We may earn a commission if you buy through links on this page. It never changes a score or a ranking. How we make money
Most buyers should pick Snyk.
Choose Snyk if developers need code, dependency, IaC and container scanning alongside security for AI-generated code and development agents. Its Free and Team plans have published limits and prices, while Enterprise uses prepaid credits. Choose Veracode if your priority is application-risk visibility across code, dependencies, containers and runtime signals, plus governance and remediation guidance. Veracode’s pricing is custom, so request a quote and confirm seat, usage and integration details before comparing total cost.
01Side by side
| Snyk | Veracode | |
|---|---|---|
| Pricing model | Monthly Free/Team; Enterprise prepaid at $1 per credit | Custom enterprise quote; billing terms unpublished |
| Free tier | Free plan includes five projects and capped tests | No free plan listed |
| Integrations | IDE, CI/CD, AI assistants, CLI, source managers, Jira | Remediation in existing tools; integrations unnamed |
| Platforms | Web | Web |
| Limits and scaling | Plan limits and Enterprise usage rates are published | Seat and usage limits unpublished |
| CLI and docs | CLI supported; documentation specifics not named | Remediation guidance in developer tools; CLI unnamed |
| AI security scope | Code, agents, AI apps and offensive security | AI-generated code security and AI-driven remediation |
| Application-risk coverage | Code, open source, IaC and containers | Code, dependencies, containers and runtime signals |
Snyk Choose Snyk if
- Choose Snyk if you need a free plan with published test limits.
- Choose Snyk if developers use IDEs, CI/CD, Jira or named AI assistants.
- Choose Snyk if securing development agents and AI apps is in scope.
Veracode Choose Veracode if
- Choose Veracode if you need risk visibility from code to runtime.
- Choose Veracode if governance, reporting and policy control are priorities.
- Choose Veracode if custom enterprise pricing fits your procurement process.
02Pricing at real usage
Snyk has a Free plan at $0 per month, with five projects, 100 Snyk Code tests, 200 Open Source tests, 300 IaC tests and 100 Container tests. Team costs $25 per month for development teams of up to 10 and includes 100 projects and 1,000 Snyk Code tests per month. The pricing page lists monthly billing for both; it shows no annual price.
Enterprise is priced in prepaid credits at $1 each, valid for the contract term and usable across the platform. The rate card charges by activity: for example, Code and Open Source cost 1 credit per active contributor per day, while Container costs 0.33 per monitored image per day. Usage beyond prepaid credits is invoiced in arrears. Veracode publishes no plan price or standardized tiers: organizations request a custom quote, and seat and usage limits are unpublished.
03API, SDKs and integration
Snyk fits into developer workflows through IDEs, CI/CD pipelines, source code managers, Jira and its CLI. It also names Claude Code, Cursor and Codex among supported AI coding assistants. That gives teams several stated integration points for scanning code and dependencies, though the vendor does not name an API style, SDKs, language-specific clients or documentation set in its product details. Confirm those requirements before planning a custom integration.
Veracode says developers get remediation guidance and AI-driven fixes inside tools they already use. Its product description does not name those tools or specify a CLI, API or SDK. It describes security across the software development lifecycle, with visibility spanning code, dependencies, containers and runtime signals. For either product, teams that depend on a particular build system, language client or API workflow should ask the vendor to confirm support and any plan requirements.
04Open source, self-hosting and lock-in
Neither vendor states an open-source licence or self-hosting option in its product details. Both are presented as web platforms, so teams evaluating deployment control should ask whether any components can run inside their own environment and what data leaves the network.
The vendors also do not specify data-export formats or migration procedures. Before committing, ask what scan results, project configuration, policies and historical findings can be exported, and whether exports remain usable outside the platform. Snyk’s Enterprise credits apply across the Snyk Platform and are prepaid for the contract term, so confirm how unused credits and any overage are handled at renewal or exit. Veracode’s custom quote makes it important to confirm contract terms, data access and migration support before purchase.
Questions people ask
How does a Veracode scan work?
Veracode describes its platform as identifying application risks across the software development lifecycle and providing remediation guidance and AI-driven fixes. It also says security teams get visibility across code, dependencies, containers and runtime signals. Ask Veracode which scan types, languages and pipeline integrations your project requires.
What is Snyk Code?
Snyk Code is Snyk’s code-scanning offering. Snyk says it scans code and reports vulnerabilities. The Free plan includes 100 Snyk Code tests, while Team includes 1,000 tests per month. Enterprise pricing counts Code usage at 1 credit per active contributor per day.
Which product is better for AI security?
Snyk explicitly covers AI-generated code, development agents and AI applications, with continuous offensive security around those pillars. Veracode focuses on securing AI-generated code and offers AI-driven remediation. Choose based on whether agent and AI-app governance or broader application-risk management is the immediate requirement.
Who should choose Snyk over Veracode?
Snyk is the clearer fit for teams that want published entry pricing, a free plan, named IDE and CI/CD integrations, and scanning across code, open source, IaC and containers. Its platform also covers development agents and AI applications. Check its test caps and Enterprise credit rates against expected usage.