Precision SCA Built for Security and Speed
Unlike package-level SCA, function-level reachability shows which vulnerabilities are actually reachable. Reduce noise by 93% and cut 10X more false positives with evidence-backed findings developers trust.
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Why Hopper is Better
Focus on reachable, relevant code paths
Identify only the functions your application can actually call, across both direct and transitive dependencies.
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Pinpoint real risk with threat-aware context
Map each CVE to its vulnerable function, prioritize with EPSS scores and CISA KEV tags, and apply custom tags based on service, ownership, or business impact.
Build developer trust with evidence-backed findings
Deliver context-rich insights that include fix-effort estimates, call graphs, and root cause tracing that developers can understand, verify, and act on.
Built for Enterprise AppSec
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Function-Level Reachability Without Agents or CI Integration
Simulate accurate application behavior to determine whether a vulnerable function is actually invoked with a simple Git integration. Unlike SCA tools which flag packages based on presence or stop at the class-level, Hopper traces reachability down to the function-level across direct and transitive dependencies. The result is precise, evidence-based actionable results.
Why It Matters:
Teams get faster development cycles, hit SLAs and MTTR targets more consistently, and build developer trust with results they can verify and act on with confidence.
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Direct and Transitive Dependency Path Tracing
Trace each CVE through direct and transitive dependencies down to the file, function, and service it affects.
Why It Matters:
Over 90% of CVEs occur in transitive dependencies. Developers can now fix those issues at the source with minimal disruption.
Hopper's reachability functionality is a gamechanger. Even with our runtime tools, it still really matters to know the reachability in our codebase, enabling the 'shift left' in our security program.
Built for Modern Frameworks and Dynamic Code
Support for advanced language features like decorators, lambdas, callbacks, and reflection, and frameworks such as Spring, ASP.NET, Django, FastAPI and more.
Why It Matters:
Other tools often treat dynamic code as fully reachable or ignore it entirely, which results in false positives and false negatives. Hopper analyzes actual behavior to avoid both. This means significantly higher accuracy in detecting real risk and reducing alert noise.
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Real-World Risk Prioritization Signals
Each vulnerability is enriched with CVSS severity, EPSS likelihood, CISA KEV status, and personalized tags based on business context to deliver clear, risk-ranked insights.
Why It Matters:
Security teams focus on the 0.5% of findings that are both reachable and worth fixing right now.
Hopper Use Cases
Noise-Free, Evidence-Based SCA
- Identify function-level reachable vulnerabilities
- Eliminate 93% of security noise
- Evidence-based findings developers trust
AI AppSec Suite
- Detect vulnerable AI-generated code and model risks early with AI-BOMs, file-level mapping, and insecure behavior detection
- Accelerate fixes with intelligent, AI remediation guidance
- Extend your AppSec team with AI that automates triage, prioritization, and policy enforcement across your workflows
Container Scanning
- Scan images for vulnerable packages used by active services
- Trace each vulnerability from source code to base image to the final container image, and the service it impacts
- Continuous observability without agents or CI/CD modifications
License Scanning
- Automatic Asset Discovery: Detects new projects and applications in real-time.
- Build Without CI/CD Deployment: Test security impacts before deployment.
- Advanced Runtime Simulation: Reproduce real-world execution conditions for deeper insights.
Remediation and Insights
- Identify and remediate high-impact issues across multiple projects with a targeted fix
- Track SLA adherence, MTTR, and fix velocity with performance insights
- Deliver personalized, actionable remediation plans including quick fixes