Full Lifecycle Software Supply Chain Security

Confidently protect all the links in your software supply chain to maintain code integrity and minimize attack surfaces.

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End-to-end visibility

Spot vulnerabilities and risks in every phase of the application lifecycle

Scan code and images at every release phase to identify risks wherever they first appear. Find vulnerabilities, IaC misconfigurations, exposed secrets, and malware to shift security left and prevent issues from making it to production.

Secure the Dev environment

Your software supply chain is more than just code

Secure the systems and processes used to build and deliver your application to production. Monitor the security posture of your DevOps tools to ensure that security controls put in place have not been averted.

Trust your code artifacts

Verify the integrity of artifacts as they move through your pipelines

Establish and maintain trust by generating digitally signed SBOMs and implementing integrity gates to validate artifacts throughout your CI/CD pipelines. Ensure only the code you intend makes it to production.

Universal code scanning
In-workflow alerts
Open source health
Pipeline security
Next-gen SBOM
CI/CD posture management

Universal Code Scanning

Scan all of your organization's source code in minutes to detect vulnerabilities, open-source license issues, infrastructure as code (IaC), misconfigurations, secrets, malware, and more. Periodic scans keep you alerted to new risks as your code changes. Scanning is powered by Aqua Trivy Premium for consistent results throughout your SDLC.

In-Workflow Alerts

Scan your code and receive notifications wherever you are working; in your IDE while you code, in your Source Code Management (SCM) tool as comments on your pull requests, in your CI pipeline before release, and in your cloud environment repository.

Open-Source Health

Explore and analyze open-source dependencies used by your organization. Aqua grades every open-source package used based on: quality, maintainability, popularity, and risk. It then notifies developers of potentially dangerous packages at the moment they introduce them. You can set and enforce a company-wide level of quality that must be met before adding new open-source code to your codebase.

Blog

The Gaps in Open Source Governance That Threaten the Software Supply Chain

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Pipeline Security

Aqua lets you gain full visibility across all CI pipelines in your organization. Easily navigate thousands of release tracks that lead directly to your production environment. Apply Static Pipeline Analysis to break down each pipeline (e.g. GitHub Actions, Bitbucket Pipeline, GitLab CI, Jenkins, CircleCI, and more) into its most basic instruction to determine which ones are improperly set up and could put your artifacts at risk.

Next-Gen SBOM

Go beyond basic SBOM generation and record every step and action from the moment a developer has committed code, through the build process up until the new final artifact is generated. With code signing, users can also verify the code history and gain certainty that the code they create is the same code that ends up in the development tool chain.

CI/CD Posture Management

Easily spot and fix dangerous misconfigurations of your DevOps platform (e.g., GitHub, Jenkins, and Nexus) and establish a zero-trust DevOps environment. Aqua enforces Least Privilege Access, so you can easily audit privileges across your SDLC, and detect which users have access to code repositories, CI pipelines, or Artifact registries. Then enforce least privilege policies and implement separation of duties to reduce security risks and meet compliance requirements.

Connect Code to Runtime with Unified Cloud Native Security

Software Supply Chain Security is a key component of the Aqua Platform, the most integrated Cloud Native Application Protection Platform (CNAPP). It allows you to realize proactive security across the entire software development life cycle (SDLC) including code, build, deploy, and run phases. For attacks that are discovered in runtime, use the platform to identify what components are affected—down to the line of code where the issue exists—making remediation faster and more precise than ever.