
Worked on the ahujasid/blender-mcp repository to deliver a thread-based server networking solution using Python and the Blender API. Replacing the previous timer-based approach, this update introduced a dedicated server thread, enhancing both stability and responsiveness under production load. The new threading model addressed issues with freezes and timeouts, resulting in improved uptime and reliability for server operations. By leveraging advanced network programming and threading techniques, the work aligned with goals for a robust, scalable server architecture. The changes also improved maintainability of the networking layer, making future enhancements and debugging more straightforward within the existing server development framework.
March 2025 monthly summary for ahujasid/blender-mcp: Delivered thread-based server networking to replace the prior timer-based approach, significantly improving stability and responsiveness under load. This change mitigates freezes/timeouts, increasing uptime and reliability in production. Demonstrated advanced concurrency and networking skills, aligning with business goals of robust, scalable server architecture.
March 2025 monthly summary for ahujasid/blender-mcp: Delivered thread-based server networking to replace the prior timer-based approach, significantly improving stability and responsiveness under load. This change mitigates freezes/timeouts, increasing uptime and reliability in production. Demonstrated advanced concurrency and networking skills, aligning with business goals of robust, scalable server architecture.

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