
Coralie Deplanne developed and integrated a cross-platform Continuous Integration workflow for the pollen-robotics/reachy_mini repository, focusing on automating testing, builds, and deployment for Linux, Windows, and macOS environments. Using Python and YAML, Coralie designed a CI/CD pipeline that validates code changes automatically, reducing the need for manual testing and accelerating feedback cycles. The workflow leverages Git-based automation to ensure reliable, end-to-end validation of new features before release. This engineering effort improved release velocity and code quality for the Reachy Mini robotics project, demonstrating depth in automation and robotics while addressing the challenge of maintaining consistency across multiple operating systems.
February 2026 — pollen-robotics/reachy_mini: Implemented a Continuous Integration (CI) workflow across Linux, Windows, and macOS to automate testing, builds, and deployment. This feature enables automated validation of changes, faster feedback, and more reliable cross-platform releases. Key commit linked: c6d7ab8c2a8c70762b42cb0b6d28a1d705b1a3b5 (add physical ci). Overall impact includes reduced manual testing, improved release velocity, and higher confidence in code quality. Technologies demonstrated include CI/CD pipelines, cross-platform automation, and Git workflows.
February 2026 — pollen-robotics/reachy_mini: Implemented a Continuous Integration (CI) workflow across Linux, Windows, and macOS to automate testing, builds, and deployment. This feature enables automated validation of changes, faster feedback, and more reliable cross-platform releases. Key commit linked: c6d7ab8c2a8c70762b42cb0b6d28a1d705b1a3b5 (add physical ci). Overall impact includes reduced manual testing, improved release velocity, and higher confidence in code quality. Technologies demonstrated include CI/CD pipelines, cross-platform automation, and Git workflows.

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