Security That Ships

Patching internal libraries isn’t enough if outdated versions are still pulled into production. Hopper exposes these hidden paths by tracing usage across services, identifying vulnerable versions, and prioritizing them using reachability and real-world exploitability.

Grace connects Hopper’s real-time data to AI agents through the Model Context Protocol (MCP), automating triage and remediation in minutes.

Hopper turns noisy vulnerability alerts into developer-ready fix plans using function-level reachability, call graph evidence, and effort-aware remediation. Learn how.

Traditional AppSec tools weren’t built for AI-powered development. Hopper’s new suite delivers visibility and control across open-source, embedded models, and AI-generated code.

Hopper has achieved and actively maintains both SOC 2 Type II and ISO/IEC 27001 certifications, reinforcing our commitment to enterprise-grade security and compliance. These certifications validate our internal controls, secure development practices, and the safeguards we implement to protect customer data across the software supply chain.

AI coding assistants are speeding up development by generating open-source code on the fly. But with that speed comes risk. Unpack how vibe coding expands your attack surface and how Hopper helps you secure what actually matters, down to the function level.

Discover how Hopper’s Bitbucket Server integration helps you secure open-source dependencies with function-level reachability analysis. Eliminate false positives, automate license compliance, and generate SBOMs — all with agentless, read-only access.

Most SCA tools claim “reachability” but rely on imprecise methods that flood teams with false positives. Hopper delivers true function-level analysis to reveal real risks.

Building a new security tool in a crowded space takes more than ambition. It takes humility, hard conversations, and the willingness to listen with eyes wide open. This is the journey that shaped Hopper from the very first day.