Modern development teams rely heavily on Azure DevOps Repos to manage application source code, CI/CD pipelines, and collaborative version control. However, as code velocity increases, so does the risk surface.
Vulnerabilities embedded in repositories, from insecure code patterns to vulnerable dependencies and exposed credentials, often slip through unnoticed until much later in the SDLC.
This is where the Strobes platform proves its value. As part of its Continuous Threat Exposure Management (CTEM) suite, Azure DevOps Repos Integration with Strobes to streamline automated scanning, prioritize actual risk, and close the loop on remediation workflows across engineering and security.
Let’s walk through how the integration works, what problems it addresses, and what outcomes it enables.
What Is Azure DevOps Repos?
Azure DevOps Repos is Microsoft’s cloud-hosted Git repository solution for collaborative software development. It offers:
- Branch-level permissions and policy enforcement
- CI/CD integrations with Azure Pipelines
- Pull request validation and code review flows
- Webhooks and REST APIs for external integrations
While it’s widely adopted for managing source code, it does not include native tooling for static analysis, dependency scanning, or exposed credential detection.
Developers may write vulnerable code unknowingly, introduce third-party packages with known CVEs, or commit sensitive tokens to repositories. Without continuous security integration, these risks can persist until much later in the release cycle.
What Is Strobes?
Strobes is an enterprise-grade CTEM platform built to unify vulnerability discovery, contextual prioritization, and remediation orchestration. Its key components include:
- Application Security Posture Management (ASPM)
- Risk-Based Vulnerability Management (RBVM)
- Pentesting-as-a-Service (PTaaS)
- Automation Workflows and Threat Intelligence
Strobes does not replace your DevOps tools it connect them. Through deep integrations with platforms like Azure DevOps, GitHub, GitLab, and Bitbucket, it extracts and processes security insights from your codebase and automates remediation through standardized playbooks.
Purpose of Azure DevOps Repos Integration with Strobes
The Azure DevOps Repos Integration with Strobes is designed for security and engineering teams that:
- Manage source code repositories in Azure DevOps
- Require early detection of insecure code, dependencies, or secrets
- Want to remove friction between development and security workflows
- Need SLAs, dashboards, and compliance tracking tied to scan findings
By establishing a secure link between Azure DevOps and Strobes, organizations can enable automated code scanning, risk-based triage, and seamless handoff to developers for remediation.
What the Integration Does?
1. Repository Scanning and Ingestion
Strobes connects to Azure DevOps using a secure Personal Access Token (PAT) and scans repositories on:
- Code commits
- Pull requests
- Scheduled intervals
It supports SAST (via CodeQL), SCA (via OSS dependency scanners), and credential scanning (via Gitleaks). The findings collected include:
- Code-level security bugs (e.g., SQLi, XSS, hardcoded credentials)
- Vulnerable package references (e.g., CVEs in NPM, Maven, PyPI)
- Secrets or tokens committed in code
All findings are mapped to specific branches, files, and authors, preserving traceability.
2. Normalization and Deduplication
Once ingested, Strobes parses scan results into a unified internal schema. It eliminates noise through:
- Deduplication of issues across commits or scan runs
- Correlation with existing findings from other tools
- Auto-closure of resolved issues after code changes or fixes
For instance, if the same vulnerable package is used across multiple services, Strobes tracks it as one consolidated issue, reducing triage fatigue.
3. Prioritization Based on Real Risk
Not all code issues carry equal risk. Strobes applies a multi-factor scoring model that considers:
- CVSS/CWE metadata
- Exploit intelligence (e.g., active exploitation trends)
- Repository exposure (e.g., public-facing microservice vs. internal admin tool)
- Commit history and asset classification (e.g., revenue-impacting apps)
This turns raw scan output into a curated list of high-priority fixes. Teams no longer waste time chasing every alert; they act on the 5% of vulnerabilities that impact operations, data, or compliance.
4. Workflow Automation
Security findings from Azure DevOps repos are routed through Strobes’ automation engine. You can configure workflows to:
- Automatically create Jira or Azure Boards tickets based on branch, severity, or commit author
- Assign issues to engineering teams based on repository ownership
- Notify developers via Slack or MS Teams
- Trigger re-scans after PR merges to confirm the fix implementation
Workflows are audit-ready and SLA-aware, ensuring the timely closure of critical issues.
5. Centralized Dashboards and Audit Reporting
No more toggling between scanner UIs and spreadsheets. With Strobes:
- Developers view assigned tickets with full issue metadata
- AppSec managers track SLA breaches, issue aging, and exposure trends
- GRC teams generate audit-ready compliance reports aligned to standards like OWASP ASVS, NIST 800-53, or SOC 2
Why This Integration Matters?
1. Shift Security Left, Without Slowing Down DevOps
Developers often push code without knowing what’s unsafe. Scanning Azure DevOps repos early in the process reduces the cost of fixing issues downstream and avoids last-minute blockers before release.
2. Improve Cross-Team Collaboration
Findings from scans don’t live in isolation. Tickets are created with file references, author context, and remediation guidance so developers get what they need without delay or rework.
3. Replace Email Chains with Reliable Automation
Manually assigning code issues and tracking them via email or spreadsheets leads to delays. Strobes automates this, reducing human error and accountability gaps.
4. Get Clarity Across Multi-Repo Environments
Engineering teams using microservices often deal with dozens of repositories. Strobes consolidates scan findings from all Azure DevOps repos into a single, manageable view.
5. Align Security with Business Risk
Fixing a typo in documentation and fixing an RCE in a billing service aren’t the same. Strobes gives context to code vulnerabilities so you focus where it matters.
Who Should Use Azure DevOps Repos Integration with Strobes?
- SaaS companies with CI/CD pipelines running through Azure DevOps
- Enterprises practicing DevSecOps and looking for early-stage code visibility
- Teams subject to security audits and needing structured remediation evidence
- Organizations shifting from checklist-based scanning to risk-driven remediation
Final Thoughts
Azure DevOps enables teams to ship fast. Strobes ensures they don’t ship insecure code. Azure DevOps Repos Integration with Strobes cuts through the noise and connects your development flow to risk intelligence and structured remediation.
If your team is ready to shift from reactive code reviews to proactive exposure management, without adding unnecessary friction, this integration is built for you.
Want to see this in action?
[Book a live demo with our engineering team] or [Explore integration documentation].
