
Michele De Simone engineered robust cloud infrastructure and deployment automation across the pagopa/interop-core-deployment and related repositories, focusing on reliability, cost optimization, and secure configuration management. He implemented dynamic JWT key management, cron-based autoscaling with KEDA, and streamlined CI/CD pipelines using GitHub Actions and Terraform, enabling flexible key rotation and reducing operational costs. Michele enhanced QA and production parity by introducing environment-specific Helm charts and automated workflow gates, while also improving test reliability through Kubernetes job cleanup and workflow refactoring. His work leveraged Bash, YAML, and Terraform, demonstrating depth in DevOps practices and infrastructure as code for scalable, maintainable systems.

Month: 2025-10. Focused on delivering robust authentication key management and stabilizing QA automation. Implemented dynamic JWT Key ID management across selfcare microservices by replacing hardcoded KIDs with a dynamic RSA_KEYS_IDENTIFIERS reference, enabling flexible key rotation and consistent behavior across development and QA environments in selfcare-client-users-updater and selfcare-onboarding-consumer. Fixed QA workflow timeout reference bug to correct timeout comparisons, reducing flaky tests and improving automation reliability.
Month: 2025-10. Focused on delivering robust authentication key management and stabilizing QA automation. Implemented dynamic JWT Key ID management across selfcare microservices by replacing hardcoded KIDs with a dynamic RSA_KEYS_IDENTIFIERS reference, enabling flexible key rotation and consistent behavior across development and QA environments in selfcare-client-users-updater and selfcare-onboarding-consumer. Fixed QA workflow timeout reference bug to correct timeout comparisons, reducing flaky tests and improving automation reliability.
September 2025: Focused on delivering reliability improvements and workflow simplification across two repos. Implemented a Redis-backed notification-email-sender in Dev/QA environments and simplified QA workflows by removing an unnecessary DocDB cleanup step. These changes reduce operational risk, shorten QA cycles, and improve delivery performance while reducing secrets-management friction.
September 2025: Focused on delivering reliability improvements and workflow simplification across two repos. Implemented a Redis-backed notification-email-sender in Dev/QA environments and simplified QA workflows by removing an unnecessary DocDB cleanup step. These changes reduce operational risk, shorten QA cycles, and improve delivery performance while reducing secrets-management friction.
July 2025 monthly summary for repository pagopa/interop-core-deployment focusing on cost optimization, environment-specific deployment configurations, and dependency improvements.
July 2025 monthly summary for repository pagopa/interop-core-deployment focusing on cost optimization, environment-specific deployment configurations, and dependency improvements.
June 2025 monthly summary focusing on key developments across interop-core-deployment and interop-be-monorepo. Delivered features enabling templating lookups, QA deployment configurations, frontend flags, DPOP caching, deployment parallelism, and chart upgrades; improved CI/CD with self-hosted runners and per-branch concurrency. Overall results include faster QA readiness, stronger environment parity, reduced deployment risk, and increased throughput. Technologies demonstrated include Terraform, Helm and Kubernetes, GitHub Actions, chart management, DPOP usage, and CI/CD optimization.
June 2025 monthly summary focusing on key developments across interop-core-deployment and interop-be-monorepo. Delivered features enabling templating lookups, QA deployment configurations, frontend flags, DPOP caching, deployment parallelism, and chart upgrades; improved CI/CD with self-hosted runners and per-branch concurrency. Overall results include faster QA readiness, stronger environment parity, reduced deployment risk, and increased throughput. Technologies demonstrated include Terraform, Helm and Kubernetes, GitHub Actions, chart management, DPOP usage, and CI/CD optimization.
May 2025 performance summary across interop-core-deployment and interop-qa-tests. Key features delivered include QA frontend release with version alignment and feature flag, BFF and gateway stability fixes, substantial QA environment/configuration hardening, workflow orchestration enhancements, and reliability improvements for M2M gateway and data preparation processes. These changes improve deployment consistency, testing reliability, and overall system resilience, enabling faster delivery of business value.
May 2025 performance summary across interop-core-deployment and interop-qa-tests. Key features delivered include QA frontend release with version alignment and feature flag, BFF and gateway stability fixes, substantial QA environment/configuration hardening, workflow orchestration enhancements, and reliability improvements for M2M gateway and data preparation processes. These changes improve deployment consistency, testing reliability, and overall system resilience, enabling faster delivery of business value.
April 2025 monthly summary focusing on governance, deployment reliability, and CI/CD efficiency across interop-core-deployment and interop-be-monorepo. Key changes include CODEOWNERS governance update, VAPT image upgrade, deployment config fixes, and a PR validation Docker gate, all aimed at reducing risk, accelerating delivery, and improving code review and deployment reliability.
April 2025 monthly summary focusing on governance, deployment reliability, and CI/CD efficiency across interop-core-deployment and interop-be-monorepo. Key changes include CODEOWNERS governance update, VAPT image upgrade, deployment config fixes, and a PR validation Docker gate, all aimed at reducing risk, accelerating delivery, and improving code review and deployment reliability.
In March 2025, the pagopa/interop-core-deployment repo delivered a stronger, more reliable foundation for automated deployments, secure secret management, and governance across core services. The team established a full CI/CD workflow with Kubernetes-based deployment and unified monitoring, enabled development readiness for the Attribute Registry Read Model Writer, and implemented governance and security improvements to streamline collaboration and reduce deployment risks. These efforts translate into faster feature delivery, greater reliability, and a clearer ownership model across the core deployment stack.
In March 2025, the pagopa/interop-core-deployment repo delivered a stronger, more reliable foundation for automated deployments, secure secret management, and governance across core services. The team established a full CI/CD workflow with Kubernetes-based deployment and unified monitoring, enabled development readiness for the Attribute Registry Read Model Writer, and implemented governance and security improvements to streamline collaboration and reduce deployment risks. These efforts translate into faster feature delivery, greater reliability, and a clearer ownership model across the core deployment stack.
February 2025 — pagopa/interop-be-monorepo: CI/CD workflow optimization for Docker builds and performance testing. Outcomes: more stable pipelines, shorter feedback loops, and automated performance validation. No major bugs fixed; stability improvements from concurrency tuning. Key deliveries: cap Docker builds parallelism to 5; add perf-test branch trigger to run and push performance tests; workflow refactor to reduce parallelism (refs: 9acb6cf55b7efe670f56345ecdd1d1ffeb040180, 04342e9e30c2cccac0e19beb2fcf7c8e3c33964d, 5152b7194926ae5ea08dddf191bd9e36f76b1da5).
February 2025 — pagopa/interop-be-monorepo: CI/CD workflow optimization for Docker builds and performance testing. Outcomes: more stable pipelines, shorter feedback loops, and automated performance validation. No major bugs fixed; stability improvements from concurrency tuning. Key deliveries: cap Docker builds parallelism to 5; add perf-test branch trigger to run and push performance tests; workflow refactor to reduce parallelism (refs: 9acb6cf55b7efe670f56345ecdd1d1ffeb040180, 04342e9e30c2cccac0e19beb2fcf7c8e3c33964d, 5152b7194926ae5ea08dddf191bd9e36f76b1da5).
January 2025 monthly summary for pagopa/interop-qa-tests: Delivered a critical bug fix to clean up active jobs during QA deployment scale-down, eliminating test interference and reducing resource contention. The change ensures that when deployments scale down to zero replicas, any remaining jobs are deleted, preventing flakiness in subsequent test runs.
January 2025 monthly summary for pagopa/interop-qa-tests: Delivered a critical bug fix to clean up active jobs during QA deployment scale-down, eliminating test interference and reducing resource contention. The change ensures that when deployments scale down to zero replicas, any remaining jobs are deleted, preventing flakiness in subsequent test runs.
December 2024: Delivered Kafka Topic Management Enhancement for Outbound Topics in pagopa/interop-qa-tests. Implemented purge outbound topics before creating new ones, added environment variable for outbound topic prefix, and ensured correct handling of event store and outbound topics during topic management. Change captured under a workflow-focused commit c945d9700513a4d8b1a023678163c6ceb63d7c15.
December 2024: Delivered Kafka Topic Management Enhancement for Outbound Topics in pagopa/interop-qa-tests. Implemented purge outbound topics before creating new ones, added environment variable for outbound topic prefix, and ensured correct handling of event store and outbound topics during topic management. Change captured under a workflow-focused commit c945d9700513a4d8b1a023678163c6ceb63d7c15.
November 2024 monthly summary focusing on key accomplishments, major bug fixes, and business impact across two repositories. Delivered reliability-focused QA automation improvements and GitFlow-aligned CI/CD workflows, driving faster feedback and more predictable releases.
November 2024 monthly summary focusing on key accomplishments, major bug fixes, and business impact across two repositories. Delivered reliability-focused QA automation improvements and GitFlow-aligned CI/CD workflows, driving faster feedback and more predictable releases.
Overview of all repositories you've contributed to across your timeline