Full Report
Industry-leading CISOs share advice and best practices to break down internal barriers and reinforce cloud security
Analysis Summary
# Best Practices: Integrating Security and DevOps through Collaboration
## Overview
These practices focus on eliminating organizational silos between Security and DevOps teams, fostering empathy, sharing responsibility, and enabling a "shift-left" security strategy within cloud development lifecycles to effectively manage risk at speed.
## Key Recommendations
### Immediate Actions
1. **Establish Empathy First:** Security leadership must mandate that teams understand the goals and challenges of their counterparts (DevOps/Development) before dictating requirements.
2. **Cease "Throwing Over the Fence":** Immediately stop the practice of identifying a vulnerability and unilaterally demanding remediation without offering collaborative support or context (e.g., patching OS vulnerabilities).
3. **Identify Shared Mission:** Clearly articulate a shared organizational goal where security and speed/agility are interdependent, moving away from an "us vs. them" mentality.
### Short-term Improvements (1-3 months)
1. **Share Security Tools and Knowledge:** Make security analysis tools, documentation, and findings accessible to the DevOps and development teams so they can review their own code for vulnerabilities immediately.
2. **Implement Joint Vetting:** Begin including members from both Security and DevOps teams in the interviewing and vetting process for new recruitment candidates in both functions to build relationship depth.
3. **Address Language Barriers:** Enroll security practitioners in targeted cloud training (e.g., AWS, Google Cloud courses) specifically focused on the terminology and configuration concepts used by DevOps teams.
### Long-term Strategy (3+ months)
1. **Institutionalize Knowledge Sharing:** Formalize the process of sharing security tools and responsibilities so that every member of the DevOps team becomes a "security champion" or an extension of the security function.
2. **Align Organizational Structure (If feasible):** Investigate organizational restructuring where necessary, such as grouping Security and DevOps functions under a unified Trust and Security umbrella, to physically break down silos.
3. **Mature Shift-Left Processes:** Fully embed security testing tools into the CI/CD pipeline (further than basic posture checks) to allow developers to test code earlier and more frequently before production deployment.
## Implementation Guidance
### For Small Organizations
- **Prioritize Direct Communication:** Since organizational structures are flatter, security must prioritize face-to-face (or synchronous virtual) pairing sessions between security engineers and developers to troubleshoot code and build empathy quickly.
- **Single Set of Tools:** If multiple tools are infeasible, select one accessible, general-purpose scanning tool that both teams can use collaboratively.
### For Medium Organizations
- **Define Clear Roles in Collaboration:** Document specific shared responsibilities for security checks within the development lifecycle (e.g., who owns the creation of the security test, who owns remediation).
- **Facilitator Mindset Training:** Provide training for security staff emphasizing the role of "enabler" and "facilitator" rather than the department that primarily says "no."
### For Large Enterprises
- **Formalize Security Champions Network:** Establish a formal, recognized program where developers are given incentives and explicit time allocation to act as decentralized security champions within their respective development teams.
- **Cross-Functional Sprints/Task Forces:** Implement short-term, shared assignment tracks where security experts are fully embedded within development sprints to troubleshoot complex infrastructure or cloud-native security issues together.
## Configuration Examples
* **Tool Access:** Ensure that developer IDEs and CI/CD runners have direct access to security scanners (SAST, DAST, SCA) configured to run during pull requests or commit stages.
* **Cloud Training Focus:** Security teams should undertake training to master the specific configuration languages (e.g., Terraform, CloudFormation) and idiomatic security terms prevalent in their cloud environment (AWS/Azure/GCP).
## Compliance Alignment
* **NIST Cybersecurity Framework (CSF):** Alignment is strong with the **Collaborate** function (Interpersonal aspects) and **Identify/Protect** functions when shifting left enables proactive control implementation.
* **ISO/IEC 27001:** Supports strong collaboration principles found in Annex A controls related to the organization and management of information security.
* **CIS Critical Security Controls (CSC):** By empowering developers, organizations better address controls related to secure configuration and software, version, and access control management.
## Common Pitfalls to Avoid
* **Linguistic Mismatch:** Security teams continuing to use legacy infrastructure or generic security terms when discussing cloud-native issues, leading to developer confusion and inaction.
* **Tool Sprawl Without Integration:** Deploying many security tools that deliver findings only to the security team’s dashboard, failing to integrate them directly into the developer workflow for immediate action.
* **Perception of Roadblocks:** Allowing security activities to consistently introduce friction or delay builds, which reinforces the perception of security as an obstacle rather than an accelerator.
## Resources
- **Cloud Provider Training Platforms:** Utilize official [Google Cloud Training](https://cloud.google.com/training) or [AWS Training and Certification](https://aws.amazon.com/training/) pathways for security practitioners to learn cloud-native vocabulary.
- **Shared Goal Documentation:** Develop joint Service Level Objectives (SLOs) or mission statements that explicitly tie security posture metrics to development velocity goals.