Deep Kubernetes API integration
Imports running workloads from the K8s API and scans associated images directly on the cluster. The integration depth distinguishes Snyk Container from registry-only scanners.
Snyk • Application security
Snyk Container
Snyk Container handles container vulnerability management with deep Kubernetes integration. The platform imports running workloads from the Kubernetes API, scans associated images, and identifies configuration issues. Container Registry Sync provides continuous monitoring for at-rest images stored in Docker Hub, ECR, GCR, ACR, Harbor, and other registries.
Merito sells Snyk Container and operates the Kubernetes integration, registry sync configuration, image policy authoring, and runtime workload monitoring that turn the platform into a working container security program.
- Best for
- AppSec leaders managing container security at enterprise scale, Kubernetes platform teams responsible for cluster security, DevSecOps architects integrating container scanning into CI/CD
- Hosting
- SaaS
- Time to value
- First Kubernetes cluster integration in one to two weeks. CI/CD container scanning live in two to four weeks. Container Registry Sync rollout in four to eight weeks. Enterprise rollout in two to four months.
- Security posture
- GDPR, HIPAA-aligned design, SAML SSO
- Last reviewed
- 2026-04-27
What it is
Snyk Container in the enterprise stack
Snyk Container is the container vulnerability management product inside the Snyk AI Trust Platform. Deep Kubernetes integration imports running workloads (Deployments, ReplicationControllers, CronJobs, etc.) from the Kubernetes API, identifies their associated images, and scans them for vulnerabilities directly on the cluster. Configuration issue identification covers misconfigurations that make workloads less secure regardless of image vulnerabilities.
Container Registry Sync provides continuous monitoring for images stored at rest in Docker Hub, ECR, GCR, ACR, Harbor, and other registries. The capability extends Snyk Container coverage beyond the build and runtime surfaces into the registry itself. Programs running images for long periods get continuous re-scanning as new vulnerabilities affect previously-clean images.
Container scanning runs in CI/CD during build and test plus on running environments, supporting the full container lifecycle. Programs running Kubernetes get the most value from Snyk Container because the K8s API integration is the practical adoption story. Programs running standalone container scanning without Kubernetes get a thinner version of the product. Merito's standard rollout pairs Container deployment with the customer's Kubernetes inventory and registry footprint.
Ideal use cases
- Kubernetes workload vulnerability scanning
- Container registry monitoring with Container Registry Sync
- CI/CD container scanning during build and test
- Configuration issue identification for K8s workloads
- Cloud-native security paired with Snyk IaC
What it is best at
Where Snyk Container earns its seat
Container Registry Sync for at-rest monitoring
Continuous monitoring of images stored in Docker Hub, ECR, GCR, ACR, Harbor, and other registries. Catches new vulnerabilities affecting previously-clean images.
Configuration issue identification
Identifies workload misconfigurations that make K8s deployments less secure regardless of image vulnerabilities. Covers privilege escalation, insecure mounts, and other K8s configuration risks.
Snyk Vulnerability Database backing
Container scanning consumes the same Snyk Vulnerability Database that backs Snyk Open Source. The dataset depth drives finding quality across image OS packages and application dependencies.
Core capabilities
Snyk Container capabilities, grouped by outcome
Kubernetes integration
How Snyk Container actually scans running workloads.
K8s API workload import
Imports Deployments, ReplicationControllers, CronJobs, and other workload types from the Kubernetes API.
On-cluster image scanning
Scans associated images directly on the cluster for vulnerabilities and configuration issues.
Continuous workload monitoring
Continuously monitors imported workloads and reports new vulnerabilities affecting projects.
Configuration issue scanning
Identifies K8s workload misconfigurations alongside image vulnerabilities.
Registry and CI/CD scanning
Where Snyk Container catches vulnerabilities in build artifacts.
Container Registry Sync
Continuous monitoring of images stored in Docker Hub, ECR, GCR, ACR, Harbor, and other registries.
CI/CD scanning
Container scanning during build and test in Jenkins, GitHub Actions, GitLab CI, Azure Pipelines, Bitbucket Pipelines.
OS package and application dependency coverage
Vulnerability identification covers OS-level packages and application dependencies in container images.
Policy and integration
How findings flow into the customer's broader AppSec program.
Vulnerability policy authoring
Per-application policies covering severity thresholds, fix availability, and base image hygiene.
Snyk AI Trust Platform integration
Findings consolidate with Snyk Open Source, Code, IaC, and API & Web under one console.
Ticketing integration
Findings flow into Jira, ServiceNow, Azure Boards as trackable work items.
Where it fits in the stack
How Snyk Container connects to the rest of your landscape
Snyk platform (native)
Native- Snyk Open SourceApplication dependency findings inside container images consolidate with the SCA backlog.
- Snyk IaCCombined cloud-native security across container images and infrastructure-as-code.
- Snyk Vulnerability DatabaseShared dataset across SCA and container scanning surfaces.
Kubernetes and registries (certified)
Certified- Kubernetes (any flavor)Deep K8s API integration across major Kubernetes distributions and managed services.
- Docker Hub, ECR, GCR, ACR, HarborContainer Registry Sync for at-rest image monitoring across major registries.
- Jenkins, GitHub Actions, GitLab CI, Azure Pipelines, Bitbucket PipelinesCI/CD container scanning during build and test.
- Jira, ServiceNow, Azure BoardsFindings flow into ticketing for triage.
Custom integrations
Custom- Custom registry connectionsCustom registry integration for proprietary or unusual artifact stores.
- Custom image policy authoringPer-customer policies tied to internal base image standards and compliance requirements.
- Internal compliance reportingCustomer-specific evidence packages for container security audits.
Deployment and implementation
How it rolls out
- Hosting
- SaaS (Snyk SaaS)
- Implementation complexity
- Moderate
- Typical time to value
- First Kubernetes cluster integration in one to two weeks. CI/CD container scanning live in two to four weeks. Container Registry Sync rollout in four to eight weeks. Enterprise rollout in two to four months.
- Prerequisites
- Kubernetes cluster inventory and API access
- Container registry inventory (Docker Hub, ECR, GCR, ACR, Harbor)
- Image vulnerability and configuration policy decision
- Triage operating model owner
- What Merito usually handles
- Snyk Container runs as SaaS through the Snyk AI Trust Platform. Merito handles tenant setup, Kubernetes integration onboarding, Container Registry Sync configuration against the customer's registry inventory, image policy authoring, and the operating model that consumes container findings.
Licensing and packaging
How it is bought
- Model
- Subscription
- What to expect
- Snyk Container is licensed by container image count, Kubernetes node count, and feature breadth. SaaS deployment through the Snyk AI Trust Platform. Available bundled with Snyk Code, Open Source, IaC, API & Web, and Studio. Merito sells the license and scopes implementation, K8s integration, registry sync configuration, and image policy authoring as separately priced services.
- Editions and modules
Snyk Container
Container vulnerability management with K8s integration, registry sync, and CI/CD scanning.
Best for: Programs running Kubernetes at production scale.
Snyk AI Trust Platform bundle
Snyk Container bundled with Code, Open Source, IaC, API & Web, and Studio.
Best for: Programs consolidating multiple Snyk products.
- Common expansion areas
- Add Snyk IaC for combined cloud-native security
- Add Snyk Open Source for application dependency coverage
- Extend Container Registry Sync to additional registry types
- Add custom image policy authoring for internal base image standards
Merito services
How Merito helps you win with Snyk Container
Merito sells licenses and the delivery work around them. Pick the service that matches where you are in the lifecycle.
01
Snyk Container Implementation
Tenant setup, Kubernetes integration, Container Registry Sync configuration, image policy authoring, and CI/CD scanning rollout.
Explore service02MAPS Assessment
Cloud-native security program scoping for Snyk Container alongside Black Duck Container, Aqua, Sysdig, and Wiz.
Explore service03DevOps Consulting
Container scanning integration into CI/CD pipelines and registry workflows.
Explore service04Premium Support
Named engineer, priority SLAs, and release-window coverage.
Explore service05Managed Services
Long-term run support including K8s integration maintenance, registry sync evolution, and image policy operations.
Explore service06Training and Enablement
Role-based training for platform engineering, AppSec, and DevSecOps teams using Snyk Container findings.
Explore serviceSnyk Container licensing
Buy Snyk Container from the partner that integrates Kubernetes and tunes the policies.
Container security is K8s integration, registry sync, image policy, and runtime monitoring. Buy Snyk Container through Merito and get the integration, configuration, and policy authoring together.
Merito point of view
Programs running Kubernetes at production scale get the most value from Snyk Container. Standalone container scanning without K8s context is a thinner story.
The Kubernetes API integration is the practical adoption story. Programs running production K8s get on-cluster image scanning, configuration issue identification, and continuous workload monitoring. Programs running container scanning without Kubernetes context (registry-only scanning, build-time-only scanning) get a thinner version of the product because the integration depth that distinguishes Snyk Container is the K8s integration.
Container Registry Sync addresses the at-rest image monitoring gap. Programs running images for long periods need continuous re-scanning as new vulnerabilities affect previously-clean images. The capability extends Snyk Container coverage beyond build and runtime into the registry itself.
Snyk Container pairs with Snyk IaC for combined cloud-native security. Programs running both products get container image vulnerabilities and infrastructure-as-code misconfigurations under one platform with shared policy. Merito recommends the pair for programs adopting cloud-native architectures.
What buyers usually underestimate
- Adopting Snyk Container without Kubernetes deployments at scale
- Skipping Container Registry Sync configuration on programs running long-lived images
- Treating image vulnerabilities as the only finding type, ignoring configuration issues
- Wiring Snyk Container into CI/CD without runtime workload monitoring
- Running Snyk Container without Snyk IaC for cloud-native programs
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Frequently Asked Questions
Snyk Container FAQs
Consultation request
Talk to Merito about Snyk Container
Share your Kubernetes posture, container registry inventory, and CI/CD setup. A Merito Snyk specialist follows up within one business day.
Kubernetes integration
On-cluster image scanning
Imports running workloads from K8s API and scans associated images directly on the cluster.
Container Registry Sync
At-rest image monitoring
Continuous monitoring of images in Docker Hub, ECR, GCR, ACR, Harbor.
Next step
Scan running Kubernetes workloads continuously.
A Snyk Container engagement with Merito starts with the Kubernetes inventory and registry footprint. Programs running production K8s see the most value from on-cluster scanning.