Snyk and Wiz get mentioned in the same breath so often that buyers assume they compete head-on. They don't, not entirely. Snyk, founded in 2015 in Tel Aviv and London, built a developer-first platform around software composition analysis (SCA), static analysis (SAST), container and IaC scanning — tools that live in the IDE, the CLI, and the pull request. Wiz, founded in 2020, built an agentless cloud-native application protection platform (CNAPP) that snapshots cloud accounts via provider APIs to map risk across AWS, Azure, and GCP without installing a single agent. Wiz's trajectory has been startling: a $12 billion valuation in May 2024, then a $32 billion all-cash acquisition by Google announced in March 2025 — the largest cybersecurity acquisition in history. Snyk, by comparison, last raised at a $7.4 billion valuation in 2021 and has stayed independent. Here's how the two actually differ, where each wins, and where both still leave gaps.
What is the core difference between Snyk and Wiz?
Snyk secures code before it ships; Wiz secures infrastructure after it's deployed. Snyk's five products — Snyk Open Source, Snyk Code, Snyk Container, Snyk IaC, and Snyk AppRisk — plug into VS Code, IntelliJ, GitHub Actions, and GitLab CI, running snyk test or snyk code test against a repo in seconds and blocking a PR when a fix is available. Wiz instead connects to a cloud account, takes disk and API snapshots without deploying agents, and builds the "Wiz Security Graph" — a model of every resource, identity, and network path across the environment — to answer questions like "which of our 40,000 cloud workloads has a public-facing vulnerability with an attached admin role?" One is a developer tool with a shift-left posture; the other is a cloud security operations tool with a shift-right, runtime-context posture.
How much do Snyk and Wiz cost?
Snyk publishes tiered pricing, while Wiz does not. Snyk offers a free tier capped at 200 open-source tests per month for individual developers, a Team plan historically priced around $25 per developer per month billed annually, and a custom-quoted Enterprise tier for SSO, AppRisk, and unlimited scanning. Wiz has no free tier and no public price list; contracts are quoted per cloud workload/compute resource scanned, and reported enterprise deals commonly start in the six figures annually, scaling with cloud footprint size rather than seat count. For a 50-engineer startup running a single AWS account, Snyk's per-seat model is usually cheaper; for an enterprise running multi-cloud production estates with tens of thousands of resources, Wiz's consumption-based model is the one built for that scale.
Which platform gives better visibility into cloud infrastructure?
Wiz does, because it was architected cloud-native from day one rather than extended into the cloud later. Wiz's agentless snapshot scanning covers CSPM (misconfigurations), CWPP (workload vulnerabilities), CIEM (identity and entitlement risk), Kubernetes security posture, and data security posture management (DSPM) in a single graph, refreshed continuously across AWS, Azure, GCP, and OCI. Snyk added Infrastructure as Code scanning for Terraform, CloudFormation, and Kubernetes manifests in 2021, which catches misconfigurations before they're deployed, but it doesn't maintain a live, queryable model of a running cloud estate the way Wiz's graph does. If the requirement is "show me every internet-exposed S3 bucket with a critical CVE and an over-permissioned IAM role right now," Wiz answers that natively; Snyk doesn't attempt to.
Does Snyk or Wiz fit better into a developer's daily workflow?
Snyk does, by a meaningful margin, because it was purpose-built as a developer tool nine years before Wiz entered that space. Snyk's IDE plugins surface vulnerable dependencies inline as a developer writes code, its CLI integrates into pre-commit hooks, and its PR checks comment directly on GitHub and GitLab merge requests with a one-click upgrade suggestion. Wiz launched "Wiz Code" in 2023 specifically to close this gap, adding IaC and container image scanning earlier in the pipeline, and it has since layered in secrets detection and SAST. But Wiz Code is a newer product line built to extend an infrastructure platform toward developers, not a tool designed around developer workflows from inception — teams evaluating both in 2026 still report Snyk's IDE and PR experience as more mature.
What does Google's $32 billion acquisition of Wiz mean for customers?
It means Wiz, previously prized for being cloud-agnostic, is now owned by one of the three hyperscalers it's supposed to monitor impartially. The deal, announced March 18, 2025, is structured as an all-cash transaction and is expected to close in 2025 or 2026 pending regulatory review in the US and EU, given its size and the antitrust scrutiny large tech acquisitions now draw. Google has stated Wiz will continue to support AWS and Azure as a standalone product inside Google Cloud, following the precedent set by Mandiant, which Google acquired in 2022 and kept multi-cloud. Customers on AWS or Azure evaluating Wiz today are betting that a Google-owned company will keep investing equally in competitors' clouds — a bet with obvious tension, even if Google has commercial incentive to honor it during the transition.
Where do Snyk and Wiz both fall short on prioritization?
Neither tool can natively prove that a flagged vulnerability is actually reachable and exploitable in a running application, so both still generate large volumes of alerts ranked primarily by CVSS severity. Industry data consistently shows that fewer than 10-15% of CVEs flagged by SCA tools sit in code paths an application actually executes, yet Snyk's SCA and Wiz's workload scanning both default to severity-based triage that treats a critical CVE in an unreachable function the same as one in a hot path. A team running Snyk on a monorepo with 3,000 dependencies, or Wiz across a 20,000-resource cloud estate, ends up with backlogs numbering in the thousands and no automated way to tell which handful actually matter — which is precisely the gap that pushes AppSec teams toward reachability-based tooling as a layer on top of either platform.
How Safeguard Helps
Safeguard closes the exact gap both Snyk and Wiz leave open: knowing which vulnerabilities are actually reachable in your running code rather than just present in a manifest or a cloud snapshot. Our reachability analysis traces call paths from application entry points down to the vulnerable function, cutting typical CVE backlogs by over 90% so teams fix the handful of issues that are exploitable instead of triaging thousands that aren't. Griffin, Safeguard's AI security analyst, correlates that reachability data with SBOM findings and cloud context to explain risk in plain language and recommend a fix. Safeguard generates and ingests SBOMs across your build pipeline for full software supply chain visibility, and where a fix exists, it opens an auto-fix pull request directly against the affected repo — turning a prioritized finding into a merged patch without a security engineer touching a ticket queue.