
Chirag Kava worked on stabilizing the PostgreSQL Connector in the debezium/debezium repository by addressing excessive thread creation during the LSN flush process. He refactored the flush path to use a single-threaded executor, which reduced resource consumption and improved shutdown reliability under high LSN activity. Leveraging his expertise in Java, concurrency, and PostgreSQL, Chirag’s solution enhanced the connector’s stability and performance, particularly in environments with heavy change data capture workloads. By resolving the DBZ-9501 issue, he delivered a more maintainable and robust connector, demonstrating a thoughtful approach to resource management and lifecycle control in distributed database systems.
September 2025: Stabilized the PostgreSQL Connector in debezium/debezium by refactoring the LSN flush path to use a single-threaded executor, eliminating excessive thread creation and ensuring a controlled shutdown. This change reduces resource usage and enhances reliability under high LSN activity, delivering tangible business value through more stable CDC and lower maintenance overhead.
September 2025: Stabilized the PostgreSQL Connector in debezium/debezium by refactoring the LSN flush path to use a single-threaded executor, eliminating excessive thread creation and ensuring a controlled shutdown. This change reduces resource usage and enhances reliability under high LSN activity, delivering tangible business value through more stable CDC and lower maintenance overhead.

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