Snyk vs Wiz vs Detectify: Which AppSec Tool Wins?

Every engineering leader sourcing application security tooling eventually lands on the same three names: Snyk, Wiz, and Detectify. The mistake most teams make is treating them as competitors. They are not — they cover overlapping but fundamentally different layers of the application security stack, and choosing one because another team said “we use X” is how organisations end up with three-tool sprawl or, worse, with a single tool covering one layer well and silently leaving the other two exposed. After working through this evaluation across dozens of DevSecOps consulting engagements, the honest comparison reveals each tool’s distinct centre of gravity, where the marketing pages overlap more than the products do, and the operational pattern most mature security teams converge on. This is the field-level breakdown without the vendor talking points.

Why this comparison gets framed wrong

The comparison is usually posed as “which AppSec tool is best.” That framing assumes the tools solve the same problem. They don’t.

Three different starting points

Snyk grew up around developer-facing scanning — finding vulnerabilities in code, open-source dependencies, container images, and infrastructure-as-code, before they ship to production. The mental model is shift-left: catch issues in the IDE or pull request, not on a runtime sensor.

Wiz grew up around the cloud control plane — scanning cloud configurations, workload state, secrets, identity relationships, and runtime telemetry across AWS, Azure, GCP, and Kubernetes. The mental model is shift-right: assume code will have issues, but make sure the cloud environment around it doesn’t compound them into a breach.

Detectify grew up around external attack surface — scanning the application from the outside, like an attacker would, finding vulnerabilities at the HTTP layer in production. The mental model is continuous DAST plus external attack surface management.

Calling any of these “AppSec” is technically accurate and operationally misleading. Snyk is developer-loop scanning; Wiz is cloud posture and runtime; Detectify is external DAST and EASM. The right framing is not “which is best” but “which layer am I covering today, and what’s the next gap.”

The coverage gap test

The single most useful exercise before evaluating any of these tools: list the categories you want covered, then check honestly which is your primary gap.

• “We ship vulnerable container images to production.” — Snyk’s strongest case.
• “We don’t know what’s actually deployed in our AWS accounts.” — Wiz’s strongest case.
• “Our production app gets pen-tested annually and we have no visibility between tests.” — Detectify’s strongest case.

Most teams have at least two of these gaps. Many have all three. That’s why the eventual answer for mid-market and enterprise teams is usually a combination, not a winner.

What each tool actually covers

The pattern is consistent: Snyk owns the developer loop, Wiz owns the cloud environment, Detectify owns the production HTTP surface. The places they touch each other — Wiz Code for SCA/SAST, Snyk Container/IaC for cloud-adjacent scanning — are real but not the strongest version of any of the three.

Snyk in detail

Snyk is the most developer-facing of the three. Its strongest characteristics show up in the IDE plugin experience, the PR-comment quality, and the breadth of language and ecosystem coverage.

Where Snyk wins

• Open-source SCA: the vulnerability database (Snyk Vulnerability DB) is broadly considered the most comprehensive in the industry, ahead of NVD by hours to days on disclosed CVEs.
• Container image scanning: shifts left into the Dockerfile build step rather than relying on registry-side post-push scanning.
• IaC scanning: catches misconfigured Terraform / CloudFormation before merge, with policy customisation that doesn’t require writing Rego.
• Developer workflow: the IDE plugins, GitHub/GitLab PR comments, and CLI-driven local testing are smoother than the equivalents in any other tool in this space.

Where Snyk gets weaker

• Cloud posture: Snyk Cloud (the CSPM component) exists but is materially behind Wiz, Orca, or even the AWS-native combination of Security Hub and Inspector. Don’t pick Snyk as your CSPM.
• Runtime security: not Snyk’s lane.
• Production DAST: limited; the Snyk DAST product (formerly Probely) is improving but not at Detectify’s depth.
• Pricing at scale: the per-developer pricing model gets expensive fast at 200+ developer organisations. Custom enterprise deals soften this but not by as much as buyers expect.

Best fit

A mid-market engineering team with 30–300 developers shipping software through CI/CD pipelines, where the primary risk is “we don’t know what’s vulnerable in the code we’re about to ship.” Snyk paired with the cloud-native services for posture (or a CNAPP, see below) is the most common practical combination.

Wiz in detail

Wiz is a CNAPP — Cloud-Native Application Protection Platform. The agentless architecture and the security graph are the two things that genuinely differentiate it.

Where Wiz wins

• Agentless cloud scanning: deploys via cross-account roles, scans EBS volume snapshots, container images, and Kubernetes nodes without installing agents. Time-to-first-value is hours, not weeks.
• Security graph: cross-resource correlation that surfaces attack paths — “this internet-facing EC2 instance has an SSRF-vulnerable application that can call this overly-permissive role that can read this S3 bucket containing customer data.” This is the kind of finding that converts security work into business risk language.
• CIEM (Cloud Infrastructure Entitlement Management): identifies overly-permissive identities, unused permissions, and lateral movement paths through IAM. Stronger than the AWS-native equivalents.
• Coverage across AWS, Azure, GCP, OCI, Kubernetes: genuine multi-cloud, not multi-cloud in marketing.

Where Wiz gets weaker

• Developer loop: Wiz Code (the SAST/SCA addition) is adequate but lacks the IDE smoothness of Snyk. Teams that bought Wiz to consolidate often keep Snyk specifically for the developer experience.
• HTTP-layer testing: not Wiz’s lane. Wiz will tell you a web app is internet-facing and has an unpatched library; it won’t tell you the IDOR in the API endpoint exists.
• Pricing: enterprise-tier pricing model. Mid-market teams typically run into procurement friction before usage friction.

Best fit

A cloud-mature organisation running multi-account AWS (or multi-cloud) at scale, where the primary risk is “we don’t actually have a clean picture of what’s deployed, what it can access, and how an attacker would chain through it.” For more on the AWS-native alternative path, see AWS Security Hub vs GuardDuty vs Inspector.

Detectify in detail

Detectify is the smallest of the three by company size and the most narrowly scoped — which is its strength, not a weakness.

Where Detectify wins

• External attack surface coverage: monitors all known internet-facing assets (subdomains, IPs, ports, services) continuously. Catches forgotten subdomain takeovers, unindexed staging environments, and shadow IT.
• Continuous DAST: production-safe scanning of web applications, hitting real attack categories (XSS, SQLi, SSRF, IDOR variants, misconfigured CORS) on a recurring schedule rather than once a year.
• Crowdsource-fed payloads: many of the detection signatures come from Detectify’s own bug bounty programme. This shows up in fewer false negatives on novel CVE patterns.
• Zero-config baseline: point it at a domain, it discovers subdomains, scans them, and reports. The fastest of the three to demonstrate value.

Where Detectify gets weaker

• Code-layer coverage: zero. Detectify treats the application as a black box.
• Cloud posture: zero. Detectify treats the cloud as another opaque source of internet-facing assets.
• Authenticated scanning depth: improving but not at the level Burp Suite Professional or OWASP ZAP achieve in manual hands.
• Reporting customisation: limited compared to enterprise DAST tools like Invicti or Veracode DAST.

Best fit

A SaaS or web-heavy company where production traffic is the crown jewel and the primary risk is “between annual pen tests we have no idea what’s on our perimeter or what’s vulnerable on it.” For deeper context on web app testing, see web application pentest methodology and the web application penetration testing service.

Pricing in 2026 — the shape that matters

The shape difference matters: Snyk scales with engineering headcount, Wiz scales with cloud size, Detectify scales with attack surface size. A 50-person engineering team running 200 cloud workloads and 30 internet-facing apps will hit very different cost curves with each.

The other thing every buyer underestimates: hidden engineering cost to integrate, tune, and triage. Tools that produce 1,000 findings of which 200 are real require an engineering FTE just to manage. Factor in operational cost, not just license fees.

When you need just one

There are scenarios where exactly one of the three is the right answer:

• Small SaaS startup, pre-Series-A, single AWS account, 10 developers: pick Snyk only. Cloud posture is manageable manually at this size; external attack surface is small enough that annual pen tests cover it.
• Multi-cloud mature organisation with strong engineering hygiene, existing SAST/SCA via GitHub Advanced Security or similar: pick Wiz only. The code-side risk is being addressed, the gap is cloud posture and identity.
• Public-sector or financial-services organisation with mandatory annual pen tests, in-house code review, but extensive customer-facing infrastructure with constant subdomain churn: pick Detectify only. The other two address risks already handled by process and review.

The single-tool scenarios are the minority. Most teams need at least two.

When you need two

The most common production combinations:

The Snyk + Wiz combination is the most common at mid-market and enterprise. Detectify gets added when external attack surface visibility becomes the next priority — typically after a near-miss on a forgotten subdomain.

When you need all three (the honest case)

For most regulated mid-market and enterprise organisations, the honest answer is all three. The argument against is budget; the argument for is coverage.

The coverage matrix without all three has gaps:

• Snyk + Wiz covers shift-left and cloud posture but cannot see the production HTTP surface continuously.
• Wiz + Detectify covers cloud and external surface but cannot catch vulnerable dependencies before they ship.
• Snyk + Detectify covers code and HTTP surface but cannot detect cloud posture drift.

If the business risk profile makes any of these gaps unacceptable — financial services, healthcare, infrastructure for other regulated industries — the budget conversation usually concludes with all three.

The operational trick is sequencing the rollout. Tools deployed simultaneously generate concurrent finding floods that overwhelm triage. Stagger by quarter, tune each before introducing the next.

Alternatives worth considering

A complete evaluation should at least mention:

• Orca Security: direct Wiz competitor, often cheaper at mid-market, with a similar agentless model. Worth a head-to-head if Wiz pricing is out of reach.
• Lacework: another CNAPP with a behavioural detection angle. Strong in some categories Wiz is weaker on (anomaly detection on runtime workloads).
• GitHub Advanced Security: native SAST + secret scanning + Dependabot for organisations standardised on GitHub. Can replace the SCA + SAST slice of Snyk at significantly lower marginal cost.
• Checkmarx / SonarQube: enterprise-grade SAST alternatives to Snyk, often deeper on first-party code analysis but weaker on the developer experience side.
• Burp Suite Enterprise: replaces Detectify for organisations that already run Burp Pro and want the same engine in CI. Less polished UI; better detection depth in many categories.
• Invicti / Veracode DAST / Acunetix: enterprise DAST competitors to Detectify, typically heavier and more enterprise-priced.
• AWS-native combination (Security Hub + GuardDuty + Inspector + Macie + IAM Access Analyzer): replaces Wiz for single-cloud AWS organisations willing to do more glue work. Documented in detail in our AWS-native trio comparison.

The decision is rarely “tool X or nothing” — it’s “tool X or its closest alternative.” Run the comparison against at least one alternative per layer before committing to a multi-year contract.

The honest recommendation

After threading this evaluation across many engagements:

1. Start with the gap that hurts most. If you don’t know which gap hurts most, run a cloud security assessment before buying anything — the assessment will surface the answer cheaply.
2. For organisations standardising one tool at a time over 18 months: Snyk first (shift-left is cheapest to operationalise), Wiz second (cloud posture is the highest blast-radius gap), Detectify third (external surface is the lowest-cost gap to mitigate via manual processes interim).
3. For organisations buying a security stack in one procurement cycle: Snyk + Wiz + Detectify, deployed in the order above, with one quarter of tuning between each rollout.
4. For organisations with strong existing AppSec process and a single AWS footprint: the AWS-native services plus a single targeted tool (usually Snyk for developer experience, occasionally Detectify for external monitoring) often beats a full CNAPP on cost-to-value.

What none of these tools replace is the human work of DevSecOps consulting — turning findings into prioritised work, building the developer feedback loop, and integrating security into the release process. A tool fires findings; an engineering culture turns findings into fixes.

The argument was never which tool wins. It’s which combination, deployed in what order, with what tuning, leaves the organisation able to confidently say “we’d catch a real attack in time.”