This project provides a curated repository of categorized network metadata and routing rules designed to optimize traffic steering and privacy protection for proxy clients. It functions as a structured data source that maps domain names and IP addresses to specific routing categories, enabling proxy software to make intelligent decisions about whether traffic should travel through a proxy or connect directly.
The system distinguishes itself through an automated pipeline that aggregates, serializes, and tags disparate community-maintained datasets into a unified, binary-encoded format. By embedding static routing metadata directly into these files, the project allows for low-latency lookups and granular control over network requests. This approach simplifies complex traffic management by providing daily updates that ensure proxy configurations remain current with evolving network conditions.
The project covers a broad capability surface for network policy management, including geographic routing, ad blocking, and the identification of restricted domains. These features allow for attribute-based filtering and the automated bypass of regional content restrictions, effectively streamlining the configuration of proxy software for diverse network environments.
