
Worked on the sonic-net/sonic-sairedis repository to develop a targeted caching policy addressing memory scaling challenges in SmartSwitch DASH entry handling. Designed and implemented a reusable cache-policy framework in C++ that conservatively caches specific DASH objects, optimizing memory usage for high-scale deployments. The approach included expanding unit test coverage, particularly for the PA_VALIDATION_ENTRY object type, and validating the solution on both virtual and Pensando-based hardware testbeds. Focused on performance optimization and software validation, the work established a foundation for safer, scalable deployments and future policy enhancements, with all changes thoroughly tested to ensure stability and correct behavior across related object types.
June 2026 performance summary for sonic-net/sonic-sairedis focused on delivering a targeted caching policy to address memory scaling issues in SmartSwitch DASH entry handling, expanding unit test coverage, and validating scalability on both virtual and real hardware. The work established a reusable caching framework, enabling safer high-scale deployments and groundwork for future policy extensions.
June 2026 performance summary for sonic-net/sonic-sairedis focused on delivering a targeted caching policy to address memory scaling issues in SmartSwitch DASH entry handling, expanding unit test coverage, and validating scalability on both virtual and real hardware. The work established a reusable caching framework, enabling safer high-scale deployments and groundwork for future policy extensions.

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