Security That Ships

Introducing Hopper Exploitability Verification. AI-driven analysis that confirms what is exploitable across your entire software ecosystem. Noise removed. Real impact verified.

Introducing Hopper’s latest product release: container reachability, a function-level analysis that separates real risk from noise across system and application layers in container images.

SCA vs SAST explained: Learn how Software Composition Analysis and Static Application Security Testing differ, their limits, and why modern teams need both.

How Hopper’s design team uses AI as a creative partner — not a replacement — to improve clarity, speed up iteration, and bring more humanity to product design.

Security teams spend millions each year managing vulnerabilities that don’t matter. This post breaks down the real cost of “security noise,” why it drains budgets and innovation, and how Hopper eliminates it through function-level reachability analysis.

Hopper extends its precision reachability analysis to ASP.NET, modeling DI, reflection, async, and generics to deliver accurate, noise-free security insights.

Not all reachability is equal. The post explains how package-level, function-level, internet, and runtime reachability each shape AppSec accuracy and prioritization, and how Hopper combines them with exploitability and business context to cut 93% of noise and focus teams on real risks.

Hopper has been recognized as Innovation of the Year at the Cybersecurity Awards and Finalist in the AWS & CrowdStrike Cybersecurity Accelerator. These milestones highlight Hopper’s role in redefining application security by cutting through noise, reducing risk, and enabling enterprises to secure innovation without slowing down.

With open-source vulnerabilities growing nearly 100% year over year, enterprises need precision. Function-level reachability delivers measurable ROI by eliminating more than 90% of false positives, accelerating remediation, and reducing wasted engineering hours.