Wiz provides cloud security posture management (CSPM) for runtime scanning. Safeguard starts you clean with 10M+ zero CVE images and packages, then delivers software supply chain security with autonomous remediation. See why you need BOTH—and why Safeguard covers supply chain threats Wiz can't address.
Software supply chain security vs cloud security posture management
3,000+ zero CVE images + 3,000+ Gold packages—certified before deployment
None—runtime scanning only, no pre-vetted components
Software supply chain security—code, dependencies, containers, AI models, SBOM, TPRM
Cloud security posture—misconfigurations, vulnerabilities, compliance across cloud workloads
100-level dependency depth with reachability analysis—deep supply chain tracing
Runtime vulnerability scanning—no deep dependency chain analysis
Autonomous Auto-Fix for supply chain vulnerabilities—self-healing code and containers
Cloud misconfiguration remediation—not focused on software supply chain fixing
Complete SBOM lifecycle with EO 14028 attestation and continuous monitoring
Runtime SBOM discovery—limited lifecycle management and attestation
Dedicated TPRM with vendor SBOM validation—protects against supplier threats
Cloud vendor security assessment—no software supplier SBOM validation
Not a CSPM tool—focused on software supply chain security
Comprehensive CSPM across AWS, Azure, GCP, OCI, Alibaba—cloud misconfiguration detection
Supply chain focused: dependency analysis, layer-by-layer scanning, autonomous fixing
Runtime focused: workload protection, network security, runtime anomaly detection
Deep CI/CD integration, Git hooks, IDE plugins—shift-left supply chain security
Runtime cloud integration—limited development-time supply chain security
FedRAMP HIGH, IL7, SOC 2 Type II ready—compliance-ready architecture designed for federal software supply chain requirements
SOC 2, ISO 27001—strong cloud security compliance but not IL7 or FedRAMP HIGH architecture
Value-based on supply chain outcomes (vulnerabilities fixed, compliance achieved)
Workload-based pricing—costs scale with cloud resource usage
Seven in-house models purpose-built for security (Griffin 5 variants + Eagle + Lion)
Uses general-purpose foundation models with cloud-security prompting—no dedicated security-tuned model lineup
Long-context Aegis attention with MoE in the largest tier for whole-repo reasoning
Standard transformer inference via third-party providers—no proprietary long-context architecture
Models trained on a security-only corpus with no customer code and no general web crawl
Relies on general-purpose model providers—training data is web-scale, not security-curated
Custom tokeniser aware of CVE IDs, purls, package names, CWE classes
Standard tokenisers from upstream model providers
Every finding ships with a first-class structured reasoning trace as machine-readable output
AI summaries are prose; no structured trace contract per finding
A second model actively tries to disprove every finding before it is shown to the user
Confidence scoring exists but no published adversarial disproof step on findings
Triage score routes each request to the smallest model variant that can answer it
No equivalent self-hosted multi-variant model router for findings
Lion runs locally with sub-100ms p95 for inline IDE and pre-commit checks
Cloud-hosted analysis—no on-device inline model for the developer loop
Code-level taint chain reasoning up to 12+ hops across packages
Reachability in the cloud-runtime context, not code-level cross-package taint chains
Correlates multiple findings into a single reasoning pass to surface root causes
Cloud issue correlation across attack paths in the runtime graph
Safeguard Code agent runs in terminal and IDE for security-aware coding workflows
No first-party local coding agent for developers
MCP Server with capability scoping and sensitive-data egress guardrails
No first-party MCP Server with capability scoping for agent access
First-class AI-BOM cataloguing models, prompts, and tools used across the SDLC
AI-SPM covers cloud-hosted AI services—not an AI-BOM artefact for the SDLC
End-to-end pipeline: upstream patch + maintainer test-suite + disclosure draft
Wiz Research publishes vulnerability research—no productised disclosure pipeline for customers
Public threat intel feed available as RSS, JSON, and STIX
Wiz Threat Center publishes write-ups; no machine-readable public feed in standard formats
Safeguard-published research with coordinated disclosure on supply chain CVEs
Wiz Research is a recognised research team with regular publications
Public bug bounty for the platform itself
Operates a vulnerability disclosure programme for the platform
Sovereign and air-gapped deployment with the full Griffin Zero (671B-MoE) model
SaaS-first; no air-gapped deployment with a 671B-MoE in-house model
Constitutions of Security, AI, and Human Values are published publicly
No equivalent publicly published constitution documents
Product roadmap published publicly
Roadmap shared selectively with customers; not fully public
Public training and certification programme on the platform
Wiz Academy offers training content for users
Customer-verifiable model provenance bundle ships with every release
No equivalent verifiable model provenance bundle for the customer
Five documented deployment shapes spanning SaaS, dedicated, hybrid, on-prem, and air-gapped
SaaS plus a Wiz Outpost option for in-tenant scanning; fewer documented shapes
Audit log export under customer control in JSON and CycloneDX formats
Audit log export available, JSON only
Sandbox tenant available for self-serve evaluation without sales contact
Evaluation is sales-led; demo environments available on request
Wiz protects cloud infrastructure posture (misconfigurations, IAM, network). Safeguard protects software supply chain (dependencies, SBOM, third-party risk). You need both—Wiz for WHERE your software runs, Safeguard for WHAT's IN your software.
Wiz excels at cloud security posture management—finding misconfigurations and runtime threats. Safeguard excels at software supply chain security—tracing 100-level dependencies, validating vendor SBOMs, and autonomous vulnerability fixing.
Safeguard protects at development time—preventing vulnerabilities before deployment with CI/CD integration. Wiz protects at runtime—detecting threats in running cloud workloads. Both stages need protection.
Wiz discovers runtime SBOMs for workload inventory. Safeguard manages complete SBOM lifecycle: generation, enrichment, validation, secure distribution, continuous monitoring, and EO 14028 attestation—critical for federal compliance.
Wiz alerts on cloud security issues requiring manual fixing. Griffin AI autonomously fixes supply chain vulnerabilities—generating pull requests, validating compatibility, and deploying fixes without manual intervention.
Wiz assesses cloud vendor security posture. Safeguard TPRM validates software supplier SBOMs—addressing the 95% of breaches involving third-party software components, not just cloud vendor security.