
Worked on the qualcomm-linux/meta-qcom repository to deliver packaging and CI integration for Qualcomm FastCV binaries, focusing on enabling a CPU-based userspace library path for computer vision workloads. Developed a new Yocto recipe using BitBake, integrating it into the CI package group to streamline validation and deployment. This approach improved build reproducibility and expanded CI coverage, reducing developer time required for validation on Qualcomm platforms. Leveraged expertise in build systems, CI/CD, and embedded systems to ensure the solution fit seamlessly into existing workflows. The work addressed the need for reliable, automated packaging and validation of computer vision libraries in embedded environments.
2025-09 Monthly Summary: Delivered packaging and CI integration for Qualcomm FastCV binaries in the meta-qcom repo, enabling a CPU-based userspace library path and streamlined validation. The work improves build reproducibility, CI coverage, and developer time to validate computer-vision workloads on Qualcomm platforms.
2025-09 Monthly Summary: Delivered packaging and CI integration for Qualcomm FastCV binaries in the meta-qcom repo, enabling a CPU-based userspace library path and streamlined validation. The work improves build reproducibility, CI coverage, and developer time to validate computer-vision workloads on Qualcomm platforms.

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