7 DevSecOps Best Practices to Secure Your CI/CD Pipeline
Almost every organization now relies on CI/CD pipelines to accelerate software delivery. However, faster deployments also bring increased security risks. Without proper controls, vulnerabilities may slip into production, exposing applications and business operations to threats. Consequently, organizations are turning to DevSecOps teams or integrating security responsibilities into their DevOps processes.
In this article, we explore DevSecOps best practices that teams can implement to strengthen CI/CD security while maintaining speed and efficiency.
Top Security Challenges in DevSecOps
DevSecOps teams face several hurdles when securing CI/CD pipelines:
- Fragmented Toolchains: Diverse DevOps tools generate scattered security data.
- Complex Risk Evaluations: Teams must process massive amounts of data across build, test, and deploy stages.
- Manual Checks Overload: Frequent software updates make SDLC compliance labor-intensive.
- Vulnerability Management: Low-risk vulnerabilities often lack tracking mechanisms.
- Time-Consuming Audits: Manual log reviews delay regular application audits.
Addressing these challenges requires modern tools, automated processes, and well-defined best practices. ZippyOPS, for example, provides consulting, implementation, and managed services to support DevSecOps, DevOps, DataOps, and Cloud initiatives while ensuring security is seamlessly embedded in your CI/CD workflow.
1. Integrate Security Testing Into CI/CD Pipelines
Open-source components increase application exposure to vulnerabilities. Therefore, automated security testing is essential. Tools like SonarQube, Prisma Cloud, HCL AppScan, and JFrog Xray allow teams to perform Static/Dynamic Application Security Testing (SAST/DAST).
By integrating these scans into CI/CD pipelines, vulnerabilities can be detected immediately after builds, preventing insecure code from reaching production. ZippyOPS assists organizations in deploying these automated pipelines as part of Managed DevSecOps services.
2. Understand the Risk of Applications and Dependent Services
Application owners need clear visibility into the security risks of their services. Automating the collection and centralization of risk data—covering vulnerabilities, deployment history, and responsible teams—helps stakeholders make faster, informed decisions. At the same time, ZippyOPS offers solutions for tracking and visualizing risk across cloud, microservices, and infrastructure layers.
3. Track the Delivery Bill of Materials (DBOM)
The Delivery Bill of Materials (DBOM) consolidates security, performance, quality, and deployment history for each release. Centralizing DBOM allows DevSecOps teams to monitor vulnerabilities, enforce policies, and coordinate distributed teams efficiently.
- Source Phase: Display vulnerabilities from scanning tools for faster decisions.
- Build Phase: Integrate with Jenkins or Travis CI to aggregate pipeline data and enforce policies.
- Artifact Phase: Track dependencies with tools like AquaSec for supply chain and malware protection.
- Deploy Phase: Verify deployment security using benchmarks like CIS Benchmarks.
Using a consolidated DBOM dashboard improves visibility, streamlines policy enforcement, and reduces reliance on manual reviews. ZippyOPS provides custom dashboards to manage DBOM, integrating with CI/CD, cloud, and security tools.
4. Include SBOM in Your DBOM for Dynamic Deployments
A Software Bill of Materials (SBOM) lists all open-source and third-party components, their versions, licenses, and patch status. Since deployments today are dynamic, tracking SBOM within DBOM helps teams react quickly to vulnerabilities and implement policies consistently. ZippyOPS integrates automated SBOM management in CI/CD pipelines, supporting both security and compliance needs.
5. Create Policies and Automate Actions in CI/CD
Policy-driven automation ensures risk-free software delivery. For instance, DevSecOps teams can block deployments that exceed vulnerability thresholds or fail compliance scores. Integrating policy enforcement with CI/CD tools such as Spinnaker, Argo, and Jenkins ensures consistent, repeatable security checks. ZippyOPS helps implement these automated actions as part of end-to-end DevSecOps solutions.
6. Centralized Exception Management
Not every detected risk requires blocking deployment. Some vulnerabilities may be non-exploitable in specific environments. DevSecOps teams benefit from centralized exception management, allowing temporary overrides while maintaining visibility. For example, a sandboxed environment might safely use a vulnerable library under controlled conditions. ZippyOPS assists organizations in creating governance policies for exceptions without compromising security.
7. Audit and Attestation
Auditing ensures adherence to SDLC standards and regulatory compliance. Automated dashboards provide complete visibility of pipeline execution, policy violations, and approvals. This approach reduces manual effort and accelerates auditing, enabling both internal and external reviewers to filter deployment and event data efficiently. For detailed DevSecOps auditing insights, ZippyOPS offers specialized dashboards and reporting tools.
Conclusion for DevSecOps best practices
Adopting DevSecOps best practices is crucial for securing CI/CD pipelines while maintaining rapid software delivery. Manual security checks are no longer sufficient. By integrating automated testing, DBOM and SBOM tracking, policy enforcement, exception management, and auditing, organizations can reduce risk, streamline operations, and ensure compliance.
ZippyOPS provides consulting, implementation, and managed services across DevOps, DevSecOps, DataOps, Cloud, Automated Ops, Microservices, Infrastructure, and Security, helping organizations embed these practices efficiently. Explore ZippyOPS services, solutions, and products to secure your CI/CD pipelines. For video demos, visit ZippyOPS YouTube.
Contact us at sales@zippyops.com to get started on improving your software delivery security today.
