Snyk Pricing: Free vs. Paid Plans, TCO, and What Users Have to Say

How Is Snyk Priced? 

Snyk pricing is based on the number of contributing developers and selected products, ranging from a free tier up to custom Enterprise plans. Paid options start at roughly $25 to $98 / user / per month. Snyk provides a self-service 14-day trial, providing access to a selection of enterprise features, and a pilot of the full product through the Enterprise plan.

Snyk pricing varies because organizations can use different combinations of its products and consume them at different scales. Costs are influenced by factors such as the security modules selected (such as open-source security, code analysis, container security, infrastructure as code), the number of users, the volume of projects and scans, and overall usage requirements.

Snyk’s core pricing plans:

• Free plan: $0 for individual developers and small teams. Includes limited monthly vulnerability tests across products like Snyk Open Source, Snyk Code, Snyk Container, and Snyk IaC.
• Team plan: Starts around $25 to $98 per contributing developer / month, depending on which product bundles you select (e.g., Snyk Open Source vs. the full suite). This tier is generally capped at 10 users and offers unlimited testing, repository integrations, and basic Jira support.
• Ignite plan: Starts from $1,260 / user / month for the full platform, designed for larger organizations needing advanced open-source license compliance and security workflows.
• Enterprise plan: Custom annual contracts with pricing depending on specific requirements, governance needs, and user counts.

For a broader look at Snyk’s platform, products, and where it fits compared to alternatives, see our full Snyk overview. 

How Snyk Pricing Is Structured 

Free vs. Paid Access

Snyk uses a freemium pricing model. The Free plan gives individual developers and small teams no-cost access to core security testing across Snyk Open Source, Snyk Code, Snyk Infrastructure as Code, and Snyk Container, but usage is controlled through monthly test limits and a narrower feature set.

Paid plans expand both usage and governance. Team adds higher test limits, Jira integration, open source license compliance, and standard support for small teams. Ignite and Enterprise remove or customize many product limits and add security management features such as SSO, custom roles, policy controls, audit logs, API access, SBOM support, private registry support, self-hosted integrations, analytics, and broader organization management.

Tiered Plans and Enterprise Packaging

Snyk pricing is organized around four main plans: Free, Team, Ignite, and Enterprise. Free is an entry-level plan for individual developers and smaller teams. Team is a self-service paid plan for small development teams, priced per contributing developer, with a minimum of five contributing developers and a maximum of ten.

Ignite is the next step for organizations with up to 50 contributing developers that need broader platform coverage, unlimited testing across major Snyk products, and more advanced management, reporting, and prioritization capabilities. Enterprise is packaged through a custom sales process for larger complex organizations. It includes tailored developer counts, custom licensing, and enterprise-grade features.

Main Cost Factors

The primary cost driver is the number of contributing developers. Snyk counts contributing developers based on users who have committed to private repositories monitored by Snyk within the relevant measurement period, rather than simply counting all employees or all invited users.

Costs also depend on the plan selected, the products included, and the level of usage required. Lower-tier plans use monthly test limits for products such as Snyk Open Source and Snyk Code, while higher tiers provide unlimited or custom testing allowances. Organizations may also pay more when they need enterprise capabilities such as multiple organizations, SSO, custom roles, policy management, SBOM workflows, audit logs, private registries, self-hosted source code management integrations, premium support, FedRAMP support, data residency options, or add-ons such as Snyk Learn Program Management and Snyk API & Web.

Snyk Free Plan and Its Limitations 

The Snyk Free plan is intended for individual developers and small teams that need basic application security testing. It includes core scanning capabilities across open source dependencies, code, infrastructure as code (IaC), and containers, but places limits on usage, scale, and security management features. 

The Snyk Free Plan has the following key limitations:

• Limited projects and monthly tests: The Free plan supports up to 5 projects, compared with 100 projects on Team and unlimited projects on Ignite and Enterprise. It also includes monthly limits of 200 Open Source tests, 100 Code tests, 300 IaC tests, and 100 Container tests.
• No collaboration and workflow features: Free users can scan projects and review findings, but the plan does not include the collaboration and workflow capabilities available in Team. Features such as higher test limits, Jira integration, and next-business-day support are reserved for paid plans, making it more difficult to assign, track, and manage remediation across development teams.
• No advanced security management: The Free plan excludes capabilities such as custom security rules, risk-based prioritization, reporting dashboards, policy management, and role-based access control. These features are intended for organizations that require centralized AppSec governance, consistent policy enforcement, and security reporting across multiple teams and repositories.
• No enterprise platform capabilities: Higher-tier plans add broader platform functionality beyond core scanning. Ignite includes unlimited code tests, custom security rules, and risk-based prioritization, while Enterprise adds zero-day risk prevention, unified AppSec controls, strategic security oversight, and SDLC automation. Enterprise is also the only tier that offers Private Cloud deployment and expanded data residency options, so Free users are limited to the standard multi-tenant SaaS environment.

Snyk Platform Plans and Pricing 

Snyk Plans at a Glance

The following table summarizes Snyk pricing plans. We explore each plan in more detail below.

Free

The Free plan is for individual developers and small teams that want basic security testing at no cost. It supports an unlimited number of contributing developers and includes priority scoring, IDE plugins, cloud source code management integrations, issue reporting, and automatic or manual fixes.

Testing limits apply across Snyk products. The plan includes up to 200 Snyk Open Source tests per month, 100 Snyk Code tests per month, 300 infrastructure as code tests per month, and 100 container tests per month. It supports dependency monitoring, scanning throughout the software development lifecycle, and container and code security capabilities.

Several features are not included. Users do not receive Jira integration, license compliance management, SBOM support, reporting features, self-hosted integrations, visibility and prioritization tools, SSO, audit logging, service accounts, or API access. The plan provides US-only data residency and does not include standard support.

Team

The Team plan targets development teams that want collaboration and compliance capabilities. Pricing starts at $25 per contributing developer per month, with a minimum of five developers and support for up to ten contributing developers. Products are purchased separately, and annual billing includes one month free.

Compared to the Free plan, Team adds Jira integration, open source license compliance, and higher testing limits. The plan includes up to 1,000 monthly tests for Snyk Open Source and Snyk Code, while infrastructure as code and container scanning receive unlimited testing. Teams also gain access to standard support with next-business-day response times.

The plan retains core security capabilities available in Free, including dependency monitoring, IDE integrations, cloud repository integrations, reporting, and developer-focused scanning workflows. However, enterprise management features such as SSO, custom roles, policy management, SBOM generation, service accounts, audit logs, private registries, self-hosted integrations, and analytics are not included.

Ignite

Ignite is for organizations with up to 50 contributing developers that need broader platform coverage and security management capabilities. Pricing starts at $1,260 per year per contributing developer. The plan includes testing across the software development lifecycle, asset coverage visibility, risk factors, analytics, and ten DAST targets.

Testing limits are removed across major products, providing unlimited usage for Snyk Open Source, Snyk Code, infrastructure as code, and container scanning. Ignite introduces functionality such as SBOM support, application asset discovery, risk-based prioritization, application analytics, project tags, SSO, custom user roles, policy management, service accounts, API access, audit logs, Snyk Broker, private package registries, and self-hosted source code management integrations.

Additional capabilities include automated code fixes with DeepCode AI Fix, custom infrastructure-as-code rules, Kubernetes monitoring and prioritization, custom container base image recommendations, and support for managing multiple organizations. Data residency options expand to the US, EU, and Australia, and customers receive 24×5 support.

Enterprise

The Enterprise plan is for organizations that require customized deployment with governance, scalability, and security requirements. Pricing is provided through a custom sales engagement. The plan includes all Ignite capabilities and adds flexibility through customizable developer counts and tailored licensing.

Enterprise customers receive platform features across application security, visibility, reporting, automation, integrations, compliance, and support. Capabilities such as application asset discovery, risk-based prioritization, SBOM management, custom roles, policy controls, service accounts, API access, audit logging, private registries, self-hosted integrations, and analytics are included.

The plan also provides enterprise security and compliance features such as FedRAMP support, global data residency options, Snyk Broker, and 24×5 support services. Organizations can extend functionality through add-ons such as Snyk Learn Program Management and Snyk API & Web.

Snyk Add-Ons Pricing 

Snyk Learn Program Management

Snyk Learn Program Management is an optional add-on for organizations that want structured developer security training alongside their Snyk subscription. Snyk Learn is purchased separately from the core Snyk plans; Snyk does not publicize pricing for the training program on its website.

Snyk Learn extends the platform with centralized training management, allowing administrators to assign learning paths, track completion, generate compliance reports, and measure user engagement. It is intended for organizations with formal security awareness or compliance requirements, such as SOC 2, SOX, or PCI DSS.

Snyk API & Web

Snyk API & Web is an optional add-on that expands the Snyk platform with dynamic application security testing (DAST) for web applications and APIs. It adds capabilities such as web and API scanning, asset discovery, authenticated testing, compliance reporting, and integrations with CI/CD and DevSecOps workflows. 

Organizations can include it as part of an Enterprise package or purchase it to extend their existing deployment when they need DAST coverage beyond Snyk’s standard code, open source, container, and infrastructure security offerings.

What Affects Snyk Total Cost of Ownership 

Snyk’s subscription price is only part of its total cost of ownership (TCO). The overall investment depends on factors such as the number of developers, the products deployed, implementation complexity, ongoing administration, and operational processes needed to support the platform. Organizations should evaluate both licensing costs and the internal resources required to deploy, manage, and scale Snyk effectively.

• Team size and scale: Snyk pricing is largely based on contributing developers. Larger organizations also require more time and resources to integrate repositories, configure policies, manage permissions, and administer the platform across multiple teams.
• AppSec infrastructure costs: Organizations may need supporting infrastructure such as Snyk Broker, private registry integrations, CI/CD changes, network configuration, and engineering resources to maintain reliable scanning in complex environments.
• Annual renewal and support fees: Many commercial AppSec platforms charge annual maintenance and support fees, typically 15% to 25% of the original license cost. These recurring fees cover software updates, technical support, bug fixes, and ongoing product maintenance, and should be included when estimating long-term total cost of ownership.
• Product breadth: Costs increase as organizations adopt additional Snyk products, such as Code, Container, IaC, AppRisk, API & Web, and Learn, each introducing new licensing, integrations, workflows, and administration.
• Governance and compliance requirements: Advanced capabilities such as SSO, audit logs, custom roles, analytics, SBOM support, and compliance reporting typically require higher-tier plans and additional operational oversight.
• Add-ons and contract complexity: Optional products like Snyk Learn Program Management and Snyk API & Web increase subscription costs, while Enterprise contracts may vary based on developer count, product mix, deployment model, support, and compliance requirements.
• Operational enablement: Successful adoption requires ongoing investment in IT staff to maintain the AppSec infrastructure, as well as onboarding, developer training, workflow design, policy tuning, remediation processes, and reporting to ensure the platform remains effective over time.

What Users Say About Snyk’s Pricing 

User feedback on the G2 platform suggests that Snyk’s pricing is a common concern, particularly for growing organizations. While many users find the Free plan valuable and sufficient for small teams, some report that costs increase as organizations scale and require access to higher-tier features.

Pros

• Many users consider the Free plan generous and suitable for individual developers and small businesses with basic security testing needs.
• The Free plan is often viewed as a strong entry point for teams that want to evaluate Snyk before committing to a paid subscription.
• Users who only need basic vulnerability scanning may find the no-cost tier sufficient for early-stage security workflows.

Cons

• Several reviewers state that the transition from Free or lower-tier plans to paid subscriptions can be expensive, especially for medium-sized organizations.
• Some users feel that the pricing gap between tiers is too large, making upgrades difficult to justify as teams grow.
• Features such as single sign-on (SSO), reporting, and other management capabilities are frequently mentioned as being available only in higher-priced plans, which can create challenges for organizations that need these features but have limited budgets.
• Some reviewers prefer more flexible licensing options rather than bundled packages, allowing organizations to pay only for the capabilities they need.
• A number of users describe Snyk as more expensive than competing application security platforms, particularly when multiple products or larger teams are involved.
• Cost concerns are sometimes combined with feedback about false positives, vulnerability noise, and automated imports, with some users feeling that these issues reduce the value of higher-priced subscriptions.

How to Choose a Snyk Alternative 

When evaluating alternatives, organizations should look beyond pricing and compare how well a platform fits their development workflows, security requirements, and scalability needs. The right choice depends on the level of coverage, automation, and visibility required across the software development lifecycle.

• Look for broad security coverage. Consider platforms that can secure source code, open source dependencies, containers, infrastructure as code, APIs, and runtime environments from a single solution.
• Evaluate detection accuracy. High-quality vulnerability detection helps reduce false positives and allows teams to focus on issues that represent real risk instead of spending time validating noisy results.
• Prioritize risk-based findings. Solutions that rank vulnerabilities based on exploitability, business impact, and context can help security and development teams address the most important issues first.
• Assess remediation capabilities. Automated fixes, remediation guidance, and workflow integrations can reduce the time required to resolve vulnerabilities.
• Review AI and automation features. As AI-generated code becomes more common, organizations may benefit from platforms that use AI to identify, prioritize, and remediate security issues while supporting secure AI adoption.
• Check developer workflow integrations. Strong IDE, source control, issue tracking, messaging, and CI/CD integrations make it easier to embed security into development processes.
• Consider visibility and reporting. Dashboards, risk intelligence, analytics, and asset discovery can improve security oversight and help organizations understand their risk posture.
• Verify scalability. Ensure the platform can support growing teams, multiple projects, and complex environments without frequent plan changes or costly upgrades.
• Review governance and compliance features. Capabilities such as single sign-on, audit logging, policy management, custom roles, and compliance reporting may be required for larger organizations and regulated industries.
• Compare total cost of ownership. Beyond subscription pricing, consider testing limits, licensing models, required add-ons, support options, and the cost of managing multiple security tools versus a unified platform.
• Assess support for modern development practices. Organizations using DevSecOps, cloud-native architectures, or AI-assisted development should verify that the platform can secure applications throughout the development lifecycle without slowing delivery.

Checkmarx One Platform: Ultimate Snyk Alternative

Unlike Snyk, which primarily focuses on developer-first security testing across individual products, Checkmarx One provides a unified application security platform that combines SAST, SCA, IaC, API security, DAST, container security, supply chain security, and application security posture management (ASPM) in a single environment. Its shared data model correlates findings across testing methods to reduce duplicate results, improve risk prioritization, and provide a consolidated view of application risk.

Checkmarx One is a unified, cloud-native application security platform for enterprises that need to secure code, applications, and AI-driven development at scale. Its Checkmarx One Assist family of agentic AI agents including Developer Assist for real-time, in-IDE remediation, working alongside complementary Triage agent & Remediation Assist agent, to deliver correlated risk insights and developer-centric fixes from the IDE through the pull request.

Key capabilities of the Checkmarx One platform:

• Unify fragmented AppSec tools: Consolidate multiple scanning and point solutions into one platform with a shared data model.
• Gain a single view of application risk: Correlate findings across code, open source, infrastructure, APIs, containers, and supply chain.
• Accelerate remediation: Use agentic AI assistants to provide contextual fixes, prioritization, and guidance where teams work.
• Support enterprise governance and reporting: Align AppSec metrics and posture with business-critical applications and regulatory requirements.
• Enable shift everywhere: Embed security across IDEs, CI/CD pipelines, cloud, and runtime, aligned to modern DevSecOps practices.

Learn more about Checkmarx One