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SREE-commerce Platform · 2024

Observability & SLO Rollout

Replaced alert noise with meaningful SLOs and full-stack observability, cutting MTTR by more than half and ending on-call burnout.

−58%
MTTR
−70%
Alert noise
99.95%
SLO adherence
CloudForge case study
SREPrometheusGrafana
SREPrometheusGrafanaOpenTelemetryPagerDuty

The problem

On-call was drowning in low-signal alerts and incidents took hours to diagnose. There was no shared definition of healthy, so reliability work stayed reactive.

What CloudForge built

The outcome

MTTR dropped 58% and alert noise fell 70%. On-call became sustainable, and reliability decisions are now driven by error budgets instead of gut feel.

Why the program started with user impact

Reducing alert volume is not the same as improving reliability. The useful starting point is a critical user journey, a measurable service-level indicator and an objective that reflects the business consequence of failure. Alerts can then focus on material error-budget consumption rather than every infrastructure symptom.

Runbooks and incident exercises complete the system. A dashboard can show that a service is failing, but recovery improves only when ownership, decision authority, communication and a tested response are clear before the next incident begins.

Related CloudForge guidance

SRE consultingBuild SLOs, observability, incident response and recovery practices.SLO design guideDefine indicators and objectives that guide real decisions.Cloud disaster recovery guideTranslate RTO and RPO into tested recovery evidence.

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