Reduce risk in what you build

You build and run the Azure workloads the business depends on. TENET watches their behaviour, spend, exposure and AI services against learned baselines, so drift, cost creep and open doors surface before they turn into incidents.

Drift nobody set an alert for

Alert rules only catch what someone thought to configure. A resource slowly moving away from normal goes unnoticed until it fails.

Spend that creeps up

A sustained increase or a new service in the bill adds cost every day until finance asks about it.

Exposure from quick fixes

A port opened to test something and a broad role given to a pipeline stay in place long after the task is done.

Find drift before it breaks

TENET learns the normal behaviour of each Azure resource and flags the ones moving away from it, with no rules to write. Application errors, slow requests and dependency failures come from Application Insights, and Microsoft health events sit alongside.

• Baselines learned per resource
• Application failures grouped by app
• Health events next to the drift they explain

Control cloud spend

TENET reads settled Azure cost data and flags sustained increases that are unusual for that day of the week, plus new sources of spend once they have persisted. An AI summary frames the likely cause and the next check.

• Spend by service or subscription
• Sustained increases and new spend sources
• Newest three unsettled days left out

Close exposed paths

TENET lists network security group rules that open ports to the internet and maps how an exposed resource, an identity with broad permissions and sensitive data connect into an attack path. You close the link that breaks the most paths first.

• Internet-facing ports per network security group
• Attack paths from entry point to target
• Service principals and managed identities with broad reach

Run Azure AI safely

See every Azure OpenAI, AI Search and Cognitive Services deployment with its error rate, throttling, latency and quota use. Posture findings flag public network access, API key authentication, open network rules and missing content filters.

• Runtime health for each deployment
• Security posture gaps by severity
• AI agent identities scored for risk