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Wiz Code is a solid tool for identifying misconfigurations in IaC files like Terraform and Kubernetes YAMLs, and correlating them with cloud context through the Wiz Security Graph. However, Wiz Code doesn’t scan your actual application code where most critical vulnerabilities like SQL injection, cross-site scripting, or authentication flaws live. IaC misconfigurations are only part of the risk surface. Most breaches stem from vulnerabilities in the custom code your developers write, not just the infrastructure.

Checkmarx goes deeper with enterprise‑grade AppSec engines (SAST, SCA, API, IaC) that analyze real application logic, not just configuration risk. This means more accurate findings, better fix guidance, and fewer missed vulnerabilities

Wiz Code uses a mix of limited native scanning and ingestion of third‑party results for capabilities like SAST and SCA. Checkmarx provides fully native SAST, SCA, API Security, Secrets, and IaC scanning. No stitching together tools, just one platform with deep application‑layer coverage.

Wiz delivers strong CNAPP and cloud‑posture capabilities, but when the focus shifts from cloud misconfigurations to actual application security, Checkmarx is the more mature and capable platform. Checkmarx is consistently recognized by industry analysts for leadership in SAST and AppSec innovation, providing the depth, accuracy, and developer experience needed to secure modern applications.

Checkmarx unifies SAST, SCA, API Security, IaC scanning, and AI-powered remediation into one platform designed for developers and AppSec teams. With deep static analysis, broad language support, and native integrations across IDEs, SCMs, CI/CD pipelines, and ticketing systems, we allow teams to catch and fix issues early with minimal friction. This not only improves developer velocity, but also provides the

compliance-ready reporting, accuracy, and reliability that large enterprises and regulated industries require.

If you’re building small apps with low complexity and low compliance needs, Wiz might be ‘good enough,’ but that’s a narrow edge case. Most orgs scale up fast. Once you need real code path analysis or want to avoid wasting dev time on false positives, Checkmarx dedicated AppSec suite becomes essential.

Pricing is a common concern across the AppSec industry. However low upfront costs, don’t mean that there aren’t hidden costs over time. Wiz Code pricing is typically tied to cloud asset counts and CNAPP modules, with add-on costs that escalate quickly. It may be cost effective for small teams, but unpredictable at enterprise scale. As Wiz misses coverage on AppSec tool stack, this means additional tools are needed, driving up total cost and complexity. Checkmarx offers transparent enterprise pricing, volume discounts, and broader AppSec coverage, reducing tool sprawl and hidden costs.

No. Wiz SAST is still in early preview and remains heavily dependent on cloud context. While that context can be useful, it does not replace deep static analysis. Wiz SAST cannot perform the advanced dataflow, control‑flow, and taint analysis required to uncover real application vulnerabilities like XSS, SQL injection, deserialization bugs, or authentication and authorization flaws.

Checkmarx SAST, by contrast, has been refined over more than a decade to deliver high‑accuracy detection, broad language and framework coverage (35+ languages, 80+ frameworks), and a developer‑first experience. It’s an enterprise‑grade engine recognized across the industry for reliability and depth, capabilities Wiz cannot match in its current state.

Wiz’s lightweight code analysis may be sufficient for small, low‑complexity applications, but that’s a narrow use case. As codebases grow and compliance needs increase, organizations quickly require true code path analysis, accurate detection, and fewer false positives—areas where Checkmarx has invested years of research, innovation, and tuning. Wiz’s early‑stage SAST is not equipped for this level of maturity.

Checkmarx also integrates directly into IDEs, SCMs, CI/CD pipelines, and ticketing systems, enabling developers to detect, prioritize, and remediate issues early with minimal friction. This results in faster fixes, fewer false positives, and a more scalable approach to secure coding across large engineering teams.

Teams typically choose Wiz when their priority is cloud‑first security, for strong CNAPP capabilities, cloud posture management, and broad visibility across cloud identities, workloads, and configurations. Wiz gives security teams a fast way to understand their cloud posture, but its code analysis remains lightweight and more context‑driven than depth‑driven.

Teams choose Checkmarx when they need true application security maturity, including deep code analysis, developer-friendly workflows, and accurate detection of the vulnerabilities that actually cause risks. Cloud context is helpful, but it cannot replace the ability to understand how data flows through application logic or detect issues like SQLi, XSS, deserialization, or business logic flaws. This is where Checkmarx’s advanced SAST, SCA, API Security, and IaC engines deliver the depth and precision Wiz can’t match.

Wiz may deploy more quickly for cloud posture use cases, but when the goal is actual application risk reduction, depth matters more than speed. Checkmarx provides the enterprise-grade analysis, mature language/framework coverage, and long-term ROI needed to secure modern software at scale.