The author outlines a method to enhance browser automation by integrating Redis support into Chromium's DevTools server. Traditionally, automating tasks with Chromium involves running it within containers and connecting via a remote debugging protocol. However, this setup has limitations, including delayed availability of the debugging server and susceptibility to packet loss, which can disrupt sessions. To address these issues, the author suggests a reverse connection model using Redis to eliminate the need for repeated polling and reduce the risk of broken connections. The article details the structure of Chromium’s codebase and focuses on its DevTools implementation. The author reviews the existing DevTools handler types, particularly the simpler pipe handler, which offers a more straightforward architecture for modifications. By implementing a lightweight Redis client in C++ and modifying the existing pipe handler instead of creating a new one, the author aims to streamline the integration process. This involves changing how the remote-debugging-pipe argument is parsed, enabling a more efficient communication pattern between DevTools and Redis. The proposed solution reduces complexity by keeping changes localized within the existing code structure while allowing for robust message handling through Redis. This approach not only enhances speed and reliability but also simplifies the overall architecture for browser automation tasks.