DevOps Security Champions: Who They Are, What They Do, and Why They Matter

This article expands on concepts originally published at devops.com.

The Security Gap in Fast-Moving DevOps Teams

DevOps culture is built around shipping software quickly and reliably. Continuous integration, continuous delivery, and automated pipelines dramatically reduce cycle times—but they can also accelerate the delivery of vulnerabilities if security is treated as an afterthought.

Central security teams are rarely scaled to cover every product squad in a large organization. When dozens of teams are building services across different stacks and release schedules, a centralized security review model creates bottlenecks at best and missed vulnerabilities at worst. This is the gap that security champions are designed to fill.

What Is a DevOps Security Champion?

A security champion is an active member of a development or operations team who takes on additional responsibility for security awareness and practice within that team. They are not a replacement for dedicated security engineers, but they serve as a bridge between the central security function and the individual product squad.

Key characteristics of a security champion:

• Embedded in the team: They attend standups, sprint planning, and retrospectives as a regular team member—not as an external auditor parachuting in at release time.
• Security-aware, not necessarily a security specialist: Champions understand secure coding principles, common vulnerability classes (such as those catalogued by OWASP), and the team’s threat model. Deep penetration-testing expertise is a bonus, not a prerequisite.
• A conduit, not a gatekeeper: Their job is to spread security knowledge and practices, not to block releases unilaterally.
• A liaison to the central security team: They escalate issues that exceed the team’s capacity and pull in specialist help when needed.

Why Security Champions Matter in DevOps

Introducing a security champion into each team produces several measurable organizational benefits:

• Earlier vulnerability detection: Security concerns are raised during design and development, where fixing them is cheapest, rather than during penetration testing or after a production incident.
• Reduced bottleneck on the central security team: Routine security questions, threat-model reviews, and dependency audits can be handled within the squad, freeing specialist security engineers for deeper work.
• Culture shift: Security becomes a shared responsibility rather than a compliance checkbox owned by a separate department.
• Consistent standards: Champions help ensure that agreed security frameworks and controls are actually applied consistently across different teams and projects.
• Knowledge retention: Security awareness stays within the team even when central security staff or external consultants rotate out.

Four Steps to Build a Security Champion Program

Standing up a security champion program is not simply a matter of designating someone and moving on. The following four steps provide a structured approach.

1. Map Your Teams and Their Contexts

Before selecting anyone, you need a clear picture of the landscape. Meet with product owners, engineering managers, and technical leads to gather the following information:

• How many discrete teams exist, and what products or services does each team own?
• What programming languages, frameworks, and infrastructure platforms does each team use?
• What is each team’s current security maturity—do they have any existing practices, or is security entirely ad hoc?
• What are the release cadences and critical milestones?

This mapping exercise should be completed before the program launches. Attempting to assign champions without understanding the team structure leads to ambiguous ownership and poor adoption.

2. Define the Role Clearly

A security champion role that is vaguely defined will be inconsistently performed. Document the responsibilities explicitly. A typical role definition covers:

• Routine responsibilities: Participating in threat-modelling sessions, reviewing pull requests for common security issues, keeping dependencies up to date, and running or coordinating SAST/DAST tool outputs.
• Milestone responsibilities: Conducting a security review at agreed project checkpoints such as architecture sign-off, pre-release, and post-incident reviews.
• Escalation path: Knowing when and how to engage the central security team for issues beyond the champion’s expertise.
• Time commitment: Being explicit about the expected time allocation (for example, a defined percentage of sprint capacity) sets realistic expectations for champions and their managers.

Critically, the security champion role is not a solo responsibility. Secure product development remains a collective obligation of the entire team; the champion facilitates and advocates, but does not carry the burden alone.

3. Select and Onboard the Right Candidates

Identifying good candidates requires buy-in from managers at every level—from direct line managers to senior product leaders. Work with them to surface engineers who show genuine curiosity about security, are respected by their peers, and can communicate effectively across technical and non-technical audiences.

When approaching candidates, be transparent about both the demands and the benefits of the role. Common benefits that make the role attractive include:

• Access to security training, courses, and conferences.
• Participation in a cross-team security community (the “security meta-team”), which broadens professional networks.
• Increased market value and career development in a high-demand discipline.
• Tangible impact on product quality and user trust.
• A broadened perspective on how software is attacked and defended.

Voluntary participation tends to produce better outcomes than mandating the role. An engineer who genuinely wants to develop security expertise will invest in the role far more than one who treats it as an unwanted addition to their workload.

4. Keep Champions Connected and Well-Supported

Isolated security champions lose momentum quickly. Building a community of champions is as important as selecting individuals. Practical ways to maintain cohesion include:

• Regular cross-team champion meetings: A recurring forum (weekly or bi-weekly) where champions share findings, discuss emerging threats, and align on tooling and standards.
• A dedicated communication channel: A shared workspace (such as a Slack or Teams channel) lets champions exchange knowledge asynchronously and get quick answers from security specialists.
• Shared knowledge repositories: Centralised documentation—secure coding guidelines, approved library lists, internal threat intelligence—prevents each team from solving the same problems independently.
• Recognition and career support: Publicly recognising the contributions of security champions reinforces the cultural value placed on the role and aids retention.

Champions also need ongoing access to the central security team. Without a clear escalation path and responsive support, champions in difficult situations will either make poor decisions or disengage from the role entirely.

Measuring the Impact of Your Security Champion Program

A program without measurement cannot be improved. Consider tracking the following indicators over time:

• Number of security issues identified during development versus found in production or penetration testing.
• Mean time to remediate known vulnerabilities across teams with and without active champions.
• Coverage of threat-modelling sessions relative to new features or architecture changes.
• Security training completion rates among champion-led teams.
• Champion retention and satisfaction (through regular check-ins).

These metrics help demonstrate return on investment to leadership and identify teams or individuals who need additional support.

Conclusion

Security champions are one of the most cost-effective mechanisms for scaling security practices across a DevOps organisation. By embedding security awareness directly within product teams, they shift security left, reduce the load on central security functions, and help establish a durable culture in which every engineer considers security a part of their everyday work—not an external constraint imposed at the last minute.

The program succeeds when champions are well-selected, clearly supported, genuinely connected to one another, and recognised for their contributions. Start with one or two pilot teams, measure outcomes rigorously, and scale what works.