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Learn how to enable Agentless Vulnerability & Threat Detection in your Google Cloud project and understand provider-specific feature requirements and limitations.

To start scanning for vulnerabilities and malware in your cloud resources, connect your Google Cloud project to Trend Vision One in Cloud Accounts using the Terraform template. Enable Agentless Vulnerability & Threat Detection in Features and Permissions.
Agentless Vulnerability & Threat Detection scans the following Google Cloud resource types:
  • Hyperdisks and Persistent Disks attached to Compute Engine instances
  • Artifact Registry container images
Important
Important
Agentless Vulnerability & Threat Detection vulnerability and anti-malware scanning options are enabled by default for all supported Google Cloud resources. Scan settings are not currently configurable. For detailed instructions, see Adding a Google Cloud project.
Agentless Vulnerability & Threat Detection works in Google Cloud by taking a snapshot of disks and collecting container images. The collected resources are then scanned for vulnerabilities or malware. You can deploy Agentless Vulnerability & Threat Detection in your Google Cloud project using one of two methods:
  • Traditional: Agentless Vulnerability & Threat Detection is deployed directly into your project. The function runs using your project's cloud resources, which increases the costs associated with your cloud project. Using the traditional deployment method, you might not be able to differentiate between your direct cloud resource usage and Agentless Vulnerability & Threat Detection resource usage.
    Agentless Vulnerability & Threat Detection architecture diagram for Google Cloud traditional deployments
  • Sidecar: Agentless Vulnerability & Threat Detection runs in a separate project in your organization for each project you wish to scan. Only the resource collecting component of the function runs directly in your project. Sidecar deployment allows you to have separate resource quotas for your project and Agentless Vulnerability & Threat Detection, so resource usage is easier to monitor. You can initiate sidecar deployment in one of three ways:
    • Allow Agentless Vulnerability & Threat Detection to automatically find and use your Google Cloud billing information to create the sidecar project.
    • Manually specify your Google Cloud billing information when enabling Agentless Vulnerability & Threat Detection and then allow Agentless Vulnerability & Threat Detection to automatically create the sidecar project.
    • Manually create the sidecar project before deploying Agentless Vulnerability & Threat Detection and specify the created sidecar project during deployment.
    Agentless Vulnerability & Threat Detection architecture diagram for Google Cloud sidecar deployments
Scan results are sent to Trend Vision One and can be seen in Cloud Posture, Executive Dashboard, Operations Dashboard, and asset profile screens in Attack Surface Discovery. After you patch vulnerabilities or remediate malware in disks, the detections no longer appear after the next daily scan. Vulnerability detections in container images remain visible in Operations DashboardVulnerabilities for seven days after mitigation. Malware detections in container images remain visible in Operations DashboardAll Risk Events for seven days after remediation.
The following table lists scanning limitations that apply to each supported Google Cloud resource type.
Google Cloud resource
Limitations
Disks
  • Only Hyperdisks or Persistent Disks attached to Compute Engine instances are supported. Local SSD disks are not supported.
  • Agentless Vulnerability & Threat Detection cannot scan multi-write disks attached to multiple Compute Engine instances
  • Anti-malware scans skip files larger than 2 GB.
  • Agentless Vulnerability & Threat Detection does not currently support scans of disks that are part of a single file system, such as RAID or LVM.
Container images
  • Vulnerability scans of container images larger than 10 GB in size might fail due to Google Cloud image size limitations.
  • Anti-malware scans skip container images larger than 2 GB.
Agentless Vulnerability & Threat Detection only supports the following operating system instances for vulnerability scanning in Google Cloud projects.
Distribution
Versions
Amazon Linux
  • Amazon Linux (AMI)
  • Amazon Linux 2
  • Amazon Linux 2023
CentOS
  • CentOS Linux 7
Debian
  • Debian 8
  • Debian 9
  • Debian 10
  • Debian 11
  • Debian 12
Red Hat Enterprise Linux
  • RHEL 6
  • RHEL 7
  • RHEL 8
  • RHEL 9
Ubuntu
  • Ubuntu 16.04
  • Ubuntu 18.04
  • Ubuntu 20.04
  • Ubuntu 22.04
SUSE Linux Enterprise Server
  • SUSE Linux Enterprise Server 12
  • SUSE Linux Enterprise Server 15
Oracle Linux Server
  • Oracle Linux Server 6
  • Oracle Linux Server 7
  • Oracle Linux Server 8
  • Oracle Linux Server 9
Rocky Linux
  • Rocky Linux 8
  • Rocky Linux 9
Agentless Vulnerability & Threat Detection supports all Google Cloud regions, but only regions where Google Cloud Scheduler is available can serve as primary deployment regions. Your primary deployment region is the region you selected when adding your Google Cloud project in Cloud Accounts. Agentless Vulnerability & Threat Detection deploys to and scans your primary region by default in addition to any selected regions. The following regions are supported as primary deployment regions.

Primary Google Cloud deployment regions

Region code
Region name (Location)
us-west1
US West (Oregon)
us-west2
US West (Los Angeles)
us-west3
US West (Salt Lake City)
us-west4
US West (Las Vegas)
us-central1
US Central (Iowa)
us-east1
US East (South Carolina)
us-east4
US East (N. Virginia)
northamerica-northeast1
North America (Montréal)
southamerica-east1
South America (São Paulo)
europe-west1
Europe (Belgium)
europe-west2
Europe (London)
europe-west3
Europe (Frankfurt)
europe-west6
Europe (Frankfurt)
europe-central2
Europe (Warsaw)
asia-south1
Asia Pacific (Mumbai)
asia-southeast1
Asia Pacific (Singapore)
asia-southeast2
Asia Pacific (Jakarta)
asia-east1
Asia Pacific (Taiwan)
asia-east2
Asia Pacific (Hong Kong)
asia-northeast1
Asia Pacific (Tokyo)
asia-northeast2
Asia Pacific (Osaka)
asia-northeast3
Asia Pacific (Seoul)
australia-southeast1
Asia Pacific (Sydney)