Establish centralized DevSecOps security dashboards
Implementation Effort: Medium – Aggregating code, pipeline, and cloud findings into one view means connecting multiple tools to Defender for Cloud and building Azure Workbooks tailored to different audiences, which spans security and engineering.
User Impact: Low – Dashboards are built and consumed by security and engineering leaders; individual developers are not prompted or affected.
Lifecycle Stage: Govern
Overview
Establish centralized DevSecOps security dashboards so security and engineering teams can track code, pipeline, and infrastructure findings in one view. Today, security findings are scattered: code scanning alerts appear in GitHub, dependency vulnerabilities in Azure DevOps, and DevOps posture findings in Microsoft Defender for Cloud. This fragmentation requires manual aggregation, creating blind spots.
When security and engineering leaders need to understand overall risk posture or track remediation progress, they cannot get a complete picture without stitching together data from multiple tools.
Centralized DevSecOps security dashboards aggregate findings from across code, pipeline, and cloud security tools into a unified view. Microsoft Defender for Cloud provides a DevOps security dashboard that connects to GitHub, Azure DevOps, and GitLab environments, surfacing code scanning results, secret exposure, dependency vulnerabilities, and IaC misconfigurations in a single pane alongside cloud security posture data. Organizations can further customize visibility using Azure Workbooks to build interactive reports tailored to specific audiences — executive summaries for leadership, detailed finding breakdowns for engineering teams, and trend analysis for security operations.
Without centralized dashboards, security blind spots persist because no single person or team has a complete picture of DevSecOps risk. Vulnerabilities linger unresolved because there is no visible accountability, and leadership cannot make informed decisions about where to invest in security improvements. Centralized visibility supports Assume breach by ensuring that security posture is continuously monitored and that deviations from the desired state are visible to the people who can act. It also reinforces Verify explicitly by providing the data needed to confirm that security controls are functioning as intended across every stage of the development lifecycle.
As code-to-runtime capabilities mature, these dashboards can present a more complete picture. The integration between Microsoft Defender and GitHub Code Security (now generally available) brings runtime-enriched code findings into the same Defender experience as posture data, and Microsoft's multi-model agentic scanning harness (codename MDASH, announced at Build 2026 and in expanded preview, currently for GitHub-hosted code only) contributes validated, proven-exploitable code findings. Incorporate these sources as they become available so dashboards reflect exploitable risk from code through to runtime rather than fragmented per-tool alerts.