Summary
You now have a structured, risk-driven approach to identify security risks across cloud and AI workloads. For Contoso Healthcare Systems, this means turning hundreds of daily security findings into a prioritized, actionable set of insights that protect their patient triage assistant and medical records summarization services.
You explored how Foundational CSPM provides basic posture visibility, while Defender CSPM unlocks advanced capabilities including AI Bill of Materials discovery, attack path analysis, and the Cloud Security Explorer. The Cloud Overview dashboard and AI workload discovery features give Contoso's security team dedicated visibility into their Azure OpenAI and Azure AI Foundry deployments alongside their broader Azure workloads.
You learned to interpret the Cloud Secure Score using the risk-based prioritization model in the Microsoft Defender portal. As a security specialist, by understanding how internet exposure, data sensitivity, criticality, and lateral movement potential combine to surface the most dangerous vulnerabilities first, Contoso can focus remediation efforts where they matter most. AI-specific recommendations ensure their generative AI workloads receive appropriate security attention.
You used attack path analysis to identify externally exploitable paths targeting high-value assets, including AI workloads. The Attack Path Map reveals entry points, choke points, and vulnerable nodes along MITRE ATT&CK-contextualized attack chains, helping Contoso understand realistic attacker scenarios before exploitation occurs.
You ran graph-based queries in Cloud Security Explorer to proactively hunt for risks across Azure environments. Prebuilt templates and custom queries let Contoso's team discover misconfigurations, exposure patterns, and compliance gaps that traditional scans might miss.
With these capabilities, Contoso's security team can assess posture coverage, prioritize the most dangerous findings, trace exploitation chains, and proactively hunt for hidden risks—shifting from reactive alert response to continuous, context-aware risk identification.