Tor Circuit Renewal
Project Snapshot High-volume data collectors often get blocked when Tor exit nodes appear on ban lists. This toolkit automates circuit hopping, preserving throughput without compromising anonymity. Business Context Ideal for research and compliance teams that rely on Tor to gather insights from restricted networks. Prevents stalled scraping jobs by detecting unresponsive or blacklisted circuits and rotating before requests fail. Core Capabilities Multi-circuit orchestration that spins up concurrent Tor connections for parallel requests. Circuit health monitoring to flag banned endpoints and trigger renewals instantly. Lightweight thumbnail generator guideline for showcasing Tor utilization in dashboards or portfolios. Designed as a personal library foundation that can be embedded into larger scraping pipelines. Implementation Notes Python-based helper utilities with clear extension points for queue managers or custom proxies. Emphasizes clean separation between Tor control signals and business logic to simplify auditing. MIT-licensed, enabling teams to extend safeguards or integrate alternative anonymity networks. My Role I distilled recurring automation needs into reusable primitives, focusing on resilient networking patterns and developer-friendly abstractions. ...