DevSecOps integrates security testing, vulnerability scanning, and policy enforcement directly into CI/CD pipelines — catching vulnerabilities before they reach production, providing developers with actionable security feedback at the point of development, and automating compliance checks that eliminate manual security review bottlenecks.
Security reviews at the end of development are too late — they create deployment friction, slow delivery, and leave vulnerabilities in production during the review cycle. DevSecOps shifts security left, making it a development accelerator rather than a deployment gate.
A structured advisory process — from security posture assessment and market evaluation to vendor selection, contract negotiation, and post-deployment validation — tailored to your risk profile and compliance obligations.
We assess your current software development lifecycle security posture — identifying where security testing occurs (or doesn't), the scan coverage across code, dependencies, containers, and IaC, and the developer experience that determines adoption.
We evaluate DevSecOps tools across the SDLC — SAST (Semgrep, Checkmarx, Veracode), SCA (Snyk, Dependabot, Black Duck), container scanning (Trivy, Aqua), IaC security (Checkov, tfsec) — against your tech stack, CI/CD platform, and developer workflow requirements.
We design the security gate integration architecture — where in the pipeline security tools run, which findings block deployment vs. generate tickets, and the developer feedback loop that makes security findings actionable.
DevSecOps scales through security champions — developers with security expertise who promote security practices within their teams. We design the security champions program and the training curriculum that builds developer security capability.
These are the dimensions that consistently separate effective security programs from expensive ones — and the questions RLM will help you answer before any vendor commitment.
Security tools that generate noisy, low-quality findings are ignored by developers. Evaluate the developer experience — false positive rate, finding clarity, and the actionability of remediation guidance — before selecting security scanning tools.
High false positive rates in SAST tools create alert fatigue that causes developers to disable or ignore security scanning. Evaluate false positive rates for your specific technology stack — rates vary significantly by language and framework.
Third-party dependencies are the largest vulnerability surface in most applications. Evaluate SCA tool coverage — vulnerability database breadth, license compliance scanning, and the transitive dependency visibility that catches indirect vulnerabilities.
Hardcoded secrets in source code are a critical vulnerability class. Evaluate secrets detection coverage — API keys, passwords, tokens — and the pre-commit hook integration that prevents secrets from being committed.
Infrastructure-as-Code misconfigurations create cloud security vulnerabilities before deployment. Evaluate Terraform, CloudFormation, and Kubernetes manifest scanning depth for your specific IaC technologies.
Security policies encoded in machine-readable form enable automated enforcement. Evaluate the platform's policy-as-code capabilities and the alignment with your existing security policies and compliance requirements.
"RLM helped us build a security program that satisfied our board and our auditors — without locking us into a single vendor's roadmap. Their independence is the whole point."
"We had three overlapping security tools doing the same job. RLM helped us rationalize the stack, cut spend by 30%, and actually improve our detection coverage in the process."
Start with a no-cost conversation with an RLM security advisor — vendor neutral, no agenda, just clarity on where your gaps are and the right path to close them.
Speak to a Security Advisor