CI/CD Security Integration
Security testing embedded directly into your pipeline tools so vulnerabilities surface before code reaches production.
Tell us what you need. A senior engineer replies, typically within one business day.
Embed security controls across every development stage.
Automate code, dependency, secret, and container scanning.
Prioritize findings and support developers with practical remediation.
Secure cloud infrastructure, containers, and Kubernetes environments.
Our DevSecOps Services help organizations transform traditional DevOps practices into a security-first development lifecycle. We integrate security across planning, coding, building, testing, deployment, and operations, combining SAST, DAST, SCA, secrets detection, threat modeling, CI/CD security, and automated security controls to identify risks earlier. This approach helps development teams reduce vulnerabilities, strengthen the software supply chain, and deliver secure applications without slowing innovation.
Security testing embedded directly into your pipeline tools so vulnerabilities surface before code reaches production.
Static and dynamic application security testing configured for your specific technology stack and integrated into your standard build and test workflows.
Automated scanning of open-source dependencies to identify known vulnerabilities and licensing risks before they ship with your product.
Security policy checks against your Terraform, CloudFormation, or Kubernetes configurations to prevent cloud misconfigurations from being deployed.
Automated scanning of repositories and pipelines to catch API keys, passwords, and credentials before they are exposed.
Ongoing advisory support covering secure coding practices, OWASP Top 10 awareness, and security-focused code review techniques for your engineering team.
Bring Application Security Into Your Pipeline
Build practical controls into development without slowing the teams responsible for shipping software.
Pluto security DevSecOps team includes professionals who have worked on both sides of the application security equation. They understand how developers build software and how attackers exploit it. That dual perspective means we build security integrations that your development team can actually work with, not fight against. Our clients across the United States build software faster and more securely after working with us, because we solve the right problems rather than adding security theater to their pipeline.
Integrate practical security checks into existing development and deployment workflows.
Give engineers useful context and guidance instead of simply presenting another list of vulnerabilities.
Identify risks in open-source dependencies, packages, secrets, containers, and build processes.
Identify exposed passwords, API keys, tokens, and credentials before they reach production systems.
A vulnerability caught during development costs a fraction of what it costs to remediate post-deployment. The later in the lifecycle you find it, the more expensive it gets.
Rapid release cycles without embedded security controls create compounding technical debt that eventually shows up as a breach or a critical vulnerability in production.
Open-source dependencies introduce vulnerabilities that many development teams never see until they are exploited. SCA tools in your pipeline catch these before they ship.
SOC 2, PCI DSS, ISO 27001, and NIST all include secure development requirements. DevSecOps as a Service helps you meet those requirements without adding friction to your releases.
Without proper tooling and training, developers are left guessing what secure code looks like. Pluto Security helps your team understand what to fix and why, not just flag issues and walk away.
Identify application weaknesses during development rather than waiting for production testing.
Apply security controls before vulnerable code, dependencies, or configurations reach production.
Reduce risks involving credentials, build systems, automation, and deployment workflows.
Want to understand where security should enter your development lifecycle? Discuss your SDLC.