
Prashant Surve engineered robust automation and disaster recovery solutions within the red-hat-storage/ocs-ci repository, focusing on Kubernetes-based deployment, backup, and multi-cluster management. He developed features for configurable DR workflows, automated cluster imports, and multi-namespace workload testing, leveraging Python and YAML for infrastructure as code and test automation. His work included enhancing deployment reliability, integrating cloud-native virtualization, and streamlining operator installations across hybrid and cloud environments. By addressing cross-version compatibility, error handling, and CI/CD alignment, Prashant improved deployment stability and reduced manual intervention. The depth of his contributions strengthened end-to-end testing, observability, and operational resilience for enterprise storage platforms.
April 2026 monthly summary for red-hat-storage/ocs-ci focusing on delivering robust OADP deployment improvements and expanding multi-cluster disaster recovery testing. Delivered features and enhancements that increase deployment reliability, improve cross-version compatibility, and broaden end-to-end testing coverage across clusters. Business value realized through faster, more reliable releases and stronger DR validation.
April 2026 monthly summary for red-hat-storage/ocs-ci focusing on delivering robust OADP deployment improvements and expanding multi-cluster disaster recovery testing. Delivered features and enhancements that increase deployment reliability, improve cross-version compatibility, and broaden end-to-end testing coverage across clusters. Business value realized through faster, more reliable releases and stronger DR validation.
Concise monthly summary for 2026-03 focused on the red-hat-storage/ocs-ci repo, highlighting key feature deliveries, major bug fixes, impact, and the skills demonstrated. The work emphasizes business value through reliable deployments, efficient testing, and improved configuration management.
Concise monthly summary for 2026-03 focused on the red-hat-storage/ocs-ci repo, highlighting key feature deliveries, major bug fixes, impact, and the skills demonstrated. The work emphasizes business value through reliable deployments, efficient testing, and improved configuration management.
February 2026 monthly summary for red-hat-storage/ocs-ci focused on reliability improvements, cross-cloud compatibility, and streamlining workload deployment. Delivered concrete features and fixes, with clear business value through more stable deployments and reduced manual steps across environments.
February 2026 monthly summary for red-hat-storage/ocs-ci focused on reliability improvements, cross-cloud compatibility, and streamlining workload deployment. Delivered concrete features and fixes, with clear business value through more stable deployments and reduced manual steps across environments.
January 2026 summary for red-hat-storage/ocs-ci focused on strengthening deployment reliability, expanding cross-cluster management capabilities, and broadening disaster recovery (DR) coverage. Delivered features that improve production stability, reduced manual workload, and extended operational scope, while addressing reliability gaps identified in CI testing. Key achievements and impact include improved OCS deployment verification robustness, automation for MCE-to-ACM imports, DR workload expansions, and targeted bug fixes that prevent misconfigurations and stabilize tests.
January 2026 summary for red-hat-storage/ocs-ci focused on strengthening deployment reliability, expanding cross-cluster management capabilities, and broadening disaster recovery (DR) coverage. Delivered features that improve production stability, reduced manual workload, and extended operational scope, while addressing reliability gaps identified in CI testing. Key achievements and impact include improved OCS deployment verification robustness, automation for MCE-to-ACM imports, DR workload expansions, and targeted bug fixes that prevent misconfigurations and stabilize tests.
Monthly work summary for 2025-12 focusing on upgrading Submariner and Subctl to GA releases within the red-hat-storage/ocs-ci CI suite to improve deployment stability and compatibility across environments. The upgrade aligns with ACM and Submariner GA builds, strengthening CI reliability for end-to-end deployment tests.
Monthly work summary for 2025-12 focusing on upgrading Submariner and Subctl to GA releases within the red-hat-storage/ocs-ci CI suite to improve deployment stability and compatibility across environments. The upgrade aligns with ACM and Submariner GA builds, strengthening CI reliability for end-to-end deployment tests.
November 2025 monthly summary: Focused on stabilizing IBM Cloud OCS CI by implementing a host-path workaround for the OADP Operator on IBM Cloud. Delivered via commit 847cdcc76e594e0493904c437382254827702170, aligned with PR #13086 and signed-off by prsurve. This targeted fix reduces host-path related failures in IBM Cloud deployments, improving CI reliability and throughput for storage testing. Demonstrated skills include cross-platform debugging, operator-level troubleshooting, and adherence to code governance.
November 2025 monthly summary: Focused on stabilizing IBM Cloud OCS CI by implementing a host-path workaround for the OADP Operator on IBM Cloud. Delivered via commit 847cdcc76e594e0493904c437382254827702170, aligned with PR #13086 and signed-off by prsurve. This targeted fix reduces host-path related failures in IBM Cloud deployments, improving CI reliability and throughput for storage testing. Demonstrated skills include cross-platform debugging, operator-level troubleshooting, and adherence to code governance.
Month 2025-10 focused on robustness and reliability of Submariner deployment and disaster recovery within red-hat-storage/ocs-ci. Targeted fixes improved automation resilience across deployment, cluster import, and DR workflows, delivering measurable business value in reliability and recovery speed.
Month 2025-10 focused on robustness and reliability of Submariner deployment and disaster recovery within red-hat-storage/ocs-ci. Targeted fixes improved automation resilience across deployment, cluster import, and DR workflows, delivering measurable business value in reliability and recovery speed.
Monthly summary for 2025-09 for repository red-hat-storage/ocs-ci focusing on key features delivered, major bugs fixed, overall impact, and technologies demonstrated. Business value is anchored in reliability, deployment efficiency, and maintainability of cluster management workflows.
Monthly summary for 2025-09 for repository red-hat-storage/ocs-ci focusing on key features delivered, major bugs fixed, overall impact, and technologies demonstrated. Business value is anchored in reliability, deployment efficiency, and maintainability of cluster management workflows.
2025-08 Monthly Summary for red-hat-storage/ocs-ci. Focused on delivering features that improve data visibility, deployment flexibility, and configuration-driven image tagging. No major bugs fixed are recorded in this period based on the provided data. The changes enable deeper validation of unreleased Submariner builds, streamlined IBM Cloud IPI deployments with Compact mode, and configurable ACM/MCE catalog image tagging, contributing to higher quality releases, faster deployment cycles, and safer rollout of unreleased components. Technologies demonstrated include extended data retrieval tooling, YAML-based deployment configuration for IBM Cloud, and environment-variable driven image tagging.
2025-08 Monthly Summary for red-hat-storage/ocs-ci. Focused on delivering features that improve data visibility, deployment flexibility, and configuration-driven image tagging. No major bugs fixed are recorded in this period based on the provided data. The changes enable deeper validation of unreleased Submariner builds, streamlined IBM Cloud IPI deployments with Compact mode, and configurable ACM/MCE catalog image tagging, contributing to higher quality releases, faster deployment cycles, and safer rollout of unreleased components. Technologies demonstrated include extended data retrieval tooling, YAML-based deployment configuration for IBM Cloud, and environment-variable driven image tagging.
July 2025 monthly summary for red-hat-storage/ocs-ci: Strengthened CI reliability and expanded deployment capabilities through targeted fixes, downstream deployment support for unreleased versions, Konflux-based ACM integration, and enhanced testing coverage. These efforts improve determinism, deployment flexibility, and test clarity across OCS CI, delivering measurable business value in faster feedback and safer upgrade paths.
July 2025 monthly summary for red-hat-storage/ocs-ci: Strengthened CI reliability and expanded deployment capabilities through targeted fixes, downstream deployment support for unreleased versions, Konflux-based ACM integration, and enhanced testing coverage. These efforts improve determinism, deployment flexibility, and test clarity across OCS CI, delivering measurable business value in faster feedback and safer upgrade paths.
June 2025 monthly summary for red-hat-storage/ocs-ci. Focused on delivering features that enhance backup reliability, deployment robustness, and multi-cloud networking support. Key deltas include DPA OADP 1.5+ compatibility with a nodeAgent-based backup upload path (restic config removed); an OCP 4.19 configuration refresh with updated ACM/Submariner versions, YAML cleanup, and robust access to submariner config keys to prevent KeyErrors; and IBM Cloud IPI Submariner deployment support. Business value delivered includes enabling newer OADP features, reducing operational risk through safer config handling, and expanding Submariner networking support for IBM Cloud across environments. Technologies demonstrated include DPA/OADP integration, nodeAgent-based backups, ACM/Submariner version upgrades, YAML hygiene and safe config access patterns, and IBM Cloud networking with Submariner CLI installation.
June 2025 monthly summary for red-hat-storage/ocs-ci. Focused on delivering features that enhance backup reliability, deployment robustness, and multi-cloud networking support. Key deltas include DPA OADP 1.5+ compatibility with a nodeAgent-based backup upload path (restic config removed); an OCP 4.19 configuration refresh with updated ACM/Submariner versions, YAML cleanup, and robust access to submariner config keys to prevent KeyErrors; and IBM Cloud IPI Submariner deployment support. Business value delivered includes enabling newer OADP features, reducing operational risk through safer config handling, and expanding Submariner networking support for IBM Cloud across environments. Technologies demonstrated include DPA/OADP integration, nodeAgent-based backups, ACM/Submariner version upgrades, YAML hygiene and safe config access patterns, and IBM Cloud networking with Submariner CLI installation.
May 2025 monthly summary for red-hat-storage/ocs-ci: Key deliverables include (1) Multi-namespace Disaster Recovery Testing for discovered apps in the OCS-CI framework, with updated helpers and tests for multi-namespace workloads; (2) ClusterSet deployment enhancements with environment-driven configuration, enabling Placement/ManagedClusterSetBinding linkage and env-based cluster-set identification; (3) OADP Operator installation fixed to use the redhat-operators catalog, preventing incorrect manifests. Impact: expanded DR testing coverage, more flexible and automated cluster management, and increased deployment reliability. Technologies/skills demonstrated: Kubernetes, OCS-CI, OADP, environment-variable configuration, ClusterSet/Placement/ManagedClusterSetBinding integration, test automation, and refactoring.
May 2025 monthly summary for red-hat-storage/ocs-ci: Key deliverables include (1) Multi-namespace Disaster Recovery Testing for discovered apps in the OCS-CI framework, with updated helpers and tests for multi-namespace workloads; (2) ClusterSet deployment enhancements with environment-driven configuration, enabling Placement/ManagedClusterSetBinding linkage and env-based cluster-set identification; (3) OADP Operator installation fixed to use the redhat-operators catalog, preventing incorrect manifests. Impact: expanded DR testing coverage, more flexible and automated cluster management, and increased deployment reliability. Technologies/skills demonstrated: Kubernetes, OCS-CI, OADP, environment-variable configuration, ClusterSet/Placement/ManagedClusterSetBinding integration, test automation, and refactoring.
Monthly summary for 2025-03 focused on red-hat-storage/ocs-ci. Key features delivered include standardizing pod management by migrating from DeploymentConfigs to Kubernetes Deployments to ensure cross-environment consistency, enhanced disaster recovery for discovered applications with VRG context to improve reliability during failover, adding KubeVirt as a default DataProtectionApplication plugin to extend protection to KubeVirt environments, and CephFS support for discovered DR workloads with updated tests to accommodate CephFS PVC interfaces. There were no explicit bug fixes reported in this period; work centered on feature delivery, reliability improvements, and expanding coverage. Overall impact: - Deployment consistency across environments via Kubernetes Deployments - More reliable failover and relocation for discovered apps - Broader protection coverage including KubeVirt - DR testing expanded to CephFS-based workloads Technologies/skills demonstrated: Kubernetes Deployments, VRG context threading, KubeVirt integration, CephFS DR configuration, DataProtectionApplication configuration, DR testing, resource labeling and test updates.
Monthly summary for 2025-03 focused on red-hat-storage/ocs-ci. Key features delivered include standardizing pod management by migrating from DeploymentConfigs to Kubernetes Deployments to ensure cross-environment consistency, enhanced disaster recovery for discovered applications with VRG context to improve reliability during failover, adding KubeVirt as a default DataProtectionApplication plugin to extend protection to KubeVirt environments, and CephFS support for discovered DR workloads with updated tests to accommodate CephFS PVC interfaces. There were no explicit bug fixes reported in this period; work centered on feature delivery, reliability improvements, and expanding coverage. Overall impact: - Deployment consistency across environments via Kubernetes Deployments - More reliable failover and relocation for discovered apps - Broader protection coverage including KubeVirt - DR testing expanded to CephFS-based workloads Technologies/skills demonstrated: Kubernetes Deployments, VRG context threading, KubeVirt integration, CephFS DR configuration, DataProtectionApplication configuration, DR testing, resource labeling and test updates.
February 2025: Focused on strengthening observability for Volsync deployments within red-hat-storage/ocs-ci. Delivered ConfigMap-based observability updates and removed an obsolete metric, reducing noise and improving monitoring fidelity across volsync-system and openshift-operators namespaces. This work improves incident response, performance visibility, and data-driven capacity planning for Volsync workloads.
February 2025: Focused on strengthening observability for Volsync deployments within red-hat-storage/ocs-ci. Delivered ConfigMap-based observability updates and removed an obsolete metric, reducing noise and improving monitoring fidelity across volsync-system and openshift-operators namespaces. This work improves incident response, performance visibility, and data-driven capacity planning for Volsync workloads.
Month: 2024-12 — Focused on reliability, deployment correctness, and disaster-recovery readiness for red-hat-storage/ocs-ci. Delivered targeted features and fixes that reduce deployment blockers and strengthen failover robustness, enabling safer and faster recovery in production environments. Key business value includes lower deployment risk, improved uptime, and clearer alignment with supported versions and recovery procedures.
Month: 2024-12 — Focused on reliability, deployment correctness, and disaster-recovery readiness for red-hat-storage/ocs-ci. Delivered targeted features and fixes that reduce deployment blockers and strengthen failover robustness, enabling safer and faster recovery in production environments. Key business value includes lower deployment risk, improved uptime, and clearer alignment with supported versions and recovery procedures.
Month: 2024-11 Key features delivered: - Configurable GlobalNet deployment: Enable/disable GlobalNet during deployment based on configuration settings, aligning with Jenkins job settings to provide flexible network configuration control. Commits: 456011abd77c48d3579e2f28981a2561251136cc (Disable globalnet when disable globalnet is checked in jenkins #10760). - DR workload placement configuration (RBD/CephFS): Add DR-specific placement configurations for subscription workloads by introducing YAML entries for RBD and CephFS subscriptions and handling in Python code. Commits: 1fb712e9c2a068c9ea11cf30f16ede35d16752bd (Use Placment for Subscription #10734). - CNV discovered apps support for disaster recovery: Add CNV workload support to the Discovered Apps DR framework, including configuration for CNV discovered apps, deployment logic updates, and tests for failover and relocation. Commits: 9e43b07db4ac53d45f6856e884f36d955adfc9de (CNV workload with Discovered Apps #10616). Major bugs fixed: - No major bugs reported in provided data for 2024-11. Overall impact and accomplishments: - Strengthened disaster recovery readiness across OCS-CI with configurable networking, YAML-driven DR configuration, and CNV workload support. These changes reduce manual intervention, accelerate failover, and align DR workflows with CI/CD pipelines. Technologies/skills demonstrated: - Python-based DR workflow updates, YAML configuration handling, deployment logic enhancements, and test coverage for failover and relocation. Jenkins integration considerations were applied to deployment configurations.
Month: 2024-11 Key features delivered: - Configurable GlobalNet deployment: Enable/disable GlobalNet during deployment based on configuration settings, aligning with Jenkins job settings to provide flexible network configuration control. Commits: 456011abd77c48d3579e2f28981a2561251136cc (Disable globalnet when disable globalnet is checked in jenkins #10760). - DR workload placement configuration (RBD/CephFS): Add DR-specific placement configurations for subscription workloads by introducing YAML entries for RBD and CephFS subscriptions and handling in Python code. Commits: 1fb712e9c2a068c9ea11cf30f16ede35d16752bd (Use Placment for Subscription #10734). - CNV discovered apps support for disaster recovery: Add CNV workload support to the Discovered Apps DR framework, including configuration for CNV discovered apps, deployment logic updates, and tests for failover and relocation. Commits: 9e43b07db4ac53d45f6856e884f36d955adfc9de (CNV workload with Discovered Apps #10616). Major bugs fixed: - No major bugs reported in provided data for 2024-11. Overall impact and accomplishments: - Strengthened disaster recovery readiness across OCS-CI with configurable networking, YAML-driven DR configuration, and CNV workload support. These changes reduce manual intervention, accelerate failover, and align DR workflows with CI/CD pipelines. Technologies/skills demonstrated: - Python-based DR workflow updates, YAML configuration handling, deployment logic enhancements, and test coverage for failover and relocation. Jenkins integration considerations were applied to deployment configurations.

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