Reducing the Noise of the ServiceHealthAlerts

Any suggestions?

Hello Anjali,
Apologies for getting back to you late. Did you get unblocked on this?
Yes, you can reduce the noise from Azure Service Health alerts, but because these alerts are triggered from Azure Activity Log notifications rather than lifecycle state changes stored in Azure Resource Graph, every update posted by Microsoft on the same incident TrackingID such as investigation updates, mitigation progress, or PIR/RCA publication generates a new notification that your alert rule is designed to fire on ; to minimize these repeated alerts without losing visibility, Microsoft documents that you should scope your Service Health alert rules based on notification class including selecting only Service Issues instead of also subscribing to Planned Maintenance, Health Advisories, or Security Advisories which are more likely to generate informational lifecycle updates, further reduce noise by narrowing alert scope to affected services and regions rather than All Services and All Regions since Service Health alerts can be configured to filter by subscription, services, and impacted regions at creation time, and optionally create separate alert rules for Service Issues versus Maintenance or Advisory events so informational communications are routed differently or suppressed; for advanced suppression scenarios you can route Service Health alerts to an automation endpoint such as Logic Apps using Action Groups because the JSON payload contains metadata including TrackingID, correlated event IDs, and status timestamps which allows you to post‑process notifications externally and notify only on first detection or resolution while ignoring intermediate updates. For reference you can review Service Health alert configuration guidance at https://learn.microsoft.com/en-us/azure/service-health/alerts-activity-log-service-notifications-portal and Service Health notification properties at https://learn.microsoft.com/en-us/azure/service-health/service-health-notifications-properties which explain how alerts are generated and scoped.