Registry Scanning Support Matrix¶

Amazon Elastic Container Registry

AccuKnox scans Amazon ECR images to identify vulnerabilities and risks, categorizing them by severity. Users can view and remediate these issues via the dashboard.

Google Artifact Registry

Google Artifact Registry images are continuously scanned for vulnerabilities, classified by CVSS scores. AccuKnox provides actionable remediation insights in the dashboard.

Azure Container Registry (ACR)

AccuKnox scans Azure Container Registry images for vulnerabilities, presenting categorized results in the dashboard for easy remediation.

Nexus Registry

AccuKnox continuously scans Sonatype Nexus Registry images for risks, offering real-time insights to secure DevOps environments.

DockerHub Registry

AccuKnox scans Docker Hub images regularly, categorizing vulnerabilities by severity and presenting results for proactive issue resolution.

Harbor Registry

AccuKnox performs scheduled scans of Harbor registries, providing detailed risk insights to address vulnerabilities efficiently.

Quay

Red Hat Quay registries are scanned by AccuKnox to identify vulnerabilities, with actionable results accessible through the dashboard.

JFrog Registry

AccuKnox scans JFrog registries for vulnerabilities, ensuring secure environments in both cloud and air-gapped deployments.

AccuKnox seamlessly integrates with popular container registries like Docker Hub, Nexus, GCR, and ECR, enabling users to onboard and scan their registries automatically. Once scanning completes, results are displayed on the Registry Scan Dashboard with prioritized findings for quick remediation.

The detailed view provides insights across four tabs—Vulnerabilities, Resources, Sensitive Data, and Layers—to help users analyze and address issues effectively. The scanning process runs in the background, ensuring a smooth experience while delivering comprehensive visibility into vulnerabilities and sensitive data within container registries.

1. Registry Types Supported¶

Accuknox CSPM supports a variety of container registries to ensure seamless vulnerability scanning and sensitive data detection across your environment.

Registry Type	Authentication Type	Notes
Docker Hub Registry	Basic Authentication	Supports Personal, Organization, Docker Trusted Registry
AWS ECR	IAM-based Authentication	Full integration with AWS Elastic Container Registry
Google Artifact Registry (GAR)	Service Account Authentication	Compatible with GCR for container storage
Azure Container Registry (ACR)	Basic Authentication	Supports integration with Azure-based registries
Harbor Registry	Basic Authentication	Open-source registry for cloud-native applications
Quay Registry	Basic Authentication	Red Hat's container registry solution
JFrog Registry	Basic Authentication	Supports both cloud-hosted and self-hosted setups
Google Artifact Registry (GAR)	Service Account Authentication	Google’s advanced container artifact storage solution
Sonatype Nexus Repository	Basic Authentication	Popular repository manager supporting various artifact formats

2. Registry Deployments Supported¶

Accuknox offers multiple integration types to cater to diverse infrastructure needs, including cloud-native, on-premises, and hybrid configurations.

Integration Type	Description
Cloud-Native	Integrates directly with cloud environments (AWS, Azure, GCP).
On-Premises	Supports integration with on-prem systems.
Hybrid	Combines both cloud-native and on-premises configurations.

3. On-Prem Scan Modes¶

Accuknox provides flexible deployment modes for on-prem environments to meet scalability and integration requirements.

Mode	Description
Standalone Mode	Runs everything on one server; ideal for small or self-contained environments.
Cluster Mode	Uses multiple servers for better scalability and performance.
Agentless Mode	Monitors and scans without installing extra software on your servers.

4. Scalability¶

Accuknox is designed to scale seamlessly as your infrastructure grows, adapting to meet increasing demands.

Scaling Type	Description
Horizontal Scaling	Scale by adding more nodes to the environment.
Vertical Scaling	Scale by upgrading resources (CPU, memory) of existing nodes.

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