Multi-ecosystem dependency scanning, container image scanning, vulnerability intelligence (OSV, NVD, GHSA, CISA KEV), native SAST, and AI context profiling. Assess upgrade risk before you patch. Correlate vulnerabilities with code findings and Attack Paths; enforce policy with PASS / FAIL and export SBOM, SARIF, and PDF reports.
Dependency intelligence, vulnerability fusion, code-level findings, and AI context profiling with policy gates and export-ready reports.
Correlates OSV, NVD, and GHSA with EPSS and CISA KEV to prioritize exploitable risk. Filter by match type (range vs. exact version), triage inline, and get fix guidance in context.
Normalizes license metadata, classifies risk categories, and highlights unresolved licenses with package-level evidence for targeted legal review.
Define PASS / FAIL gates for CVSS, severity counts, exploitability, known-exploited status, and license posture. Track policy failures and remediation over time.
Native SAST with 300+ rules across 9 languages, taint tracking, and AI context profiling. Attack Paths connect vulnerable dependencies, imports, sinks, and HTTP routes in a scored graph.
Before patching, assess net security risk of moving from the current version to any target. Compare CVE exposure on both sides, review compatibility changes, and get a clear upgrade recommendation inline with the vulnerability finding.
Scan container images for dependency and vulnerability risk. Upload a Docker-save tarball or pull from a registry; get SBOM and vuln correlation for image layers.
Real screenshots from the platform — dashboard, vulnerabilities, SAST, attack paths, remediation, governance, and integrations.
Choose a scan mode and get dependency risk, code findings, and policy outcomes in one workflow.
Scan a local path, uploaded manifest/zip, GitHub repo, or container image (tarball or registry). dpndncY resolves direct and transitive dependencies, then correlates OSV, NVD, GHSA, EPSS, and CISA KEV.
Use scan mode to enable AI Risk and/or native SAST. dpndncY profiles AI context concentration, structural code risk, and code-level findings for governance and remediation planning.
Attack Paths link vulnerable dependencies to code sinks and reachable entry points. Risk amplification highlights combinations where vulnerable packages and higher AI-context code overlap.
Assess upgrade risk inline before patching, use remediation guidance and patch targets, and export results (CSV, CycloneDX, UBOM, SARIF, PDF) to fix faster and enforce policy in delivery pipelines.
Dependency intelligence, vulnerability fusion, upgrade risk assessment, SAST, AI context, and policy gates with clear PASS / FAIL and export-ready reports.
