European Alternatives to Snyk

Why people leave Snyk

Snyk is a developer-first security scanner. Its product list on snyk.io covers Snyk Code (static analysis of your own source), Snyk Open Source (vulnerable dependencies), Snyk Container, Snyk IaC, Snyk Secrets and the DAST product Snyk API & Web, with newer AI-oriented offerings sold under the Evo name. Developers meet it in the IDE, the CLI and the pull request check, which is why so many teams adopted it before a security department had an opinion.

The contract depends on where you sit. In the terms of service dated 18 September 2026, "Snyk" means Snyk Inc, a Delaware company with an office in Boston, for customers in the United States, and Snyk Limited, registered in England and Wales, for every other country.

A customer in Frankfurt or Lyon therefore signs with a UK entity and is governed by English law. That is a real difference from a pure US contract, but the group also runs a US entity, and the pages we read do not say who owns the group.

People start looking elsewhere for three reasons that are visible on the vendor's own pages: the data-region choice is reserved for Enterprise plans, the cheap plans are capped by projects and test counts, and a security scanner is a service that reads unreleased source.

None of this makes Snyk a bad product. It means the buyer who wants a European contracting entity, a self-hosted engine or a price list without a sales call has more to compare than the market suggests.

• The EU data region is an Enterprise feature According to the Snyk documentation, regional hosting and data residency are available only on Enterprise plans, and the Free and Team plans sign in at app.snyk.io, the US-01 instance. The EU region is SNYK-EU-01 in Frankfurt. Even then, billing data, operational logs, product analytics, support tickets and user authentication data are stored globally. Customer source code is on the regional list, which is the part that matters most, but it is worth reading both lists before you sign.
• Free and Team plans are metered by projects and tests Snyk Free allows 5 projects and 100 Snyk Code tests a month; Team, from $25 a month for up to 10 developers, allows 100 projects and 1,000 Snyk Code tests. A busy repository with many pull requests can reach a test limit, and a monorepo split into many projects can reach the project limit. Per-contributor pricing, as Teamscale and Codeac use, or a lines-of-code tier, as SonarQube uses, is metered differently and easier to forecast for some teams.
• Your unreleased source runs through a third-party scanning service Snyk Code is described in the documentation as scanning through the web UI, the IDE, the CLI and the API, and it has a separate Snyk Code Local Engine page. Whether that engine fits your policy is something to ask in the sales round. The alternatives here include engines that run entirely inside your own CI or on your own servers, which removes the question rather than answering it.
• The newest capabilities sit behind an Enterprise subscription The Snyk pricing page states that Evo capabilities, such as AI pentesting and coding-agent security, are not available on the Free or Team plans and need an Enterprise Platform Subscription booked through sales. If you only want the classic scan of code, dependencies, containers and IaC, that is no obstacle. If the roadmap you were sold depends on Evo, budget for the Enterprise route from the start.

What you have to replace, not just match

Replacing Snyk starts with listing which of its products your team actually switched on.

Most accounts use two or three: Snyk Open Source for dependency advisories in the lock file, Snyk Code for SAST on pull requests, and often Snyk IaC or Snyk Container on top. The European tools split these jobs unevenly. SonarQube and Codacy cover code and some dependency or secrets checks; Codeac bundles dependency and infrastructure-as-code checks; no single tool on this page claims every Snyk module, so expect to combine two.

Next come the places where Snyk sits inside the workflow: the IDE plugin, the CLI call in a pipeline, the pull request status check, the Jira integration on the Team plan and the dashboards your security lead reads. Each needs a counterpart. SARIF and SBOM files are the practical bridge, since Sigrid imports both and most CI systems can store them, so findings from several scanners can be read in one place.

The vulnerability database is the part you do not copy. Snyk's advisory feed is its own product, and a European replacement will use other sources, so two scanners can disagree on the same dependency. Run both against one repository for a few weeks and compare what each flags before you remove anything from the pipeline.

The alternatives compared

How each alternative compares to Snyk

What actually breaks when you switch

The first thing that breaks is the pull request status check. Snyk reports as a check on the pull request, and branch protection rules refer to it by name, so replacing it means updating those rules in GitHub, GitLab or Bitbucket and deciding whether the new tool blocks merges from day one. Start in report-only mode and tighten once the findings are understood.

Data and contracts come next. Exporting your ignore decisions from Snyk, such as accepted risks with expiry dates, rarely maps onto another tool's suppression format, so expect to review old exceptions by hand. A Snyk contract with a year still to run limits how fast you can leave, and the Free and Team plans make a parallel run cheap. Retraining is small for a pull-request tool and larger for a platform like Teamscale or Sigrid.

Does a European scanner replace Snyk Open Source, not just Snyk Code?

Only partly, and it depends on the tool. SonarQube lists SCA next to SAST and secrets detection, Codeac lists dependency and infrastructure-as-code checks through bundled scanners such as OSV Scanner and TFSec, and Qodana lists license and vulnerability checks. Sigrid reports on open source health and imports SBOM files. None of these presents a dependency advisory feed as the centre of the product, which is where Snyk is built.

If dependency scanning is your main use of Snyk, test the replacement on a repository you know well. Pick a project with a few known vulnerable packages and see whether each tool finds them, how it ranks them and whether it proposes the upgrade. That test takes an afternoon and settles the question better than any feature table.

Is Snyk Limited in London a European contract?

The United Kingdom is outside the EU, and Snyk Limited is registered in England and Wales, so the contract is governed by English law. For some buyers a UK entity is enough, since UK and EU data protection regimes are close. For others, especially public bodies and companies with a strict European-vendor policy, a company in an EU member state or Switzerland is the requirement.

Whatever your policy, read the Snyk terms for the question that decides it: which entity your order form names, and which entity ultimately owns it. The terms say who contracts with you, not who owns the group, and ownership is the point a procurement team will ask about next.

Which one to pick

If you want one European tool to take the place of most of what you use Snyk for, start with SonarQube: public prices, an open-source Community Edition and a Swiss entity. Choose Codacy for a pull request reviewer with per-developer billing, and Codeac if dependency and infrastructure-as-code checks matter more than depth in the code engine. Qodana suits JetBrains shops that want a scan inside their own CI.

Pick Teamscale or Sigrid when the buyer is an engineering leader reporting across many systems, and Cppcheck or Axivion for C-family and embedded work. Stay with Snyk if its dependency advisories are the core of your pipeline, your plan fits its limits and its contracting entity passes your policy review.