Integrate DevSecOps findings with centralized SIEM and SOC
Implementation Effort: Medium – Connecting GitHub, Azure DevOps, and Defender for Cloud signals to Microsoft Sentinel and validating each ingestion path requires coordination between security operations and DevOps teams. User Impact: Medium – SOC analysts and DevOps teams change how they monitor and respond once development-time findings flow into Sentinel, so that subset of users is affected. Lifecycle Stage: Run
Overview
Integrate DevSecOps findings and audit events with your centralized SIEM and SOC so development-time risks can be monitored alongside runtime threats.
DevSecOps tools generate a rich stream of security findings — code scanning alerts, secret detections, dependency vulnerabilities, IaC misconfigurations, and container image issues — but those findings often remain trapped inside developer platforms. When SOC analysts cannot see development-time signals, they cannot correlate a runtime alert with the code, pipeline, or credential event that may have caused it.
Connect the right data sources to Microsoft Sentinel and validate the ingestion path for each source — do not assume a single connector covers all signals. Stream GitHub enterprise audit data to a supported destination such as Azure Event Hubs, Azure Blob Storage, or Amazon S3 and ingest it into Sentinel. Audit log streaming is available on GitHub Enterprise Cloud and on supported versions of GitHub Enterprise Server. Validate feature availability for your GitHub plan or version and choose an export or streaming method accordingly, such as audit log streaming, API polling or export, or webhooks. Do not assume GitHub code scanning, secret scanning, and dependency findings arrive through the same path as enterprise audit logs; use Microsoft Defender for Cloud DevOps integration or another supported ingestion workflow for those signals before building Sentinel analytics.
For Azure DevOps, stream audit events by using the supported Azure Monitor Logs workflow or another supported export target. Use the Microsoft Sentinel data connectors reference to validate whether a platform signal is arriving as an audit event, a Defender for Cloud alert, or a custom-ingested record before building detections.
Once data is available, create DevOps-specific analytics rules and workbooks that correlate development-time findings with runtime incidents. Cross-pillar note: DevSecOps owns integration of development-time signals into the SIEM. Security Operations owns the detection rules, investigation workflows, and incident response processes that consume those signals.
Bringing development-time signals into centralized monitoring supports Assume breach, since correlating them with runtime telemetry helps the SOC detect and respond to compromise across the full software lifecycle.