Enterprise Software Supply Chain Manager
Your containers inherit critical CVEs before they ever run. Safeguard reverses the model.
Most breaches start with vulnerable dependencies you inherited on day one. You deploy containers riddled with CVEs, then spend weeks manually fixing what you started with. Traditional tools flood you with alerts, many of them false positives, wasting time on noise.
Safeguard reverses the model. Start clean with 500K+ zero CVE images. NEW IDE Extension secures code as you write it. Griffin AI autonomously fixes threats with deep transitive dependency analysis. Fewer false positives with reachability analysis.
Deploy clean. Fix automatically. Remediation in days, not weeks. Deploy anywhere: Cloud (15 providers), on-prem, air-gapped. Architecture designed for FedRAMP HIGH and IL7; SOC 2 Type II (audit in progress).
Zero CVE + Self-Healing. Not Scan-and-Alert.
Most breaches start with vulnerable third-party dependencies. Traditional tools make you inherit vulnerabilities, then alert you to fix manually. Safeguard reverses the model — six ways, each with the problem, the cost, the fix, and the payoff spelled out.
500K+ Zero CVE Components (Start Clean, Not Compromised)
You inherit vulnerabilities from day one by deploying unvetted containers from public registries.
Most breaches start with vulnerable third-party dependencies, and inherited vulnerabilities can stall enterprise deals.
Safeguard provides 500K+ zero CVE images and malware-free packages at gold.safeguard.sh — eliminate inherited vulnerabilities BEFORE deployment. Where most scanners flag issues after the fact, we help you start from a clean base.
Teams that switch to Gold packages accelerate their compliance readiness and unblock enterprise deals. Start clean, stay clean.
NEW: IDE Extension (Secure As You Write)
Developers ignore security alerts that come days after they commit code, and alert fatigue drives low adoption of bolt-on scanners.
IDE Extension for VS Code, IntelliJ, PyCharm catches vulnerabilities as you write code with autonomous fix suggestions right in your editor. Where assisted tools surface a finding and a suggested fix PR, Safeguard goes further and applies self-healing fixes in place.
Teams typically see far higher developer adoption when security lands inline at the moment of coding. Security at the speed of development — a small security team can support hundreds of developers.
Deep Transitive Dependency Analysis
Critical vulnerabilities hide deep in transitive dependencies.
Many scanners stop short and miss vulnerabilities buried deep in the dependency tree — exactly where actively exploited issues can hide.
Griffin AI performs deep transitive dependency analysis, combined with reachability analysis showing which deep dependencies are actually exploitable.
Surface critical vulnerabilities others miss, reduce ransomware exposure, and remediate fast instead of waiting on lengthy manual cycles.
Autonomous Self-Healing (Not Manual Approval)
Manual vulnerability fixing takes weeks.
Manual remediation leaves critical vulnerabilities exploitable for weeks while teams burn hours on repetitive triage.
Griffin AI autonomously heals your code and containers — finding, prioritizing, and fixing vulnerabilities. Where assisted tools open a fix PR for a human to review and merge, Safeguard can take the loop end-to-end with policy-gated auto-merge.
Remediation in days, not weeks. Lower remediation cost, fewer breaches, and cleaner audits. The '.sh' in Safeguard stands for Self-Healing.
Deploy Anywhere: Cloud, On-Prem, Air-Gapped
Many SaaS-only scanners can't run in air-gapped or classified IL7 environments.
Defense contractors can't bid on DoD contracts without air-gapped security scanning, and IL7 environments require offline operation.
NEW CLI tool works without internet — no cloud dependency. Private on-prem deployment supported. Deploy across 15 clouds (AWS, Azure, GCP, Oracle, and 11 more). Griffin AI runs completely offline.
Defense contractors can pursue IL7-aligned deployments and DoD contracts, with security scanning that works in classified networks.
Fewer False Positives (Focus on Real Threats)
Traditional SCA tends to alert on CVEs whether or not the vulnerable code is reachable or exploitable.
Teams drown in alert noise, wasting hours triaging false positives while critical vulnerabilities buried in the noise go unfixed.
Reachability analysis surfaces the exploitable vulnerabilities where the vulnerable code actually executes. EPSS predicts exploitation likelihood. KEV identifies active exploits. Business impact scoring.
Fewer false positives with reachability analysis. Security teams move from firefighting to strategic planning and pass audits with cleaner findings.
Griffin AI + IDE Extension. Unmatched Coverage.
Griffin AI brings together a set of capabilities most competitors don't combine in one platform: 500K+ zero CVE components, IDE extension for real-time security, deep transitive dependency tracing, autonomous self-healing (vs. manual approval), on-prem + air-gap support with CLI tool, and fewer false positives with reachability analysis. Purpose-built for SSCS, not retrofitted.
NEW: IDE Extension (Security at the Speed of Development)
Secure code as you write it. IDE Extension for VS Code, IntelliJ, PyCharm, Eclipse, and more. Real-time vulnerability scanning shows issues before commit. Autonomous fix suggestions right in your editor. Where assisted IDE tooling surfaces a finding and a suggested fix, Safeguard goes further with self-healing fixes applied in your IDE. Shift security left to the moment of coding.
- Real-time scanning as you type code
- Autonomous fix suggestions in editor
- Works offline with on-prem deployments
- Supports VS Code, IntelliJ, PyCharm, Eclipse, Sublime
CLI Tool for Air-Gapped Environments (No Internet Required)
NEW: Command-line interface for air-gapped and on-prem deployments. Griffin AI runs completely offline—no internet dependency. Scan, fix, and generate SBOMs in classified networks. Architected for IL7-aligned air-gapped environments. Built to run without internet access where most SSCS platforms can't.
- Fully offline operation in air-gapped networks
- Private on-prem deployment supported
- Designed for classified, IL7-aligned environments
- Complete autonomy without cloud connectivity
Griffin AI: Agentic Security Orchestration
Purpose-built AI using the OODA loop (Observe, Orient, Decide, Act) for autonomous threat response. Griffin doesn't just scan—it understands context, predicts exploits, and takes action. Ask questions in natural language: 'What vulnerabilities affect our payment service?' Get instant, actionable answers. Found a critical vulnerability deep in the transitive dependency tree that other scanners missed.
- Reachability analysis with call graph mapping
- EPSS-based exploit prediction with 30-day likelihood
- Natural language queries: 'Show critical CVEs in production'
- Deep transitive dependency analysis
Complete Lifecycle SBOM Management
Generate CycloneDX and SPDX SBOMs automatically for EO 14028 compliance. Track SBOM versions across the software lifecycle. Secure SBOM sharing with customers and auditors. Self-attestation templates for NIST SSDF. Beyond generating SBOMs, we act on the data with automated remediation — and validate inbound vendor SBOMs in bulk ahead of high-traffic launches.
- Automated SBOM generation for every build
- SLSA provenance and attestation support
- EO 14028 self-attestation template library
- Vendor SBOM validation (TPRM integration)
500K+ Zero CVE Components (Start Clean, Not Compromised)
Start with zero CVE images and malware-free packages from gold.safeguard.sh. 3,000+ certified container images + 3,000+ Gold packages. Beyond hardened base images, we provide complete packages for npm, PyPI, Maven, NuGet, and more. Eliminate inherited vulnerabilities before deployment. Alternative to public registries for production.
- 3,000+ zero CVE container images (OCI-compliant)
- 3,000+ malware-free Gold packages (npm, PyPI, Maven, NuGet)
- SLSA provenance tracking for all components
- Protection against dependency confusion and typosquatting
15 Cloud Providers + On-Prem + Air-Gap (True Flexibility)
Deploy anywhere: AWS, Azure, GCP, Oracle, Alibaba, IBM Cloud, DigitalOcean, Linode, Vultr, OVHcloud, Scaleway, Hetzner Cloud, and more. Private on-prem deployment supported. CLI tool works in air-gapped networks. Safeguard adapts to YOUR infrastructure across 15 providers. True cloud-agnostic platform.
- 15+ cloud provider support (AWS, Azure, GCP, Oracle, and more)
- Private on-prem deployment for regulated industries
- Air-gapped support with CLI tool (no internet)
- Multi-cloud and hybrid cloud architectures
Safeguard vs. Snyk, Checkmarx, Veracode, and Black Duck
Software supply chain attacks cost the global economy billions each year. Traditional SCA tends to flood you with alerts. Chainguard focuses on containers. Checkmarx centers on SAST. Veracode offers traditional testing. Safeguard combines reachability analysis, complete lifecycle coverage, and architecture designed for the highest federal security standards. Here's what that means for your business:
Fewer false positives with reachability analysis
Traditional SCA can generate many thousands of vulnerability alerts. Our reachability analysis surfaces the fraction that are actually exploitable. Your team focuses on real threats, not theoretical risks.
Complete lifecycle protection vs. point solutions
Many tools focus on a single slice — developer scanning, containers, or SAST. We span the whole chain: source code, containers, AI models, CI/CD, SBOM generation, third-party risk, and curated packages.
Enterprise architecture built for federal compliance
Compliance-ready architecture designed for FedRAMP HIGH, IL7, and SOC 2 Type II (audit in progress). Built to meet EO 14028, NIST SSDF, and SLSA compliance frameworks. When you need certification, we're ready—every system designed with federal compliance standards in mind. Air-gapped deployment options for classified networks. Complete tenant isolation.
Built for the messy reality of enterprise scale.
Thousands of repos, dozens of teams, conflicting policies, audit deadlines that don't move. ESSCM gives you a single operating layer for software supply chain governance.
Cross-repo SBOM aggregation
Single rolled-up SBOM view across thousands of repositories. Version-pinned per environment so dev, staging, and prod each show exactly what's deployed.
Policy engine
Author rego-style policies for license, severity, EPSS thresholds, KEV matches, and age-of-fix windows. Gate CI/CD with hard-fail or advisory enforcement modes.
Risk scoring
Weighted reachability × exploitability × asset criticality drives a single risk number. Rolls up cleanly per service, per team, per business unit.
SLA tracking
Per-severity remediation clocks with breach alerting and exec dashboards. Service health surfaces in green / amber / red so leadership sees where to push.
Audit trail
Tamper-evident log of every scan, policy decision, override, and remediation action. CycloneDX-attestation-grade evidence ready for external auditors.
Integrations
SSO via SAML and OIDC, SCIM user lifecycle, Jira and ServiceNow ticketing, Slack and Teams alerts, every major SCM, plus Splunk and Datadog telemetry.
From CISO readouts to midnight incidents.
CISO board readout
Quarterly board pack due Friday.
ESSCM pulls live data from production telemetry, computes the quarterly risk-trend chart, and packages it with policy-coverage and SLA-attainment views.
Seconds, not a week of analyst spreadsheet work.
Acquired-company onboarding
M&A just closed on a new subsidiary.
Point ESSCM at the new GitHub org, auto-discover repos and build artefacts, run all 11 scanners, then enrich with NVD, OSV, EPSS, and KEV.
Baseline SBOM and risk register inside 24 hours.
Customer security questionnaires
Prospect sends a 200-question security review.
ESSCM auto-fills SOC 2, ISO 27001, DORA, and DPDP questionnaires from its evidence store, attaching SBOMs, attestations, and policy results as proof.
Days saved per deal, fewer back-and-forth cycles with the prospect.
Production incident triage
A new CVE just dropped at 2am.
Pivot from the CVE alert to every running service that contains the affected component, with reachability verdicts, asset owners, and on-call routing pre-attached.
One click from alert to actionable triage queue.
From source to signed evidence.
Every step is automated, attestable, and reversible — no black boxes between commit and audit.
Connect SCM
Install the GitHub, GitLab, Bitbucket, or Azure DevOps app — read-only org tokens, no source code copied off-platform.
Discover repos and build artefacts
Auto-enumerate every repository, branch, container registry, and CI pipeline owned by your tenant.
Scan with all 11 scanners
Grype, Trivy, Gitleaks, OSV, GHSA, Scorecard, Hipcheck, SonarQube integration, malicious-package detection, license scanner, and SCC run in parallel.
Reachability + enrichment
Call-graph reachability verdict, then enrichment via NVD, OSV, EPSS, KEV, GitHub Advisory, VirusTotal, and VulnCheck.
Policy gate
Findings are evaluated against your policy bundle; pipelines pass, soft-warn, or hard-fail per your enforcement settings.
Auto-fix PRs
For supported ecosystems, ESSCM opens a PR with the safe upgrade and runs your test suite before requesting human review.
Audit trail
Every decision and action is sealed into a tamper-evident, CycloneDX-attestation-grade log ready for auditor export.
Ready to Know What's Really in Your Software?
Join enterprises who've stopped guessing and started securing. Complete visibility. Continuous protection. Total confidence.
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.