Sangfor Guance

Unify hyperconverged infrastructure, managed cloud, Kubernetes, IIS, applications, and business processes for SRE

Hybrid full-stack context
Business-tiered alerting
Technology and business dashboards

Customer context

Sangfor’s IT-SRE team supports enterprise systems including ERP, CRM, supply-chain, and internal collaboration. Its published story describes how these systems connect to finance, delivery, and operating workflows.

The hybrid estate includes hyperconverged infrastructure, managed cloud, Kubernetes microservices, and existing IIS multi-site systems running across technology generations.

When a business system changed behaviour, SREs needed to assess impact across metrics, logs, traces, databases, middleware, and underlying resources.

Several architecture generations had separate views

Infrastructure, middleware, and application signals across hyperconverged, cloud, Kubernetes, and IIS environments remained in different tools.

Several architecture generations had separate views

Cross-service issues required manual reconstruction

A slow response could involve an application, database, middleware, or resource, requiring repeated alignment of metrics, logs, and traces.

Cross-service issues required manual reconstruction

Uniform thresholds created low-value alerts

Without business importance and error severity, critical events competed with large numbers of equal-priority notifications.

Uniform thresholds created low-value alerts

Implementation

Unify IaaS, PaaS, and application data

Infrastructure, middleware, applications, metrics, logs, traces, and business dashboards entered one platform organised through shared tags and object tiers.

Govern alerts by business tier

The published story describes S/A/B/C application tiers combined with monitoring severity so critical services and errors received greater handling priority.

Map technical signals to business workflows

A business dashboard organised runtime signals around quotation, contract, ordering, shipment, and collection so teams could drill from a process into applications and resources.

What changed

SRE gained a cross-layer investigation path

Teams could continue from a business signal into application, database, middleware, and infrastructure evidence.

Alert priority better reflected business impact

Application tier and error severity jointly informed routing instead of mixing critical events with low-value notifications.

Business teams could interpret technical state

Views based on quotation, contract, order, delivery, and collection placed technical anomalies in a business context.

Retrospectives retained shared evidence

Metrics, logs, traces, and business views used a common time range for later rule and architecture changes.

Frequently asked questions

What hybrid architecture appears in the Sangfor story?

It names hyperconverged infrastructure, managed cloud, Kubernetes microservices, and IIS multi-site systems together with their applications, databases, middleware, and resources.

How do S/A/B/C tiers affect alerting?

Business criticality and monitoring severity jointly determine event priority and escalation. Service owners, SREs, and business teams should define and review the exact rules.

How does the business dashboard connect IT and operations?

It organises signals around quotation, contract, ordering, shipment, and collection and allows drill-down from a business step into the associated application, service, and resource.

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