
Developed and integrated comprehensive performance benchmark data for nine AWS instance types within the ClickHouse/ClickBench repository, focusing on enabling direct performance comparisons across both current and previous-generation cloud hardware. Leveraged cloud computing expertise and data analysis skills to capture and process benchmark results using the official hardware.sh script, covering Graviton4 (ARM), Intel Granite Rapids with local NVMe, and providing historical context from Graviton3 and Ice Lake. The work, implemented in JSON, enhanced ClickBench’s capacity for user-facing evaluation, supporting informed decisions in capacity planning, performance tuning, and cloud migration strategies, with full traceability maintained through detailed commit documentation.
March 2026: Delivered Performance Evaluation Benchmark Data for AWS Instance Types in ClickBench, expanding benchmarking coverage and enabling apples-to-apples performance comparisons across instance families. Implemented benchmark data for 9 instance types using the official hardware.sh script, including Graviton4 (ARM) and Intel Granite Rapids with local NVMe, with historical context from Graviton3 and Ice Lake. The change enhances decision support for capacity planning, performance tuning, and cloud migration strategies, with full traceability to the commit 8dbb1e90ed191896179891b02db9245962c14e56.
March 2026: Delivered Performance Evaluation Benchmark Data for AWS Instance Types in ClickBench, expanding benchmarking coverage and enabling apples-to-apples performance comparisons across instance families. Implemented benchmark data for 9 instance types using the official hardware.sh script, including Graviton4 (ARM) and Intel Granite Rapids with local NVMe, with historical context from Graviton3 and Ice Lake. The change enhances decision support for capacity planning, performance tuning, and cloud migration strategies, with full traceability to the commit 8dbb1e90ed191896179891b02db9245962c14e56.

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