The Security Command Center Enterprise service tier offers additional features compared to the Standard and Premium tiers, including a selection of Google Security Operations features and the ability to ingest data from other cloud providers. These features make Security Command Center a cloud-native application protection platform (CNAPP).
The Google Security Operations features in the Security Command Center Enterprise tier have different limits than those in the Google Security Operations plans. These limits are described in the following table.
| Feature | Limits |
|---|---|
| Applied Threat Intelligence | No access |
| Curated detections | Limited to detecting cloud threats on Google Cloud, Microsoft Azure, and AWS. |
| Custom rules | 20 custom single-event rules, multi-event rules aren't supported. |
| Data retention | 3 months |
| Gemini for Google Security Operations | Limited to natural language search and case investigation summaries |
| Google SecOps security information and event management (SIEM) | Cloud data only. |
| Google SecOps security orchestration, automation, and response (SOAR) | Cloud response integrations only. For the list of supported integrations, see
Supported Google Security Operations integrations.
Supports one SOAR environment. |
| Log ingestion |
Limited to logs that are supported for cloud threat detection. For the list, see Supported log data collection in Google SecOps |
| Risk analytics | No access |
Supported Google Security Operations integrations
The following sections list the Google Security Operations Marketplace integrations that are supported with Security Command Center Enterprise. They are listed in separate columns in the following table.
Packaged and preconfigured integrations: are included in the SCC Enterprise - Cloud Orchestration and Remediation use case and are preconfigured to support cloud-native application protection platform (CNAPP) use cases. They are available when you activate Security Command Center Enterprise and update the Enterprise use case.
Configurations in the SCC Enterprise - Cloud Orchestration and Remediation use case include, as an example, dedicated playbooks that use Jira and ServiceNow with predefined handling of response cases. The integrations are preconfigured to support all cloud providers that Security Command Center Enterprise supports.
Downloadable integrations: with Security Command Center Enterprise, you can download the following integrations and use them in a playbook. The versions that you download from Google Security Operations Marketplace are not configured specifically for Security Command Center Enterprise and require additional manual configuration.
Each integration is listed by name. For information about a specific integration, see Google Security Operations Marketplace integrations.
Type of application or information |
Packaged and preconfigured integrations |
Downloadable integrations |
|---|---|---|
Google Cloud and Google Workspace integrations |
|
|
Amazon Web Services integrations |
|
|
Microsoft Azure and Office365 integrations |
|
|
IT service management (ITSM)-related applications |
|
|
Communication-related applications |
|
|
Threat intelligence |
|
|
| * Integration is not packaged in the SCC Enterprise - Cloud Orchestration and Remediation use case | ||
Supported Google SecOps log data collection
The following sections describe the type of log data that customers with Security Command Center Enterprise can ingest directly to the Google Security Operations tenant. This data collection mechanism is different than the AWS connector in Security Command Center that collects resource and configuration data.
The information is grouped by cloud provider.
- Google Cloud log data
- Amazon Web Services log data
- Microsoft Azure log data
For each type of log listed, the Google SecOps ingestion label
is provided, for example GCP_CLOUDAUDIT. See
Supported log types and default parsers
for a complete list of Google SecOps ingestion labels.
Google Cloud
The following Google Cloud data can be ingested to Google SecOps:
- Cloud Audit Logs (
GCP_CLOUDAUDIT) - Cloud Intrusion Detection System (
GCP_IDS) - Cloud Next Generation Firewall (
GCP_NGFW_ENTERPRISE) - Cloud Asset Inventory metadata
- Sensitive Data Protection context
- Model Armor logs
The following must also be enabled and routed to Cloud Logging:
- AlloyDB for PostgreSQL Data Access audit logs
- Cloud DNS logs
- Cloud NAT logs
- Cloud Run
- Cloud SQL for SQL Server Data Access audit logs
- Cloud SQL for MySQL Data Access audit logs
- Cloud SQL for PostgreSQL Data Access audit logs
- Compute Engine VM authlogs
- External Application Load Balancer backend service logs
- Generic Data Access audit logs
- Google Kubernetes Engine Data Access audit logs
- Google Workspace Admin Audit logs
- Google Workspace Login Audit logs
- IAM Data Access audit logs
- Sensitive Data Protection context
- Model Armor logs
- AuditD logs
- Windows event logs
For information about how to collect logs from Linux and Windows VM instances and send to Cloud Logging, see Google Cloud Observability agents.
The Security Command Center Enterprise activation process automatically configures the ingestion of Google Cloud data to Google SecOps. For more information about this, see Activate the Security Command Center Enterprise tier > Provision a new instance.
For information about how to modify the Google Cloud data ingestion configuration, see Ingest Google Cloud data to Google Security Operations.
Amazon Web Services
The following AWS data can be ingested to Google SecOps:
- AWS CloudTrail (
AWS_CLOUDTRAIL) - AWS GuardDuty (
GUARDDUTY) - AWS EC2 HOSTS (
AWS_EC2_HOSTS) - AWS EC2 INSTANCES (
AWS_EC2_INSTANCES) - AWS EC2 VPCS (
AWS_EC2_VPCS) - AWS Identity and Access Management (IAM) (
AWS_IAM)
For information about collecting AWS log data and using curated detections, see Connect to AWS for log data collection.
Microsoft Azure
The following Microsoft data can be ingested to Google SecOps:
- Microsoft Azure Cloud Services (
AZURE_ACTIVITY). See Ingest Microsoft Azure activity logs for information about how to set up data collection. - Microsoft Entra ID, previously Azure Active Directory (
AZURE_AD). See Collect Microsoft Azure AD logs for information about how to set up data collection. - Microsoft Entra ID audit logs, previously Azure AD audit logs
(
AZURE_AD_AUDIT). See Collect Microsoft Azure AD logs for information about how to set up data collection. - Microsoft Defender for Cloud (
MICROSOFT_GRAPH_ALERT). See Collect Microsoft Graph API alert logs for information about how to set up data collection.
For information about collecting Azure log data and using curated detections, see Connect to Microsoft Azure for log data collection.