Snyk
74vendors are named alongside Snyk. 20 sources reference it, most recently Aviz Network Copilot R1.6.0 – Enhanced UI, Data Connectors, and Analytics (Aug 2026).
What is Snyk?
Snyk is a developer-focused security platform (application security) that enables discovery, prioritization, and remediation of vulnerabilities and misconfigurations across application code, open source dependencies, containers, and cloud infrastructure within the software development lifecycle.
- Security testing and remediation for application code, open source dependencies, containers, and infrastructure as code (application security / Software Composition Analysis (SCA) / container security / cloud security).
- Developer tooling including IDE plugins, Command-Line Interface (CLI) integration, and Storage Class Memory (SCM) integrations to surface issues early in the development workflow (DevSecOps tooling).
- Policy-based governance, reporting, and risk visibility across projects, teams, and environments (security governance and risk management).
- Automated fix suggestions and upgrade paths, including pull/merge requests to update vulnerable dependencies (vulnerability management and remediation).
- Integrations with Continuous Integration and Continuous Deployment (CI/CD), container registries, and cloud platforms to enforce security controls in build and deployment pipelines (secure software supply chain).
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More About Snyk
Snyk is a developer security platform (application security) created to embed security testing and remediation into existing software development workflows. It addresses application-layer risks spanning proprietary code, open source dependencies, container images, and infrastructure as code, with a focus on integrating into the tools and processes used by development and DevOps teams.
The platform covers several domains: Snyk Open Source (software composition analysis) targets vulnerabilities and license issues in open source libraries and packages; Snyk Code (static AST) analyzes first-party source code for security issues; Snyk Container (container security) scans container images for vulnerabilities and base image risks; and Snyk Infrastructure as Code (cloud and Infrastructure-as-Code (IaC) security) evaluates configuration files such as Kubernetes manifests and Terraform templates for security misconfigurations.
Snyk integrates with developer tooling through IDE extensions, a CLI, and plugins for build tools and package managers (DevSecOps tooling). It also connects to source code management platforms, including Git-based repositories, to scan projects directly from repositories and to create automated pull or merge requests with dependency upgrades or configuration fixes. Integrations with Continuous Integration (CI) and continuous delivery pipelines, container registries, and cloud services allow automated security checks during builds and deployments.
For enterprises, Snyk provides policy-based controls, reporting, and dashboards (security governance) that aggregate findings across applications, teams, and environments. Security and platform teams can define rules for vulnerability thresholds, license policies, and configuration baselines, while development teams receive issue details and fix guidance in their native workflows. This supports collaboration between security, development, and operations teams by aligning on shared data and remediation workflows.
Snyk operates within the categories of application security, SCA, Static Application Security Testing (SAST), container security, and cloud and infrastructure as code security. Its role in enterprise environments is to connect security testing with existing ecosystems such as Git repositories, CI/CD platforms, container orchestration, and cloud infrastructure. Through these integrations, Snyk functions as a component of broader secure software supply chain architectures, enabling organizations to monitor and remediate vulnerabilities and misconfigurations across the lifecycle of their applications and services.