Know What's In Your Software
Enterprise-grade Software Composition Analysis. Deep transitive dependency scanning. Fewer false positives with reachability analysis. Autonomous remediation with Griffin AI.
Comprehensive Component Analysis.
From SBOM generation to automated remediation — complete visibility into your software supply chain.
Deep Dependency Analysis
01Deep transitive dependency scanning. Surface vulnerabilities buried deep in the transitive tree that shallow scans tend to skip.
Real-Time Threat Detection
02Continuous monitoring with Griffin AI. Detect vulnerabilities, malware, and supply chain attacks the moment they're discovered.
Reachability Analysis
03Fewer false positives with reachability analysis. Know which vulnerabilities are actually exploitable in your code with advanced call graph analysis.
Automated Remediation
04Griffin AI autonomously fixes vulnerabilities. No manual PR reviews. Upgrade dependencies safely with compatibility testing.
Complete SCA Platform.
Everything you need for software composition analysis and supply chain security.
SBOM Generation
CycloneDX, SPDX 2.3, SPDX 3.0 formats
Vulnerability Scanning
CVE, GitHub Advisory, OSV database
License Compliance
MIT, Apache, GPL detection and policy enforcement
Supply Chain Security
Dependency confusion, typosquatting detection
Reachability Analysis
Call graph analysis for exploitability
Automated Fixes
Griffin AI autonomous remediation
Risk Scoring
CVSS, EPSS, KEV, business impact scoring
CI/CD Integration
GitHub Actions, GitLab CI, Jenkins, Azure DevOps
Built for Modern Development.
From startups to large enterprises — secure your software supply chain.
Enterprise Compliance
SOC 2, PCI-DSS, HIPAA, FedRAMP compliance with automated SBOM generation and vulnerability tracking
DevSecOps Integration
Shift-left security with IDE extensions, pre-commit hooks, and automated CI/CD scanning
Risk Prioritization
Focus on what matters with reachability analysis, EPSS scoring, and exploitability detection
Quick Start.
SCA that actually helps engineers ship.
Deep, reachable, lockfile-aware analysis with PR-level feedback — not an endless wall of alerts.
Reachability analysis
Call-graph-aware verdict on whether a vulnerable function is actually invoked from your code path. Triage the queue by what's real, not what's theoretical.
Multi-ecosystem coverage
First-class support for npm, PyPI, Maven, Gradle, Go modules, Cargo, RubyGems, Composer, NuGet, and Hex. One consistent finding shape regardless of language.
Transitive depth
Deep transitive dependency walking, well beyond the industry norm. The vulnerable library hiding four sub-dependencies down does not stay hidden.
EPSS + KEV prioritisation
Findings are sorted by real-world exploit probability via EPSS and known active exploitation via KEV. The top of the queue is always the work that matters most.
PR-friendly findings
Comments back on the PR that introduced the regression. Offers a one-click revert plus a safe-upgrade suggestion the author can take without leaving their review.
Lockfile-aware
Reads package-lock.json, yarn.lock, poetry.lock, go.sum, Gemfile.lock, and friends to pin exact version sets per environment. No drift between scan and runtime.
Where SCA earns its keep.
False-positive triage
AppSec is drowning in tens of thousands of SCA alerts.
Reachability passes filter out findings where the vulnerable code is never invoked. The remaining alerts are then ranked by EPSS and KEV so engineers see the top of the list first.
A dramatically smaller queue and far more throughput on real fixes.
Pre-merge gate
A PR adds a new dependency that pulls in a KEV CVE.
The CI check fails fast when reachability is positive on a KEV-listed CVE, and auto-approves the PR when the same finding is provably not reachable.
Blocked regressions without slowing safe merges.
Migration planning
Leadership wants a clean exit from a deprecated major version.
SCA lists every dependency pinned to the EOL major across services, with concrete upgrade-path suggestions and a per-team task breakdown.
A credible migration plan, not a vague roadmap line item.
Air-gap parity
Classified or regulated environment, no outbound SaaS.
The same SCA engine runs on an air-gapped offline mirror with the same advisory data, reachability passes, and verdicts. No SaaS call required.
Identical security verdicts inside and outside the perimeter.
From manifest to PR comment.
Every scan walks the full graph, matches advisories, runs reachability, prioritises, and lands the answer in the right place.
Detect package files
Discovers package.json, requirements.txt, pom.xml, go.mod, Cargo.toml, Gemfile, composer.json, *.csproj, and mix.exs across every branch.
Resolve full transitive graph
Walks deep into the transitive tree, honouring each ecosystem's resolver semantics and lockfile pinning rules.
Match against advisory data
Queries NVD, OSV, and GHSA in parallel; cross-checks malicious-package signatures along the way.
Reachability pass
Static call-graph analysis decides whether each vulnerable symbol is reachable from your application's entry points.
Enrich with EPSS and KEV
Layers EPSS exploit probability and KEV active-exploitation flags onto every reachable finding.
Prioritise and comment on PR
Findings are ranked, then surfaced as inline PR comments with revert and safe-upgrade buttons on the offending diff.
Auto-fix when safe
For supported ecosystems, SCA opens a follow-up PR with the safe upgrade and runs the test suite before requesting human approval.
Ready to Secure Your Supply Chain?
Join enterprises using Safeguard SCA for comprehensive software composition analysis.
Self-healing security runs on Safeguard.
Your first fix PR is minutes away.
No sales call required, even your agent can complete the purchase over MCP.