
Developed and delivered ArubaOS Temperature Monitoring for the librenms/librenms repository, enabling environmental data collection from Aruba devices through a new SNMP OID. The work involved extending YAML and JSON data models, updating simulation data, and aligning with the WLSX-SYSTEMEXT-MIB to support accurate temperature sensing. Configuration parameters were introduced to enhance device monitoring flexibility, and repository hygiene was improved with minor indentation fixes and clear documentation. This feature increased visibility into ArubaOS environmental health, supporting proactive alerts and faster response to thermal events. Demonstrated skills included device configuration, network monitoring, SNMP integration, and collaborative development within a shared codebase.
October 2025 (librenms/librenms) focused on delivering ArubaOS Temperature Monitoring and aligning data collection with existing monitoring capabilities. Key features delivered: added ArubaOS temperature data collection via a new OID, introduced configuration parameters, and updated simulation data to monitor environmental conditions on Aruba devices. Supporting repository changes included updates to arubaos.yaml and arubaos.json, and a MIB extension alignment (WLSX-SYSTEMEXT-MIB) for temperature monitoring. The work included a small indentation fix in arubaos.yaml and is co-authored by Neil Lathwood. Major bugs fixed: none documented this month; minor quality/tidy-ups (e.g., indentation fix) were completed as part of the feature work. Overall impact and accomplishments: enhanced visibility into ArubaOS environmental health, enabling proactive alerts and faster MTTR for thermal events, which reduces risk of outages and supports data-driven capacity planning. Technologies/skills demonstrated: OID/MIB integration, YAML/JSON data modeling, simulation data updates, repository hygiene, and cross-team collaboration.
October 2025 (librenms/librenms) focused on delivering ArubaOS Temperature Monitoring and aligning data collection with existing monitoring capabilities. Key features delivered: added ArubaOS temperature data collection via a new OID, introduced configuration parameters, and updated simulation data to monitor environmental conditions on Aruba devices. Supporting repository changes included updates to arubaos.yaml and arubaos.json, and a MIB extension alignment (WLSX-SYSTEMEXT-MIB) for temperature monitoring. The work included a small indentation fix in arubaos.yaml and is co-authored by Neil Lathwood. Major bugs fixed: none documented this month; minor quality/tidy-ups (e.g., indentation fix) were completed as part of the feature work. Overall impact and accomplishments: enhanced visibility into ArubaOS environmental health, enabling proactive alerts and faster MTTR for thermal events, which reduces risk of outages and supports data-driven capacity planning. Technologies/skills demonstrated: OID/MIB integration, YAML/JSON data modeling, simulation data updates, repository hygiene, and cross-team collaboration.

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