Veracode vs Checkmarx in 2026: what each covers and how to choose

Veracode vs Checkmarx is a choice between two broad application security platforms that both cover static analysis (SAST), software composition analysis (SCA) and dynamic testing (DAST) in one place. Veracode leads its site with a risk manager, SAST, DAST, SCA, a package firewall and AI-assisted fixes. Checkmarx leads with Checkmarx One, a single platform with a hybrid scanning engine called Checkmarx Fusion. Neither is a pentest. The right pick depends on your languages, pipeline, hosting needs and who triages the findings.

An application security platform is a suite that scans your own code, your open-source dependencies and your running application, then collects the results in one place. This guide uses only what each vendor publishes on its own website and documentation, read on 7 October 2026. It names no prices (see each vendor's pricing page) and it does not say either product is better than the other. Product names are written as each vendor writes them.

What is the difference between Veracode and Checkmarx?

Both vendors sell a platform that covers code, dependencies and the running app. The difference is mostly in emphasis and packaging, and in what each leads with on its own website.

Veracode's product page lists Risk Manager (its ASPM), SAST, DAST, SCA, Package Firewall, Fix, Container/IaC scanning, eLearning, Security Labs, PTaaS and Software Supply Chain Intelligence. Checkmarx describes Checkmarx One as "the unified AI-powered application security platform" and lists SAST, SCA, DAST, API Security, IaC Security, Container Security, Secrets Detection, Malicious Package Protection and Repository Health, plus ASPM and AI supply-chain features.

So the headline answer is that the two overlap on the core scanner types. The questions that separate them for your team are narrower: which languages and frameworks you build in, how the scanners sit in your CI, whether you need scanning behind a firewall, and how much triage work you want the platform to take on.

Side-by-side summary from the vendors' own pages

The table lists capability names exactly as each vendor shows them. A tick means the vendor lists it on a product page; it says nothing about depth or quality.

How do Veracode and Checkmarx handle SAST?

SAST reads your code without running it and flags patterns that look like flaws, such as an unsanitised query or a hard-coded secret. Both vendors treat it as the centre of their platform.

Side by side on SAST

Veracode SAST

Veracode says its SAST covers "100+ languages and frameworks, including legacy, mobile, and modern cloud-native stacks". It supports scanning in the IDE and in CI/CD builds, so that "policy violating flaws" can be kept out of product builds. It also states that it can scan binaries, which matters when you hold third-party or legacy code without the source.

Checkmarx SAST

Checkmarx describes SAST as combining "deterministic rules" with AI reasoning inside Checkmarx Fusion, its "hybrid scanning engine". Its platform page names PHP, Python, C# and C++ among the supported languages and says the platform plugs into the IDE (VS Code, JetBrains and Visual Studio) and the CI/CD pipeline. Its home page also makes a vendor claim of "2.5x Higher F1 Score than Average SAST Tools". That is the vendor's own figure and we have not tested it, so ask for the method behind it.

What to test in a SAST trial

Language lists look similar on paper, so test your own repositories. Count how many findings your team can fix in a sprint, how many are false positives, and how long a scan takes on your biggest repo. Check how each tool handles your internal frameworks, since static analysis rules only find what they know about.

Which is better for DAST, Veracode or Checkmarx?

We cannot rank the two on DAST from public pages, because they publish very different amounts of detail. DAST tests a running web application or API from the outside, so it finds flaws that only show up at runtime, such as a missing check on a server response.

Veracode's DAST page describes finding runtime vulnerabilities "in your web applications and APIs from a single platform". It states a "<5% false positive rate" and says you can "scan hundreds of assets across environments, including those behind your firewall". Its docs add that internal applications need Internal Scanning Management (ISM), and that you can write Selenium-based crawl scripts to steer the scanner through specific features. Authenticated and unauthenticated scans are both supported.

Checkmarx lists DAST among the Checkmarx One capabilities and also "DAST for AI" under runtime security, and its documentation index has a DAST section. The pages we could read give less detail on authentication and internal scanning, so those are questions for the vendor.

Both false-positive figures are vendor statements, not independent measurements. Treat them as claims to test, ideally by planting a few known flaws in a staging app before the trial. Our best DAST tools guide covers dedicated scanners if runtime depth is your main need.

How do they compare on SCA and software supply chain?

SCA inventories the open-source libraries in your app and matches them to known vulnerabilities and licences. It matters because a large share of a modern application is code you did not write.

Veracode says its SCA can "pinpoint where your code interacts with risks in libraries and components", lists Reachability Analysis, and can "generate and scan an SBOM" in CycloneDX and SPDX formats. Veracode also has a Package Firewall, which it says stops vulnerabilities, malware and policy violations before they reach your pipelines.

Checkmarx lists SCA, Malicious Package Protection, Repository Health and Software Supply Chain Security. It also adds AI supply-chain items: an AI-BOM (an inventory of AI components) and an LLM scanner.

If you are already asked for an SBOM by customers, check the export formats and how often the inventory refreshes. The software supply chain risk is real: the OWASP Top 10:2025 now has its own category, A03 Software Supply Chain Failures.

How do Veracode and Checkmarx fit into CI/CD and hosting?

Both support CI/CD and IDE use, and both describe a cloud platform. Hosting is where you should ask direct questions rather than rely on a product page.

Questions to put to each vendor

The table gives the details the vendors publish and the gaps you should close in a call. A "Check" cell means the pages we read did not settle the point.

Hosting and data handling

Ask where scans run, what leaves your network (source, binaries, metadata) and which region stores results. If your code cannot leave your own environment, say so on the first call and get the answer in writing. Regulated teams should also ask how results are retained and deleted.

Pipeline fit

Ask how a failed policy gate is expressed in your CI system, what a developer sees on a pull request, and how long a scan adds to a build. Gating a build only works when scans are quick and the output is trusted. A gate that blocks on noise gets switched off within a month.

What about ASPM, AI fixes and triage?

Application security posture management (ASPM) gathers findings from several scanners and ranks them by risk and owner. Both vendors sell it, and both now add AI to cut the time spent on triage and fixing.

Veracode's Risk Manager says it unifies "security findings from multiple sources", applies "automated investigation and prioritization", and helps teams "track risk back to the origin and owner". Veracode Fix is described as "AI-powered remediation across both first-party code and open-source dependencies", delivering fix guidance and pull requests in the IDE, CLI and CI/CD pipeline.

Checkmarx says Checkmarx One "correlates findings across scanners and enriches them with business context" for a single view based on exploitability. Its Assist agents include a Developer Assist Agent in the IDE and a Triage & Remediation Assist Agent that ranks by attackability and offers "merge-ready fixes". Its site also quotes triage dropping from 3.5 hours to 20 minutes, a figure from the vendor that we have not verified.

AI-written fixes still need a person to review them and a test to prove they worked. See our guide to vibe coding security for why generated code deserves the same scrutiny as any other, and our note on MCP security if the assist agents will connect to your tools.

Who is Veracode best for, and who is Checkmarx best for?

There is no single winner. The summaries below describe what each vendor's own materials emphasise and the kind of team that often matches them.

Veracode tends to suit teams that

• hold legacy or third-party code and want binary scanning as well as source scanning;
• need DAST for internal apps behind a firewall inside the same platform;
• want a pentest-as-a-service option and training (eLearning, Security Labs) from one supplier;
• already run several scanners and want Risk Manager to pull them into one list.

Checkmarx tends to suit teams that

• want one cloud platform with scanner results correlated by exploitability;
• work in IDEs such as VS Code, JetBrains or Visual Studio and want AI assist agents there;
• need AI supply-chain visibility, such as an AI-BOM or LLM scanning, as they ship AI features;
• want API Security and Secrets Detection named as separate capabilities.

A small team with a single web app may find either platform larger than it needs. Our DAST guide and DAST vs SAST vs IAST explain lighter options.

What do Veracode and Checkmarx not replace?

A scanner platform reports what its rules and checks suspect. A penetration test tries to exploit a flaw to show it is real. The two answer different questions, and the threat data explains why teams still want both.

Verizon's 2026 Data Breach Investigations Report reports that 31% of breaches now begin with a software vulnerability, which puts them ahead of stolen passwords as the most common way in. IBM's Cost of a Data Breach Report 2026 reports a global average breach cost of $4.99M, up 12% on last year and the highest on record.

The CISA Known Exploited Vulnerabilities catalog showed 1,734 entries when we read it on 7 October 2026. And OWASP's Top 10:2025 says 100% of the applications tested had some form of broken access control.

Two gaps a pentest still covers

Business-logic and cross-account flaws

Broken access control and business-logic flaws depend on what your app means by "mine" and "yours". A coupon that stacks twice or one account reading another's invoice looks like normal code to a rule-based scanner. These usually need a tester, human or automated, who understands the workflow.

Proof and retest

A platform ranks findings by risk. A pentest shows the request, the response and the effect. After a fix, the strongest check is to replay the same exploit against the new code, which is what the closed-loop retest idea means.

Where does Cyberlop fit?

Cyberlop is not a replacement for either platform, and it is not in the same category. It is a pentest that sits next to a scanner platform. It finds vulnerabilities in web apps and their APIs with black-box, grey-box and white-box testing.

In white-box mode it reads your code while testing the running app, so a finding can point to the file and line. It reports only what it exploited: each finding carries the request, the response, a screenshot where a person can see it, and the line of code. Severity and confidence are kept apart, and findings carry CWE and OWASP references.

It also checks business-logic flaws and cross-account access, can run on a schedule or in CI/CD and gate a build, and can run inside your own network so code does not leave it. See how it works, the evidence page and private scanning. Use the platform for breadth and the pentest for the flaws a scanner cannot judge.

How should you read vendor claims on accuracy and speed?

Treat every accuracy, speed and time-saved figure on a vendor page as a hypothesis to test. Both sites publish such figures, and neither can tell you how your code will behave.

Veracode states a "<5% false positive rate" for DAST and says pipeline integration can be set up "within 10 minutes". Checkmarx states a "2.5x Higher F1 Score than Average SAST Tools" and a fall in critical triage from 3.5 hours to 20 minutes. These are the vendors' own statements, and the pages we read do not give the test method, so we have not repeated them as findings.

How to test a benchmark

Three questions for any benchmark

Ask which applications and languages were tested, who ran the test, and whether the same rules were applied to every tool. A figure measured on a deliberately vulnerable demo app says little about a ten-year-old monolith with custom frameworks.

Measure it yourself

Plant flaws you already know about, run each tool, and count what it finds, what it invents and what it misses. Keep the same note for false negatives as for false positives, because a quiet scanner is not always a clean app. For context on triage cost, see the vulnerability management entry and our VAPT checklist.

How do you choose between Veracode and Checkmarx?

Choose by running both on the same code and scoring the same criteria. A feature list will not settle it, since the two vendors cover the same scanner types.

Decision criteria

Score each row from one to five for each vendor, and weight the rows by what hurts your team most.

A two-week trial plan

1. Pick one staging app and its repositories, with test data and a backup.
2. Plant a few known flaws, including one cross-account access issue.
3. Set up the same IDE, CI and DAST access for both vendors.
4. Run SAST, SCA and DAST and record time, noise and misses.
5. Ask each vendor to explain three findings end to end.
6. Fix two findings and see how the fix is verified.
7. Score the criteria together: security, engineering and compliance.

If you need a wider market view, read our best AI pentesting tools guide, continuous penetration testing and the compare hub.