> ## Content Index > Fetch the complete content index at: https://www.edgewisely.com/llms.txt > Use this file to discover other available public pages before exploring further. # Snyk vs SonarQube: Which to Use in 2026? - URL: https://www.edgewisely.com/snyk-vs-sonarqube/ - Published: 2026-09-30T06:27:52.000Z - Updated: 2026-09-30T06:28:45.000Z - Description: Snyk secures dependencies, containers and IaC. SonarQube measures code quality. They overlap on SAST and nowhere else. A 2026 comparison with verified pricing, the Sonar rename most articles missed, and what each ships for AI-generated code. - Author: John Karpentar - Tags: Engineering, Enterprise **TL;DR** - **Snyk** is a developer-security platform (SCA, SAST, containers, IaC, secrets, plus the **Evo** agent-security line). **SonarQube** is a code-quality and maintainability engine with security as one dimension. They overlap on SAST and nowhere else. - **Prices:** Snyk Free (5 projects, 100 SAST tests/month) → Team from **$25/month** (≤10 devs) → Enterprise on **credits at $1 each**. Sonar free tier (50k LOC) → SonarQube Cloud Team from **$34/month** (100k LOC) → Enterprise quoted. - Both rebuilt around AI-generated code in 2026\. Snyk ships **Evo ADS**, which intervenes inside Claude Code, Cursor and Codex. Sonar bought **Gitar** in May 2026 for agentic PR review. - **Verdict:** most teams running coding agents at scale need both. If you must pick one, pick on which failure hurts more — shipped CVEs (Snyk) or unmaintainable code (Sonar). **Snyk vs SonarQube** is usually the wrong comparison. Snyk is a security platform that added SAST; SonarQube is a code-quality platform that added security. They compete on exactly one feature — static analysis of your own source — and diverge completely on everything else. Choose on which problem you actually have, not which tool is "better". Worth flagging before you read further: every non-forum result currently on page one for this query is published by a company selling one of these tools or a competitor to both. The top vendor comparison still benchmarks **LGTM**, which GitHub [shut down on 16 December 2022](https://github.blog/news-insights/product-news/the-next-step-for-lgtm-com-github-code-scanning/?ref=edgewisely.com). The top forum thread is from 2020\. Here are the 2026 facts. ## What is the difference between Snyk and SonarQube? Snyk secures the software supply chain. SonarQube measures whether your code is any good. **Snyk's scope** is breadth across artifact types: Snyk Open Source (dependency CVEs), Snyk Code (SAST), Snyk Container, Snyk IaC, Snyk Secrets, and Snyk API & Web for DAST. Security is the entire product. **Sonar's scope** is depth on one artifact — your source code. It reports bugs, security vulnerabilities and hotspots, maintainability issues, duplication and coverage on new code, then enforces a pass/fail **Quality Gate** on every pull request. That Quality Gate is the thing Snyk has no equivalent for. It is also why teams who replace Sonar with Snyk find they have lost something: nothing in Snyk blocks a merge for untested, duplicated or structurally rotten code. Conversely, Sonar will not tell you that a transitive npm dependency has a critical CVE with a known exploit. SCA is available, but only via the **SonarQube Advanced Security** add-on on Enterprise plans. ## Snyk vs SonarQube: the product names changed, and most comparisons missed it If you are reading older comparisons, half the product names in them no longer exist. Sonar (formerly SonarSource) [consolidated everything under the SonarQube brand on 29 October 2024](https://www.sonarsource.com/company/press-releases/sonar-streamlines-product-naming-to-reflect-core-mission-of-code-quality-and-security/?ref=edgewisely.com): | Old name | Current name | | --------------------------- | ----------------------------- | | SonarQube | **SonarQube Server** | | SonarCloud | **SonarQube Cloud** | | SonarLint | **SonarQube for IDE** | | SonarQube Community Edition | **SonarQube Community Build** | So "snyk vs sonarcloud" queries are now really about SonarQube Cloud. Sonar has since added **SonarQube Advanced Security**, **Sonar Vortex**, a **Remediation Agent** and a **Hunter Agent**. Snyk restructured too. The company now positions itself as an **AI Security Platform**, with the **Evo** line covering AI-SPM, Agentic Development Security and Continuous Offensive Security. It acquired Invariant Labs for agentic threat modelling, and its DAST product runs on the acquired Probely platform. ## Snyk vs SonarQube pricing: what does each actually cost? Different billing units, which makes headline prices misleading. Snyk bills by **developer or contributor**. Sonar bills by **lines of code**. | | Snyk | Sonar | | -------------------- | ------------------------------------------------------------------------- | ------------------------------------------------------------- | | Free tier | **$0** — 5 projects, **100** Snyk Code tests/month | **$0** — private projects up to **50k LOC** | | Entry paid | **Team, from $25/month** — ≤10 devs, 100 projects, 1,000 SAST tests/month | **SonarQube Cloud Team, from $34/month** — up to **100k LOC** | | Enterprise | **Credits, 1 credit = $1**, drawn across capabilities | Custom quote | | Self-hosted | Private Cloud on AWS (limited availability) | **SonarQube Server** — per instance, per year, by LOC tier | | Truly free self-host | No | **SonarQube Community Build**, LGPL-3.0 | | AI code review | Included in Evo (Enterprise) | **Gitar, $20/user/month** billed annually | Snyk's enterprise model is the more interesting change. Instead of seat tiers, [Snyk publishes a credit rate card](https://snyk.io/plans/?ref=edgewisely.com): Snyk Code and Open Source each draw **1.0 credit per active contributor per day**, IaC 0.33, Secrets 0.66, Container 0.33 per monitored image per day, and an Evo COS AI pentest assessment costs **4,000 credits**. At $1 per credit, Snyk Code alone works out to roughly **$365 per active contributor per year** at list — our arithmetic on Snyk's published rate, before any negotiated discount. Useful for a budget sanity check. One asymmetry matters for procurement: **Sonar no longer publishes list prices for SonarQube Server at all.** Developer, Enterprise and Data Center editions are all quote-only on [Sonar's pricing page](https://www.sonarsource.com/plans-and-pricing/?ref=edgewisely.com), per instance per year, priced by LOC tier. Any third-party article quoting a specific Server figure is guessing. ## Snyk Code vs SonarQube: which is the better SAST tool? Sonar covers more languages. Snyk fixes more of what it finds. **SonarQube analyses 40+ languages and frameworks** per [Sonar's own repository](https://github.com/SonarSource/sonarqube?ref=edgewisely.com), with the Cloud Team plan covering 30-plus and Enterprise adding legacy estates: ABAP, COBOL, JCL, PL/I, RPG and VB6\. If you run mainframe or ERP code, this is not a close call. **Snyk Code runs on DeepCode AI**, which Snyk says covers **19+ languages** and is trained on 25M+ data flow cases. Snyk claims 85%-accurate security autofixes and an MTTR reduction of 84% or more. Both are vendor figures with no published independent replication — treat them as marketing until someone reproduces them. Snyk's advantage is remediation. It proposes a fix, not just a finding. Sonar's advantage is taint analysis depth in Advanced Security plus the governance layer: OWASP Top 10, CWE and PCI DSS reporting, portfolios, audit trails. ## How do they handle AI-generated code? This is the axis nearly every ranking page predates, and it is where the two tools genuinely differ in philosophy. **Snyk intervenes before the code exists.** Evo Agentic Development Security secures code at inception inside coding agents, applying fixes before the suggestion reaches the developer. It supports Claude, Cursor, Codex, Windsurf, Antigravity, Kiro and Qodo, discovers shadow MCP servers and skills, and detects prompt injection and secret exfiltration. The behaviour-governance layer is in open preview. ![Snyk Evo Agentic Development Security dashboard showing monitored MCP servers and agent skills in the agent supply chain](https://storage.ghost.io/c/54/5a/545a66b3-60ef-480c-80ae-765bac52f6ec/content/images/2026/09/snyk-vs-sonarqube-inbody.jpg) Product view: [Snyk](https://snyk.io/evo/agentic-development-security/?ref=edgewisely.com) **Sonar verifies after the code exists.** Its framing is "vibe, then verify" — the same deterministic analysis applied to every line regardless of author, running in the CI loop before merge. Sonar acquired Gitar on 21 May 2026 to add agentic review that generates fixes and iterates until CI passes. It ships an open-source MCP server and plugins for Claude Code, Cursor, Codex, Antigravity and Copilot CLI. If your worry is an agent pulling in a malicious MCP server, that is Snyk. If your worry is an agent producing code that passes tests but nobody can maintain, that is Sonar. ## How do they fit into CI/CD? Both integrate with GitHub, GitLab, Bitbucket, Azure DevOps and Jenkins, and both offer a CLI and IDE plugins. Pipeline integration is not a differentiator — see our roundup of [CI/CD tools for 2026](https://edgewisely.com/top-7-ci-cd-tools-2026/?ref=edgewisely.com) for the surrounding tooling. The real difference is **where analysis runs**. Sonar will run entirely inside your infrastructure: Community Build is LGPL-3.0 and self-hostable at no cost, and Server is a supported on-prem product. Snyk is SaaS-first; the only isolation option is Private Cloud on AWS, listed as limited availability, with Snyk Broker as a proxy that restricts what Snyk can see. For regulated environments where source cannot leave the building, that is often the deciding fact. ## What about false positives? There is no credible neutral benchmark. Say so plainly rather than repeating vendor numbers as fact. The most-cited comparison is Snyk's own 2021 post claiming Snyk Code is on average 5x faster than SonarQube. It measures speed, not accuracy; it ran SonarQube locally against Snyk Code as SaaS, which is not a controlled comparison; and it benchmarks LGTM, a product discontinued four years ago. Sonar's side is no better evidenced. Its Hunter Agent is marketed at "90% precision" on access-control and logic flaws — again a vendor figure. What holds up in practice: Sonar produces more findings because it reports maintainability issues Snyk never looks for. Those are not false positives, they are a different question. Tune the rule set before concluding it is noisy. ## What this means for you **If you're a solo dev or small OSS project:** SonarQube Community Build, free and LGPL-3.0, plus Snyk's free tier for dependency CVEs. Cost: zero. The 100-test/month Snyk Code cap is the binding limit. **If you run a startup under 10 engineers:** Snyk Team at $25/month if you ship dependency-heavy web apps. SonarQube Cloud Team at $34/month if code review discipline is the weaker link. Both is \~$60/month and defensible. **If you run a platform team at scale:** Run both. Sonar owns the merge gate; Snyk owns the supply chain. Budget Sonar by LOC and Snyk by contributor-days, and model Snyk's credit consumption before signing — capability sprawl across the rate card is how the bill grows. **If you're regulated or air-gapped:** Sonar, on SonarQube Server. Snyk's analysis runs in Snyk's cloud. The same on-prem question shapes endpoint tooling too, as our [CrowdStrike vs SentinelOne comparison](https://edgewisely.com/crowdstrike-vs-sentinelone/?ref=edgewisely.com) covers. **If your codebase is COBOL, ABAP or RPG:** Sonar Enterprise. Snyk does not cover these. **If coding agents write most of your code:** both, and evaluate them as complements. Snyk Evo ADS at the point of generation, Sonar at the merge gate. Pair with a [CNAPP platform](https://edgewisely.com/top-7-cnapp-platforms-2026/?ref=edgewisely.com) for runtime, and an [API security platform](https://edgewisely.com/top-7-api-security-platforms-2026/?ref=edgewisely.com) if you expose public APIs. ## Frequently Asked Questions ### Is Snyk better than SonarQube? Neither is better; they measure different things. Snyk is stronger at finding and auto-fixing security vulnerabilities across dependencies, containers and IaC. SonarQube is stronger at code quality, maintainability, test coverage and enforcing merge gates. For pure SAST, Snyk fixes faster and Sonar covers more languages. ### Can Snyk replace SonarQube? Only if you do not care about code quality. Snyk has no Quality Gate, no maintainability rating, no duplication detection and no coverage tracking. It also covers 19+ languages against Sonar's 40+. Teams that swap Sonar out for Snyk typically discover the merge-gate gap within a quarter. ### Is SonarQube free? Partly. SonarQube Community Build is genuinely free and open source under LGPL-3.0, self-hosted. SonarQube for IDE is free. SonarQube Cloud has a free tier for private projects up to 50k lines of code. Paid tiers start at $34/month for 100k LOC; SonarQube Server is quote-only. ### Do you need both Snyk and SonarQube? Most teams above roughly 20 engineers do, because the overlap is only SAST. Snyk covers dependency CVEs, containers, IaC and agent supply chain; Sonar covers maintainability, coverage and the merge gate. At entry tiers that is about $60/month combined — cheaper than the gap either leaves alone. --- **Editor's note — sources:** All prices verified 30 September 2026 against each vendor's own pricing page. Sonar does not publish list prices for SonarQube Server — Developer, Enterprise and Data Center are quote-only — so no figure is given here. Snyk's 85% autofix accuracy and 84% MTTR reduction, and Sonar's 90% Hunter Agent precision, are vendor-published claims with no independent replication and are labelled as such. The derived figure of roughly $365 per active contributor per year is Edgewisely arithmetic on Snyk's published credit rate card, not a Snyk quote. Sonar's acquisition of Gitar on 21 May 2026 is documented at sonarsource.com/company/press-releases/sonar-acquires-gitar/; Snyk's acquisition of Invariant Labs at snyk.io/news/. Snyk's 2021 SAST speed comparison, discussed above, is at snyk.io/blog/sast-tools-speed-comparison-snyk-code-sonarqube-lgtm/.