Introducing Full Stack Reachability: Container Scanning That Actually Reduces Noise

Endor Labs has developed a new full-stack reachability tool that significantly reduces the noise from false positives in vulnerability scanning for application code and container images, reportedly cutting these irrelevant findings by up to 90%. This advancement builds on their previous success with function-level reachability for Software Composition Analysis (SCA), addressing the issue of container bloat where traditional scanners treat all components as equally critical, leading to overwhelming and often irrelevant vulnerability alerts. By providing evidence-based insights into which vulnerabilities can impact running applications across the entire stack—from the application code to the container runtime and operating system layers—Endor Labs aims to make compliance with frameworks like FedRAMP more manageable and efficient. This approach shifts from an inventory-centric model to a comprehensive application model that accounts for how applications actually function in practice, integrating static and dynamic analysis to create a more accurate and actionable security posture. This innovation is particularly beneficial for teams dealing with compliance requirements, as it streamlines the process of identifying and focusing on vulnerabilities that truly affect their specific runtime environments.

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