
Maureen Studeny engineered robust Kubernetes upgrade workflows and deployment automation across the Cray-HPE/csm and related repositories, focusing on reliability, security, and maintainability. She developed CI/CD pipelines using Shell scripting and Docker, automated container image build and signing, and managed Helm chart upgrades to streamline platform releases. Her work included version-aware manifest deployment, security hardening through PodSecurityPolicy removal, and detailed documentation updates to guide operators through complex upgrade scenarios. By integrating GitHub Actions and YAML-driven configuration management, Maureen reduced upgrade risk, improved deployment consistency, and ensured compatibility with evolving Kubernetes versions, demonstrating deep expertise in DevOps and cloud infrastructure engineering.

January 2026 (2026-01) monthly summary for Cray-HPE/csm: Delivered a Kubernetes image version upgrade to 7.2.18 across multiple components to improve compatibility and security. Implemented a security-hardening change by setting the default caCertificateValidityPeriod to 87600h (10 years) through commit CASMPET-7714 (b29956b106588ac73ccad7a9b9cbcd98e4d309c4). This work enhances future upgrade paths, reduces certificate rotation overhead, and aligns with long-term security policy. All changes are tracked in Cray-HPE/csm with a clear linkage to the CASMPET-7714 issue (#4418).
January 2026 (2026-01) monthly summary for Cray-HPE/csm: Delivered a Kubernetes image version upgrade to 7.2.18 across multiple components to improve compatibility and security. Implemented a security-hardening change by setting the default caCertificateValidityPeriod to 87600h (10 years) through commit CASMPET-7714 (b29956b106588ac73ccad7a9b9cbcd98e4d309c4). This work enhances future upgrade paths, reduces certificate rotation overhead, and aligns with long-term security policy. All changes are tracked in Cray-HPE/csm with a clear linkage to the CASMPET-7714 issue (#4418).
Month: 2025-12 — Delivered upgrade troubleshooting documentation for Cray Vault Operator in Cray-HPE/docs-csm to improve upgrade reliability and reduce downtime during CSM upgrades. Focused on documenting symptoms, recommended solutions, and commands to resolve cray-vault-operator chart upgrade issues. The work directly addressed the CASMTRIAGE-8935 scenario and provides a clear, repeatable remediation path. Overall impact includes improved upgrade success rates, shorter incident resolution times, and a stronger operator knowledge base. Technologies and skills demonstrated include technical writing, Kubernetes operator troubleshooting, version control, and incident triage.
Month: 2025-12 — Delivered upgrade troubleshooting documentation for Cray Vault Operator in Cray-HPE/docs-csm to improve upgrade reliability and reduce downtime during CSM upgrades. Focused on documenting symptoms, recommended solutions, and commands to resolve cray-vault-operator chart upgrade issues. The work directly addressed the CASMTRIAGE-8935 scenario and provides a clear, repeatable remediation path. Overall impact includes improved upgrade success rates, shorter incident resolution times, and a stronger operator knowledge base. Technologies and skills demonstrated include technical writing, Kubernetes operator troubleshooting, version control, and incident triage.
November 2025 monthly summary: Delivered cross-repo improvements to strengthen Kubernetes upgrade planning, DNS image maintenance, and deployment reliability. The work aligned docs, container images, and Helm charts with official Kubernetes sources, enabling better planning, faster fixes, and reduced operational risk.
November 2025 monthly summary: Delivered cross-repo improvements to strengthen Kubernetes upgrade planning, DNS image maintenance, and deployment reliability. The work aligned docs, container images, and Helm charts with official Kubernetes sources, enabling better planning, faster fixes, and reduced operational risk.
October 2025 performance summary emphasizing security posture, system reliability, and automation across Cray-HPE repositories. Delivered upgrade-time PSP cleanup, updated Multus CNI to the latest stable version across container images and configurations, and introduced CI/asset improvements to streamline future updates. No reported critical bugs fixed this month; focus was on delivering business value through security hardening, compatibility, and deployment efficiency.
October 2025 performance summary emphasizing security posture, system reliability, and automation across Cray-HPE repositories. Delivered upgrade-time PSP cleanup, updated Multus CNI to the latest stable version across container images and configurations, and introduced CI/asset improvements to streamline future updates. No reported critical bugs fixed this month; focus was on delivering business value through security hardening, compatibility, and deployment efficiency.
September 2025 performance summary: Delivered automated container image pipelines and critical platform hardening across Cray-HPE repositories, driving faster software delivery, improved security posture, and reduced maintenance overhead. Key features include end-to-end container image build/sign/scan/tag/publish for external-dns versions 0.17.0/0.18.0 and security hardening by upgrading Spilo-15 to 3.2-p1. Upgraded cray-externaldns to 1.7.0, deprecated outdated image references, enforced PSP-aware rolebindings, and refreshed several platform component pins. Added Kubernetes audit log upgrade visibility and migration safety checks. Overall impact: increased deployment reliability, enhanced security, and clearer governance around image references and platform manifests. Technologies/skills demonstrated: CI/CD automation (GitHub Actions), Dockerfile authoring, image signing/scanning, PSP and Kubernetes manifest hardening, dependency management, scripting for migration safety checks, documentation updates.
September 2025 performance summary: Delivered automated container image pipelines and critical platform hardening across Cray-HPE repositories, driving faster software delivery, improved security posture, and reduced maintenance overhead. Key features include end-to-end container image build/sign/scan/tag/publish for external-dns versions 0.17.0/0.18.0 and security hardening by upgrading Spilo-15 to 3.2-p1. Upgraded cray-externaldns to 1.7.0, deprecated outdated image references, enforced PSP-aware rolebindings, and refreshed several platform component pins. Added Kubernetes audit log upgrade visibility and migration safety checks. Overall impact: increased deployment reliability, enhanced security, and clearer governance around image references and platform manifests. Technologies/skills demonstrated: CI/CD automation (GitHub Actions), Dockerfile authoring, image signing/scanning, PSP and Kubernetes manifest hardening, dependency management, scripting for migration safety checks, documentation updates.
August 2025 monthly summary: Delivered critical features and security fixes across Cray-HPE/csm and Cray-HPE/docs-csm. Focused on documentation quality, security posture, DNS reliability during upgrades, and governance through updated release notes. Business value: reduces upgrade risk, improves deployment accuracy, strengthens security posture, and enables smoother platform upgrades. Technologies demonstrated: Kubernetes, Helm charts, docker-kubectl, DNS (unbound/CoreDNS), kubeadm config, release notes workflow.
August 2025 monthly summary: Delivered critical features and security fixes across Cray-HPE/csm and Cray-HPE/docs-csm. Focused on documentation quality, security posture, DNS reliability during upgrades, and governance through updated release notes. Business value: reduces upgrade risk, improves deployment accuracy, strengthens security posture, and enables smoother platform upgrades. Technologies demonstrated: Kubernetes, Helm charts, docker-kubectl, DNS (unbound/CoreDNS), kubeadm config, release notes workflow.
July 2025 monthly summary: The team delivered reliability improvements, stability enhancements, and Kubernetes hardening across Cray-HPE/docs-csm and Cray-HPE/csm. Key work included upgrade reliability improvements to Nexus post-drain, idempotent ingress configuration, platform-utils upgrades for etcd test stability and Kubernetes-version compatibility, a longer cray-nexus chart timeout to support long-running operations, and Kubernetes v1.24 release hardening. Release notes were updated to document cray-velero 10.0.1 for CSM 1.7. These efforts reduce upgrade downtime, prevent data loss during upgrades, improve test reliability, and provide clearer operator guidance.
July 2025 monthly summary: The team delivered reliability improvements, stability enhancements, and Kubernetes hardening across Cray-HPE/docs-csm and Cray-HPE/csm. Key work included upgrade reliability improvements to Nexus post-drain, idempotent ingress configuration, platform-utils upgrades for etcd test stability and Kubernetes-version compatibility, a longer cray-nexus chart timeout to support long-running operations, and Kubernetes v1.24 release hardening. Release notes were updated to document cray-velero 10.0.1 for CSM 1.7. These efforts reduce upgrade downtime, prevent data loss during upgrades, improve test reliability, and provide clearer operator guidance.
June 2025 (2025-06) monthly summary for Cray-HPE engineering across the csm and docs-csm repositories. Delivered changes focused on upgrade reliability, deployment integrity, and security posture, with targeted fixes and precache improvements that reduce downtime and streamline maintenance. Key outcomes include: safer upgrade workflow by deferring cray-psp uninstall until ncns rollout, updated platform precache for DNS and Kyverno, and removal of PSP support to simplify configurations and cleanup resources. Improved CI/CD reliability through fail-fast behavior on IMS image retrieval and orderly undeployment of old charts, plus essential script permissions fixes. The work demonstrates strong cross-repo collaboration, automation discipline, and a solid foundation for safer, faster rollouts in production.
June 2025 (2025-06) monthly summary for Cray-HPE engineering across the csm and docs-csm repositories. Delivered changes focused on upgrade reliability, deployment integrity, and security posture, with targeted fixes and precache improvements that reduce downtime and streamline maintenance. Key outcomes include: safer upgrade workflow by deferring cray-psp uninstall until ncns rollout, updated platform precache for DNS and Kyverno, and removal of PSP support to simplify configurations and cleanup resources. Improved CI/CD reliability through fail-fast behavior on IMS image retrieval and orderly undeployment of old charts, plus essential script permissions fixes. The work demonstrates strong cross-repo collaboration, automation discipline, and a solid foundation for safer, faster rollouts in production.
Month: 2025-05 - Monthly summary focusing on key accomplishments across Cray-HPE repositories with emphasis on business value, reliability, and automation in Kubernetes upgrade workflows. The work delivered in May 2025 strengthens artifact governance, reduces upgrade risk, and improves deployment consistency across environments.
Month: 2025-05 - Monthly summary focusing on key accomplishments across Cray-HPE repositories with emphasis on business value, reliability, and automation in Kubernetes upgrade workflows. The work delivered in May 2025 strengthens artifact governance, reduces upgrade risk, and improves deployment consistency across environments.
April 2025: Delivered versioned Kubectl images and multi-version Kubernetes component image pipelines, upgraded Cray-VPA charts, and fixed test image tag quoting. Implemented automated build, sign, and scan workflows with Artifactory integration, enabling safer, versioned Kubernetes components deployment across Cray-HPE/container-images and Cray-HPE/csm.
April 2025: Delivered versioned Kubectl images and multi-version Kubernetes component image pipelines, upgraded Cray-VPA charts, and fixed test image tag quoting. Implemented automated build, sign, and scan workflows with Artifactory integration, enabling safer, versioned Kubernetes components deployment across Cray-HPE/container-images and Cray-HPE/csm.
March 2025 monthly summary focusing on key accomplishments and business impact across Cray-HPE repositories. Delivered scalable upgrade readiness, security posture improvements, and end-to-end CI automation to accelerate deployments and reduce operational risk.
March 2025 monthly summary focusing on key accomplishments and business impact across Cray-HPE repositories. Delivered scalable upgrade readiness, security posture improvements, and end-to-end CI automation to accelerate deployments and reduce operational risk.
February 2025 monthly summary: Implemented Kubernetes API compatibility updates and CronJob batch/v1 migration across core platform components; refreshed container images and package versions across CSM repositories; automated CI/CD workflows and image publication for Kubernetes components; removed deprecated PSP checks in testing to align with Kubernetes 1.25+; and improved Kubernetes job restart reliability by excluding the controller-uid label in relevant configs. Overall, these changes increase deployment readiness, reduce API deprecation risk, and streamline release and test workflows across four repositories.
February 2025 monthly summary: Implemented Kubernetes API compatibility updates and CronJob batch/v1 migration across core platform components; refreshed container images and package versions across CSM repositories; automated CI/CD workflows and image publication for Kubernetes components; removed deprecated PSP checks in testing to align with Kubernetes 1.25+; and improved Kubernetes job restart reliability by excluding the controller-uid label in relevant configs. Overall, these changes increase deployment readiness, reduce API deprecation risk, and streamline release and test workflows across four repositories.
January 2025: Cross-repo upgrade readiness and reliability improvements across Cray-HPE/docs-csm, Cray-HPE/csm, and Cray-HPE/container-images. Delivered structured Kubernetes upgrade paths, stabilized etcd rollbacks, and prepared the system for Kubernetes 1.32.0 upgrades in CSM 1.7. This work reduces upgrade downtime risk, improves operator experience, and aligns with upcoming Kubernetes release cycles.
January 2025: Cross-repo upgrade readiness and reliability improvements across Cray-HPE/docs-csm, Cray-HPE/csm, and Cray-HPE/container-images. Delivered structured Kubernetes upgrade paths, stabilized etcd rollbacks, and prepared the system for Kubernetes 1.32.0 upgrades in CSM 1.7. This work reduces upgrade downtime risk, improves operator experience, and aligns with upcoming Kubernetes release cycles.
December 2024 performance summary for Cray-HPE engineering: Delivered a pre-install system secret verification hook for Cray Nexus deployment with version bumps to cray-nexus-setup 0.11.1 and cray-nexus chart 0.13.0, fixed prerequisite script robustness for upgrade paths, and corrected troubleshooting docs to reflect the correct PostgreSQL service name. These changes improve deployment reliability, reduce upgrade failure risk, and accelerate customer time-to-value.
December 2024 performance summary for Cray-HPE engineering: Delivered a pre-install system secret verification hook for Cray Nexus deployment with version bumps to cray-nexus-setup 0.11.1 and cray-nexus chart 0.13.0, fixed prerequisite script robustness for upgrade paths, and corrected troubleshooting docs to reflect the correct PostgreSQL service name. These changes improve deployment reliability, reduce upgrade failure risk, and accelerate customer time-to-value.
2024-11 Monthly Summary: Focused on strengthening Kyverno pod health verification in Cray-HPE/csm-testing. Delivered a robust health-check workflow with per-component validations and improved error reporting, laying groundwork for broader reliability improvements and faster remediation of issues.
2024-11 Monthly Summary: Focused on strengthening Kyverno pod health verification in Cray-HPE/csm-testing. Delivered a robust health-check workflow with per-component validations and improved error reporting, laying groundwork for broader reliability improvements and faster remediation of issues.
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