Docker

Proactively monitoring and remediating container vulnerabilities are keys to securing open source components in software supply chains. The Docker-Wiz integration enables organizations to enhance their security posture by providing OpenVEX documents and OSV advisories, minimizing false positives in vulnerability reporting and allowing better technology tracking across their environments in the Wiz platform. This integration also facilitates migration to Docker Hardened images by providing visibility into all container images an organization is currently using, including their vulnerability profile, enabling DevSecOps teams to prioritize and track migration progress.

Integration Benefits

• Increased Accuracy in Vulnerability Reporting: By integrating Docker's OpenVEX documents and OSV advisory, customers will experience reduced false positives and more precise vulnerability assessments.

• Enhanced Technology Tracking: Customers can track technology usage across their environment, with Docker images being detected as technologies in the Wiz platform.

• Improved Base Image Identification: The integration provides more accurate base image identification, moving away from the current guessing approach.

• Easier Migration to Docker Hardened Images: Customers will have better visibility into their migration journey to hardened images, allowing them to prioritize and manage their security efforts effectively.

• Access to Comprehensive SBOMs: Customers will have access to detailed SBOMs, including SPDX snippets for source-compiled components, ensuring full transparency of dependencies.

• Proactive Vulnerability Management: The integration will enable proactive management of vulnerabilities through the use of Docker's advisories and Wiz's scanning capabilities.

The better together story

Wiz and Docker together streamline container security for modern DevSecOps teams. By integrating Docker’s OpenVEX documents, OSV advisories, and detailed SBOMs into Wiz's comprehensive container security platform, customers gain holistic visibility into container images and their associated vulnerabilities. This reduces false positives, improves impact assessment, and accelerates remediation workflows. Security teams can now proactively manage risks with accurate context, while developers stay focused on innovation. The integration also eases migration to Docker Hardened Images, enabling consistent, secure environments across the software supply chain. With Wiz + Docker, organizations achieve faster, smarter, and more scalable container security.

Accelerating Vulnerability Remediation for DevSecOps Teams By leveraging accurate base image identification and OpenVEX documents, DevSecOps teams using the Docker + Wiz integration can quickly identify and address critical vulnerabilities, reducing false positives, resolution time, and increasing accuracy. This proactive approach enhances security posture and minimizes potential risks.

Challenge

Slow and Noisy Vulnerability Triage

• Inconsistent Open Source Image Quality: Public images often include outdated or vulnerable components, creating additional noise and uncertainty during triage.

• Unclear Base Image Context: Security teams lack visibility into the exact base image used, making it difficult to assess impact.

• High False Positive Volume: Vulnerabilities are flagged without context, leading to wasted effort on non-exploitable issues.

• Delayed Remediation Workflows: Developers and security teams spend time manually validating issues instead of quickly resolving real risks. Solution: Enhanced Security and Efficiency with Docker-Wiz Integration

• Automate Base Image Identification: Use accurate base image identification to provide security teams with clear visibility, reducing uncertainty and improving impact assessment.

• Provide Detailed Vulnerability Context: Deliver OpenVEX documents and OSV advisories to minimize false positives, allowing teams to focus on exploitable issues.

• Streamline Remediation Workflows: Enable quick resolution of real risks by integrating detailed issue summaries, reducing manual validation efforts.

• Enhance Image Quality Assurance: Maintain up-to-date package metadata and SPDX snippets to ensure transparency and reduce noise from outdated components.

Market challenge

Security teams struggle with noisy, slow vulnerability triage due to inconsistent open source image quality, unclear base image context, and high false positives. This delays remediation and wastes developer effort on non-exploitable issues, weakening overall security posture.