
David Borman developed a storage session resilience feature for the Cray-HPE/csm-config repository, focusing on enabling iSCSI services across compute and UAN nodes. He implemented iscsid and multipathd using Ansible playbooks, ensuring iSCSI sessions persist through worker node reboots and supporting NVIDIA hybrid solution requirements. His work emphasized configuration management and system administration, leveraging YAML for reproducible deployments and clear change tracking. By updating the CHANGELOG and maintaining traceability to the associated commit, David improved storage reliability and streamlined deployment workflows. This feature reduced manual recovery efforts and accelerated recovery times, aligning with broader automation and storage resilience objectives.

November 2024: Delivered a key feature in Cray-HPE/csm-config to enhance storage session resilience by enabling iSCSI services on compute/UAN nodes. Implemented iscsid and multipathd to ensure iSCSI sessions survive worker node reboots and to support NVIDIA hybrid solution requirements. Changes were applied via Ansible playbooks; CHANGELOG updated. Associated commit: e30a6db41327c919afdb93e3fd7e45adfea58857 (CASMTRIAGE-7459). Result: improved reliability of iSCSI sessions across node reboots and streamlined deployment workflows. This work aligns with storage resilience, automation, and change governance goals, delivering tangible business value by reducing manual recovery effort and accelerating recovery times.
November 2024: Delivered a key feature in Cray-HPE/csm-config to enhance storage session resilience by enabling iSCSI services on compute/UAN nodes. Implemented iscsid and multipathd to ensure iSCSI sessions survive worker node reboots and to support NVIDIA hybrid solution requirements. Changes were applied via Ansible playbooks; CHANGELOG updated. Associated commit: e30a6db41327c919afdb93e3fd7e45adfea58857 (CASMTRIAGE-7459). Result: improved reliability of iSCSI sessions across node reboots and streamlined deployment workflows. This work aligns with storage resilience, automation, and change governance goals, delivering tangible business value by reducing manual recovery effort and accelerating recovery times.
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