
Developed an automated deployment workflow for the unb-mds/2025-1-NoFluxoUNB repository, focusing on streamlining multi-architecture Docker builds and secure environment-based secret management. Leveraging GitHub Actions, the workflow automated end-to-end deployments for backend, frontend, and MCP agent components, supporting both linux/amd64 and linux/arm64 architectures. The solution integrated secret management to enhance deployment safety and compliance, while pushing images to a private registry to maintain security. By reducing manual intervention and increasing release velocity, the work improved reliability and consistency across environments. The implementation utilized Python and YAML, demonstrating practical application of CI/CD, DevOps, and containerization best practices.
March 2026: Delivered an automated deployment workflow for unb-mds/2025-1-NoFluxoUNB that enables multi-architecture Docker builds and environment-based secret management via GitHub Actions. The workflow automates builds and deployments for backend, frontend, and MCP agent, supports linux/amd64 and linux/arm64, deploys to a private registry, and integrates secret management to enhance security and reliability across environments, reducing manual toil and speeding up delivery.
March 2026: Delivered an automated deployment workflow for unb-mds/2025-1-NoFluxoUNB that enables multi-architecture Docker builds and environment-based secret management via GitHub Actions. The workflow automates builds and deployments for backend, frontend, and MCP agent, supports linux/amd64 and linux/arm64, deploys to a private registry, and integrates secret management to enhance security and reliability across environments, reducing manual toil and speeding up delivery.

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