Full Report
Why a customer focus unlocks new levels of innovation and enables security team success
Analysis Summary
# Best Practices: Building a Customer-Centric and Scalable Security Program
## Overview
These practices focus on transforming security functions from gatekeepers into customer-focused partners, enabling rapid software delivery (DevOps acceleration) by embedding security upstream and building valuable, shared capabilities across the organization, aligning security with engineering speed.
## Key Recommendations
### Immediate Actions
1. **Adopt a Customer Mindset:** Immediately begin treating internal engineers and developers as primary security customers whose goals (speed, functionality) must be supported rather than hindered.
2. **Identify One Shared Capability:** Choose one existing or planned security initiative (e.g., asset inventory, code scanning) and actively seek out one non-security stakeholder (e.g., Finance, Platform Engineering) to co-develop/co-use the output for shared value.
### Short-term Improvements (1-3 months)
1. **Initiate Security Embed Program:** Start a pilot rolling program by embedding at least one security team member within a core development or DevOps team for a defined period (e.g., 6 months) to handle tickets, ship code, and build empathy.
2. **Prioritize Self-Service Resource Creation:** Focus development efforts on building at least one security tool, library, or automation resource that provides *security baked in* by default for developers to consume without requiring separate security interfaces.
3. **Simplify Security Consumption:** Conduct a review of the top three developer friction points related to security and devise solutions that require "as easy as clicking a button or reconfiguring a line of code" effort from the developer side.
### Long-term Strategy (3+ months)
1. **Establish Security Build Function:** Formalize the shift in focus from downstream bug hunting to upstream *building* (tooling, libraries, automation) that proactively enables secure development across the entire SDLC.
2. **Formalize Platform Security Partnership:** Establish a formal, collaborative relationship with the Platform Engineering team (or equivalent) to ensure security controls and secure-by-default configurations are integrated directly into the standard tooling and base images used organization-wide.
3. **Implement Reverse Embed Program:** Begin swapping engineers to spend a dedicated stint within the security team to ensure two-way empathy and understanding of security constraints and requirements.
## Implementation Guidance
### For Small Organizations
- **Focus on Accessibility:** Prioritize making security understandable. If a process isn't clear, assume the value proposition hasn't been articulated sufficiently to the engineers.
- **Befriend Platform Lead:** Identify the single person responsible for internal developer tooling, and work directly with them to embed one security control into their standard environment immediately.
### For Medium Organizations
- **Formalize Embedding:** Structure the job swap program formally, ensuring embedded staff meet KPIs related to feature/code shipping alongside security integration goals.
- **Measure Shared Value:** Start tracking instances where security output (e.g., asset data, code analysis reports) is successfully used by other departments (e.g., monitoring compliance posture, justifying cloud spend).
### For Large Enterprises
- **Scale Staff Swaps:** Roll out the embedding program across multiple critical engineering pillars simultaneously (e.g., one security person in backend, one in CI/CD ops, one in mobile).
- **Build Centralized Shared Services:** Leverage the security team's expertise to build centralized, reusable components (like hardened base AMIs, language-specific security libraries) that serve as the default for all product teams, acting as a "springboard for innovation."
## Configuration Examples
Since the article focuses on organizational transformation rather than specific technical configuration commands, concrete configuration examples are omitted. However, the principle supports:
* **Secure Defaults:** Ensuring all newly provisioned environments or base code repositories come pre-configured with security standards enforced (e.g., locking down S3 bucket policies by default, using hardened compiler flags).
* **Security as Code Integration:** Utilizing Infrastructure as Code (IaC) scanning tools *within* the Platform Engineering pipeline rather than as a separate security scan endpoint.
## Compliance Alignment
While the article emphasizes velocity and culture over specific compliance mandates, a customer-centric security function inherently supports adherence to key standards by:
* **NIST CSF:** Supporting the **Identify** (shared asset inventory) and **Protect** sections through proactive control integration.
* **ISO 27001/27002:** Facilitating the **A.8 Asset Management** principles and embedding security controls into development processes (A.14 System acquisition, development, and maintenance).
* **CIS Controls:** Integrating controls early in the deployment pipeline (Shift Left) rather than trying to patch them late, improving control effectiveness.
## Common Pitfalls to Avoid
- **Treating Security as a Barrier:** Do not allow security processes to become known primarily as "things that stop the build" or require complex manual approvals.
- **Assuming Ignorance:** Avoid the assumption that developers are non-compliant because they "don't get it." Assume complex requirements or the security path is too difficult to follow.
- **Excluding Platform Teams:** Failing to partner closely with the Platform Engineering or Infrastructure teams means security controls will be bypassed or inconsistently applied across organizational tooling.
- **One-Way Communication:** Running embedding programs only in one direction (Security $\rightarrow$ Devs) without sending engineers to security to build necessary empathy and operational context.
## Resources
- **Framework Mentions:** Security-by-Design principles.
- **Conceptual Tooling Support:** Reference to building custom tooling, libraries, and automation.
- **Community Insight:** Insights derived from Clint Gibler's shared research and thought leadership (consult relevant industry movements focusing on DevSecOps and Platform Engineering enablement).