Cloud Monitoring

Application Anomaly Detection

Group Application Insights events into operation stories, so exceptions, dependency timeouts, and deployment failures appear in one timeline.

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Operation Story — checkout-apiApplication Insights
Events
3
Ops affected
2
Window
24h
NullReferenceException
checkout-api · 14:32:01
Critical
Dependency timeout
payments-db · 30 000ms
High
Availability test failed
storefront-eu · region probe
Medium
Operation Story Grouping

Group Application Insights events into a single timeline.

Exceptions & Dependency Timeouts

Surface failures and slow dependencies as they happen.

Deployment Failure Visibility

Spot failed deployments before they become incidents.

Teams Alert Delivery

Get notified where your team already works.

Application Monitoring

Surface application failures with full context

Group Application Insights events into operation stories by operation ID, so you see exceptions, dependency timeouts, deployment failures, and availability test results in a single timeline — not scattered across individual telemetry records.

Operation Story — order-api3 Events
Operation ID: 4f8a2c…d91e
NullReferenceException14:32:01
Exception
sql-orders-prod · 30 000ms14:32:00
Dependency Timeout
POST /api/checkout · 50014:32:01
Request Failed
Deployment Failures: 2Availability Tests: 1 failed
Microsoft Teams — #azure-alerts
Anomaly Detected — vm-web-prod-01CRITICAL
Resourcevm-web-prod-01MetricCPU · 92% (+340% vs baseline)RegionEast USTimeToday at 14:32 UTC
Identity Anomaly — alice@corp.comHIGH
EventImpossible travel detectedDetailLondon → Lagos in 18 minTimeToday at 02:41 UTC
Alerts are delivered with full context so your team can act immediately. No portal login required to triage.
Alerts

Get notified where your team already works

Receive actionable anomaly alerts directly in Microsoft Teams, so your team can triage and respond without leaving the tools they already use.

Powered by Azure-native telemetry

Metrics
Traces
Events
Exceptions
Dependencies
Resource Health

FAQs

How is this different from Azure Monitor alerts?
Azure Monitor alerts require you to define static thresholds manually for each resource. TENET eliminates that configuration overhead entirely with automated baselines.
Does it work across multiple subscriptions and tenants?
Yes. TENET analyses resources in all the subscriptions in any tenant it's given access to and processes the data in parallel. Multi-tenant support means each tenant's data is completely isolated.
What are the benefits of using TENET for Azure monitoring?

TENET delivers four compounding advantages for teams running workloads on Azure:

  1. Better user experience. By continuously monitoring application and infrastructure performance against intelligent baselines, TENET surfaces issues before end users are affected.
  2. Increased reliability. TENET detects anomalies across compute, storage, networking, databases, and identities. Catching issues early — rather than reacting to outages — directly reduces MTTR and improves uptime.
  3. Lower operational cost. Proactive anomaly detection means fewer major incidents, less unplanned remediation work, and a smaller blast radius when things do go wrong. Teams spend less time firefighting and more time innovating.
  4. Stronger business performance. With full visibility into how your Azure environment is behaving, engineering and operations teams can make confident, data-driven decisions that protect revenue and keep services running at their best.
Does TENET require installing agents on my virtual machines?
No agents required. TENET connects directly to the Azure Resource Manager and Azure Monitor APIs, so it works across every VM, container, database, function app, and storage account without touching the resources themselves.

Go from incident response to proactive monitoring

Full anomaly detection coverage across every subscription from day one.

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