
Aorui worked on the longhorn/longhorn-manager repository, delivering a Node Scheduled Storage Metrics Collection feature to enhance cluster observability and capacity planning. Using Go for backend development, Aorui extended the NodeCollector struct and updated the Collect method to emit a new metric, longhorn_node_storage_scheduled_bytes, which gathers and reports scheduled storage information at the node level. This addition enables more granular monitoring and supports data-driven scheduling decisions. The work focused on metrics collection and system monitoring, laying the groundwork for proactive capacity management. Over the month, Aorui’s contributions demonstrated depth in backend engineering and a clear understanding of observability requirements.

In Oct 2025, delivered a new Node Scheduled Storage Metrics Collection feature for longhorn-manager to improve observability and capacity planning. The changes introduce a new metric, longhorn_node_storage_scheduled_bytes, by adding a new field to the NodeCollector struct and updating the Collect method to emit the metric, ensuring scheduled storage information is gathered and reported. This work enhances visibility into node-level storage scheduling and supports data-driven decisions for capacity management and scheduling across the cluster.
In Oct 2025, delivered a new Node Scheduled Storage Metrics Collection feature for longhorn-manager to improve observability and capacity planning. The changes introduce a new metric, longhorn_node_storage_scheduled_bytes, by adding a new field to the NodeCollector struct and updating the Collect method to emit the metric, ensuring scheduled storage information is gathered and reported. This work enhances visibility into node-level storage scheduling and supports data-driven decisions for capacity management and scheduling across the cluster.
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