Stop Cloud Breaches Before They Start with Infrastructure as Code (IaC) Security
Identify configuration risks in infrastructure code before environments are deployed.
Infrastructure as Code accelerates cloud deployments by allowing teams to provision environments automatically. However, misconfigurations in infrastructure templates can introduce significant security risks if they are deployed unchecked.
Our IaC Security approach analyzes infrastructure templates during development to identify insecure configurations, excessive permissions, exposed services, and policy violations before resources are provisioned.
Stronger Cloud Security Foundations
Identify misconfigurations in infrastructure templates early so environments are deployed with secure configurations from the start.
Reduced Deployment Risk
Prevent insecure permissions, exposed resources, and policy violations from being introduced during automated infrastructure deployments.
Consistent Security Across Environments
Ensure infrastructure definitions follow security best practices so new environments are deployed with the same secure baseline.
Catch Misconfigurations Before They’re Deployed
Misconfigurations remain one of the top causes of cloud breaches, and they often start with code. As part of our comprehensive DevSecOps solution, our IaC Security service identifies risks in your Terraform, CloudFormation, Kubernetes manifests, and other infrastructure code before they reach production.
By shifting security left, we help your teams detect policy violations, insecure defaults, and compliance gaps early, so infrastructure can be deployed with confidence.
Identify Security Risks Before Infrastructure is Deployed
Infrastructure as Code allows environments to be created quickly, but configuration mistakes can propagate just as rapidly.
IaC security validation reviews templates and deployment scripts during development to identify issues such as overly permissive access controls, exposed services, and insecure network configurations before resources are provisioned.
Maintain Consistent Security Standards Across Environments
IaC security testing helps organizations apply consistent configuration policies across cloud environments.
By validating infrastructure templates before deployment, teams can ensure environments adhere to defined security standards without relying on manual configuration checks.
Limit Unnecessary Exposure in Infrastructure Configurations
Misconfigured services, open ports, excessive permissions, and publicly accessible resources can significantly increase cloud attack surface.
IaC validation helps identify these exposures early, allowing teams to deploy environments with stronger default security controls.
Integrate Infrastructure Security Into Development Pipelines
By incorporating IaC security validation into development and CI/CD processes, infrastructure security becomes part of the same automated workflows used to build and deploy applications.
This allows security and engineering teams to maintain velocity while ensuring infrastructure changes are evaluated for risk.
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Where IaC Security Fits in a DevSecOps Strategy
Infrastructure as Code allows teams to deploy environments rapidly through automated templates. IaC security analyzes these templates to identify misconfigurations before cloud resources are provisioned.
Within DevSecOps, this complements other practices that validate system design, application code, dependencies, runtime behavior, and attacker simulation.
Design Secure Infrastructure Before a Line of Code is Written
Threat Modeling helps teams identify infrastructure security risks before they define a single resource in code. By mapping trust boundaries, data flows, and network exposures at the design stage, teams can build IaC templates that reflect secure architecture from day one, rather than trying to fix insecure configurations after they’ve already been codified and deployed.
Catch Insecure Code Patterns Before They Become Infrastructure Risks
Application code and infrastructure code share a common risk: insecure patterns written early are expensive to fix later. SAST scans your source code alongside IaC templates, catching logic flaws, hardcoded secrets, and insecure configurations at the same stage of the pipeline, before any of it reaches a staging or production environment.
Identify Open-Source Vulnerabilities That Could Compromise Your Cloud Environment
IaC templates frequently provision services and runtimes that depend on open-source components. SCA scans these dependencies to identify known vulnerabilities and outdated libraries before they’re packaged into your infrastructure. This closes the loop between your code supply chain and the cloud environments that code eventually runs in.
Validate That Your Deployed Infrastructure Behaves the Way Your Templates Intended
DAST tests running applications and services in staging or pre-production environments to confirm that your deployed infrastructure behaves as expected. When IaC templates provision services with misconfigured authentication, open APIs, or weak session controls, DAST surfaces those gaps under real-world conditions, before attackers do.
Make IaC Scanning a Mandatory Gate in Every Deployment
Pipeline Security enforces IaC scanning as an automated, non-optional step in your CI/CD workflows. Every commit, pull request, and build that touches infrastructure code is evaluated against your security policies before it can progress. This ensures IaC security isn’t a one-time review, it’s a continuous gate.
Confirm That Your Infrastructure Holds Up Against Real Attacks
Even well-scanned IaC templates can have gaps that automated tools miss. Penetration Testing as a Service (PTaaS) validates your cloud environments against real-world attack techniques, testing whether misconfigurations that passed automated checks can still be chained together to create exploitable risk in production.
Learn More About DevSecOps
Use our latest resources, from articles to white papers, to learn more about what DevSecOps is and how it gives your security team the information, tools, and guidance they need to integrate security into the entire SDLC.
Download Your Guide to DevSecOps
Learn how to integrate security into the entire SDLC through DevSecOps, resulting in your organization producing more secure software, at a faster pace, cost-effectively.
Build Secure Infrastructure from the Start
Every cloud breach that starts with a misconfigured resource could have been prevented at the code level. TrollEye Security’s IaC Security service empowers your team to catch risks early, enforce policies consistently, and deploy with confidence, without slowing down innovation.
Whether you’re managing a few templates or orchestrating complex multi-cloud environments, our platform makes infrastructure security simple, scalable, and actionable.
Explore how our full DevSecOps suite can help you shift left and strengthen your entire SDLC.
