI-Powered Pathfinder algorithm to optimize trade paths across CEXs and DeFi platforms.
• The Pathfinder follows a four-step process to identify the optimal trade paths, including formulating a mathematical equation, processing data, searching for all possible routes, and assembling all data.
• The algorithm’s Max Output Equation ensures users receive the best possible amount with each trade path while its AI-powered High-Precision Data Format (HPDF) module ensures accurate and efficient data processing.

Overview of Mosdex AI-Powered Pathfinder

Mosdex has developed an advanced AI-Powered Pathfinder algorithm to optimize trade paths across centralized exchanges (CEXs) and decentralized finance (DeFi) platforms, including decentralized exchanges (DEXs), automated market makers (AMMs), lending protocols, and yield farming pools. This algorithm follows a four-step process to identify the optimal trade paths:

Max Output Equation

The first step involves formulating a mathematical equation to maximize the output from integrated liquidity providers. This equation is dynamic and adjusts to various input terms and conditions. It ensures that users receive the best possible amount with each trade path, guaranteeing optimal profits.

High-Precision Data Processing

The next step involves accessing and converting all necessary data into a High-Precision Data Format (HPDF). The AI-powered HPDF module finalizes the data and sends it to the max output equation for further processing. By leveraging AI technology, it ensures accurate and efficient data processing.

Finding All Paths

The third step involves searching for all possible routes between two tokens, eliminating unnecessary paths based on specific criteria such as low liquidity pools or incompatible tokens. It prepares multiple paths for users while taking account of a maximum of five tokens between input/output tokens in order to reduce potential paths down to a manageable level.

Mosdex Pathfinder: Assembling

In the last step, all data are sent back to the AI-Powered Pathfinder algorithm for assembly through numerous calculations and formula analyses. This final stage consolidates scattered information in order to confirm swap transactions efficiently while providing users with profitable outcomes on their trades.