Overview

Snyk Open Source is a dependency-security product for teams managing open-source components across development and delivery. It is strongest for developers who want vulnerability and license checks built into their workflow, while its policy reporting also serves security and GRC teams. Its breadth is useful, but the project and developer limits make plan fit a practical concern.

Key features

Scanning reaches IDEs and the CLI, pull requests before merge, CI/CD pipelines, and ongoing project monitoring. That coverage helps teams catch dependency issues at multiple points instead of relying on a periodic review. Registry and image scanning, SBOM generation, and Kubernetes, Terraform, and CloudFormation analysis broaden its supply-chain and infrastructure coverage; the absence of runtime protection means it should not be treated as a runtime defense.

Risk scoring considers reachability, exploit maturity, and EPSS/CVSS scores, with business and application context available to refine priorities. This gives teams more to work with than a raw vulnerability count when deciding what to fix first. Automated pull requests can propose required upgrades or patches, and customizable templates let organizations set their titles, descriptions, and commit messages.

Continuous monitoring checks projects for newly identified vulnerabilities. Governance tools support ongoing evaluation against internal and regulatory policies, with real-time and historical reporting. Customizable license policies provide automated enforcement and visibility into license use across projects. Integrations include GitHub, Jira, Bitbucket Server, and IntelliJ.

Supported languages include C/C++, Dart and Flutter, Elixir, Go, Java and Kotlin, JavaScript, .NET, PHP, Python, Ruby, Scala, Swift and Objective-C, and TypeScript; Rust support is limited. Supported ecosystems include npm, pnpm, Yarn, Maven, Gradle, Pip, Poetry, pipenv, and setup.py. Teams centered on Rust should verify that limited support meets their needs before choosing it.

Pricing

The Free plan costs 0.00 USD per month, billed monthly, and covers five projects with access to Snyk Open Source (SCA). It is a sensible starting point for an individual or small evaluation, but the five-project ceiling is restrictive for broader portfolios.

Team costs 25.00 USD per month, billed monthly, and includes up to 10 developers, 100 projects, Snyk Open Source (SCA), Jira integration, and next business day support. It is the clearer fit for a development team that needs room beyond the free cap, though teams above 10 developers or 100 projects will need another arrangement.

Enterprise has custom pricing. Credits apply across Snyk capabilities, with Open Source priced at one credit per active contributor per day. That model is aimed at organizations needing a broader enterprise arrangement, but it is less straightforward to budget from the outset than the fixed monthly Team price.

Platforms

Snyk lists API, Linux, macOS, web, and Windows support. It is a cloud deployment, with a hybrid deployment model also indicated. Its development integrations span IDE, pull request, and CI/CD workflows, so teams can place checks within existing delivery processes.

Who it's for

Snyk Open Source fits development teams that want dependency checks, prioritization, and proposed fixes integrated into their build and review workflow. Security engineers and GRC teams can also use its policy evaluation and reporting. It is a weaker fit for teams that need runtime protection, rely heavily on Rust, or exceed Team's developer or project allowance without an enterprise budget.

Pros and cons

Pro: Scanning across IDEs, pull requests, CI/CD, and monitoring supports an ongoing remediation process rather than a single checkpoint.
Pro: Reachability and exploit-related scoring, plus contextual prioritization, can help teams direct effort toward more relevant risks.
Pro: Automated fix pull requests and customizable license policies connect detection to concrete remediation and governance.
Con: Free is limited to five projects, while Team is capped at 10 developers and 100 projects; growing organizations may outgrow the fixed tier.
Con: Rust support is limited, and there is no runtime protection, leaving those needs to other tools or processes.

Alternatives

For a broader scan across software composition analysis options, compare the Software Composition Analysis Software category. Teams evaluating adjacent infrastructure or image needs can also browse Infrastructure as Code Security Software, Container Security Software, and Container Image Scanning Tools. For code-testing alternatives, see SAST Tools and Static Application Security Testing Software.

Docker Desktop is another freemium option, with a free Personal plan for one user and one Docker Scout-enabled repository, and a Pro plan at 9.00 USD per month. Kubescape is a free, Apache 2.0-licensed, self-hosted option with a CLI and Kubernetes operator. Deepfence ThreatMapper offers a free plan with no limits or hidden features. RapidFort has a free tier for five curated near-zero-CVE images from a limited catalog, with daily rebuilds and patching. Grype, Trivy, and Dockle are free options; Falco is also free and supports Linux.

Verdict

Choose Snyk Open Source if your development team wants dependency risk ranked and acted on across coding, review, CI/CD, and ongoing monitoring, with license governance in the same workflow. Its strongest case is the combination of prioritization and automated remediation. Look elsewhere if runtime defense is essential, Rust is central, or your team cannot work within the plan caps and credit-based Enterprise pricing.

	Dagda	Snyk Open Source
Free plan	No	Yes
Free trial	No	No
Paid from	—	$25/mo
Open source	No	No
Platforms	Linux	api, Linux, macOS, Web, Windows
Free plan	Yes	Yes
Deployment model	self_hosted	hybrid
Paid from	—	25 /mo
Registry scanning	—	Yes
SBOM generation	—	Yes

Dagda vs Snyk Open Source

Dagda

Snyk Open Source