Listing security findings using the Security Command Center API

Security Command Center findings model the potential security risks of assets in a project or an organization. A finding always relates to a specific asset in Security Command Center.

This guide shows you how to use Security Command Center client libraries to access findings. Each finding belongs to a source. Most detectors or finding providers produce findings within the same source.

The IAM roles for Security Command Center can be granted at the organization, folder, or project level. Your ability to view, edit, create, or update findings, assets, and security sources depends on the level for which you are granted access. To learn more about Security Command Center roles, see Access control.

Before you begin

Before you set up a source, you need to complete the following:

Page size

All Security Command Center list APIs are paginated. Each response returns a page of results and a token to return the next page. The page size is configurable. The default page size is 10. You can set it to a minimum of 1, and a maximum of 1000.

Findings retention

A finding remains available for you to list or query for at least 13 months.

Security Command Center stores snapshots of each finding. A snapshot of a finding is retained for at least 13 months. If all snapshots for a finding are deleted, the finding can no longer be listed or recovered.

For more information about Security Command Center data retention, see Data retention.

List all findings

gcloud

To list all findings in a project, folder, or organization, run the following command:

gcloud scc findings list PARENT_ID

Replace PARENT_ID with one of the following values:

  • An organization ID in the following format: ORGANIZATION_ID (the numerical ID only)
  • A folder ID in the following format: folders/FOLDER_ID
  • A project ID in the following format: projects/PROJECT_ID

For more examples, run: 

gcloud scc findings list --help

For examples in the documentation, see gcloud scc findings list.

Python

from google.cloud import securitycenter

# Create a client.
client = securitycenter.SecurityCenterClient()

# 'parent' must be in one of the following formats:
#   "organizations/{organization_id}"
#   "projects/{project_id}"
#   "folders/{folder_id}"
parent = f"organizations/{organization_id}"
# The "sources/-" suffix lists findings across all sources.  You
# also use a specific source_name instead.
all_sources = f"{parent}/sources/-"
finding_result_iterator = client.list_findings(request={"parent": all_sources})
for i, finding_result in enumerate(finding_result_iterator):
    print(
        "{}: name: {} resource: {}".format(
            i, finding_result.finding.name, finding_result.finding.resource_name
        )
    )

Java

static ImmutableList<ListFindingsResult> listAllFindings(OrganizationName organizationName) {
  try (SecurityCenterClient client = SecurityCenterClient.create()) {
    // Input parameters for SourceName must be in one of the following formats:
    //    * OrganizationName organizationName = OrganizationName.of("organization-id");
    //      organizationName.getOrganization();
    //    * ProjectName projectName = ProjectName.of("project-id");
    //      projectName.getProject();
    //    * FolderName folderName = FolderName.of("folder-id");
    //      folderName.getFolder();
    //
    // "-" Indicates listing across all sources.
    SourceName sourceName = SourceName.of(organizationName.getOrganization(), "-");

    ListFindingsRequest.Builder request =
        ListFindingsRequest.newBuilder().setParent(sourceName.toString());

    // Call the API.
    ListFindingsPagedResponse response = client.listFindings(request.build());

    // This creates one list for all findings.  If your organization has a large number of
    // findings this can cause out of memory issues.  You can process them in incrementally
    // by returning the Iterable returned response.iterateAll() directly.
    ImmutableList<ListFindingsResult> results = ImmutableList.copyOf(response.iterateAll());
    System.out.println("Findings:");
    System.out.println(results);
    return results;
  } catch (IOException e) {
    throw new RuntimeException("Couldn't create client.", e);
  }
}

Go

import (
	"context"
	"fmt"
	"io"

	securitycenter "cloud.google.com/go/securitycenter/apiv1"
	"cloud.google.com/go/securitycenter/apiv1/securitycenterpb"
	"google.golang.org/api/iterator"
)

// listFindings prints all findings in orgID to w. orgID is the numeric
// identifier of the organization.
func listFindings(w io.Writer, orgID string) error {
	// orgID := "12321311"
	// Instantiate a context and a security service client to make API calls.
	ctx := context.Background()
	client, err := securitycenter.NewClient(ctx)
	if err != nil {
		return fmt.Errorf("securitycenter.NewClient: %w", err)
	}
	defer client.Close() // Closing the client safely cleans up background resources.

	req := &securitycenterpb.ListFindingsRequest{
		// List findings across all sources.
		// Parent must be in one of the following formats:
		//		"organizations/{orgId}/sources/-"
		//		"projects/{projectId}/sources/-"
		//		"folders/{folderId}/sources/-"
		Parent: fmt.Sprintf("organizations/%s/sources/-", orgID),
	}
	it := client.ListFindings(ctx, req)
	for {
		result, err := it.Next()
		if err == iterator.Done {
			break
		}
		if err != nil {
			return fmt.Errorf("it.Next: %w", err)
		}
		finding := result.Finding
		fmt.Fprintf(w, "Finding Name: %s, ", finding.Name)
		fmt.Fprintf(w, "Resource Name %s, ", finding.ResourceName)
		fmt.Fprintf(w, "Category: %s\n", finding.Category)
	}
	return nil
}

Node.js

// Imports the Google Cloud client library.
const {SecurityCenterClient} = require('@google-cloud/security-center');

// Creates a new client.
const client = new SecurityCenterClient();
//  organizationId is the numeric ID of the organization.
/*
 * TODO(developer): Uncomment the following lines
 */
// const organizationId = "1234567777";

async function listAllFindings() {
  const [response] = await client.listFindings({
    // List findings across all sources.
    // parent: must be in one of the following formats:
    //    `organizations/${organization_id}/sources/-`
    //    `projects/${project_id}/sources/-`
    //    `folders/${folder_id}/sources/-`
    parent: `organizations/${organizationId}/sources/-`,
  });
  let count = 0;
  Array.from(response).forEach(result =>
    console.log(
      `${++count} ${result.finding.name} ${result.finding.resourceName}`
    )
  );
}
listAllFindings();

The output for each finding resembles the following:

"finding": {
    "name": "organizations/ORGANIZATION_ID/sources/SOURCE_ID/findings/FINDING_ID",
    "parent": "organizations/ORGANIZATION_ID/sources/SOURCE_ID",
    "resourceName": "//cloudresourcemanager.googleapis.com/projects/PROJECT_NUMBER",
    "state": "ACTIVE",
    "category": "Malware: Cryptomining Bad Domain",
    "sourceProperties": {
      "sourceId": {
        "projectNumber": "PROJECT_NUMBER",
        "customerOrganizationNumber": "ORGANIZATION_ID"
      },
      "detectionCategory": {
        "technique": "cryptomining",
        "indicator": "domain",
        "ruleName": "bad_domain",
        "subRuleName": "cryptomining"
      },
      "detectionPriority": "LOW",
      "affectedResources": [{
        "gcpResourceName": "//cloudresourcemanager.googleapis.com/projects/PROJECT_NUMBER"
      }],
      "evidence": [{
        "sourceLogId": {
          "projectId": "PROJECT_ID",
          "resourceContainer": "projects/PROJECT_ID",
          "timestamp": {
            "seconds": "1636566099",
            "nanos": 5.41483849E8
          },
          "insertId": "INSERT_ID"
        }
      }],
      "properties": {
        "domains": ["DOMAIN"],
        "instanceDetails": "/projects/PROJECT_ID/zones/ZONE/instances/INSTANCE_ID",
        "network": {
          "project": "PROJECT_ID",
          "location": "ZONE"
        },
        "dnsContexts": [{
          "authAnswer": true,
          "sourceIp": "SOURCE_IP_ADDRESS",
          "queryName": "DOMAIN",
          "queryType": "A",
          "responseCode": "NXDOMAIN"
        }],
        "vpc": {
          "vpcName": "default"
        }
      },
      "findingId": "FINDING_ID",
      "contextUris": {
        "mitreUri": {
          "displayName": "MITRE Link",
          "url": "https://attack.mitre.org/techniques/T1496/"
        },
        "virustotalIndicatorQueryUri": [{
          "displayName": "VirusTotal Domain Link",
          "url": "https://www.virustotal.com/gui/domain/DOMAIN/detection"
        }],
        "cloudLoggingQueryUri": [{
          "displayName": "Cloud Logging Query Link",
          "url": "https://console.cloud.google.com/logs/query;query\u003dtimestamp%3D%222021-11-10T17:41:39.541483849Z%22%0AinsertId%3D%22INSERT_ID%22%0Aresource.labels.project_id%3D%22PROJECT_ID%22?project\u003dPROJECT_ID"
        }],
        "relatedFindingUri": {
        }
      }
    },
    "securityMarks": {
      "name": "organizations/ORGANIZATION_ID/sources/SOURCE_ID/findings/FINDING_ID/securityMarks"
    },
    "eventTime": "2021-11-10T17:41:41.594Z",
    "createTime": "2021-11-10T17:41:42.014Z",
    "severity": "LOW",
    "workflowState": "NEW",
    "canonicalName": "projects/PROJECT_NUMBER/sources/SOURCE_ID/findings/FINDING_ID",
    "mute": "UNDEFINED",
    "findingClass": "THREAT",
    "indicator": {
      "domains": ["DOMAIN"]
    }
  },
  "resource": {
    "name": "//cloudresourcemanager.googleapis.com/projects/PROJECT_NUMBER",
    "projectName": "//cloudresourcemanager.googleapis.com/projects/PROJECT_NUMBER",
    "projectDisplayName": "PROJECT_ID",
    "parentName": "//cloudresourcemanager.googleapis.com/organizations/ORGANIZATION_ID",
    "parentDisplayName": "PARENT_NAME",
    "type": "google.cloud.resourcemanager.Project",
    "displayName": "PROJECT_ID"
  }

Filter findings

A project, folder, or organization might have many findings. The preceding example doesn't use a filter, so all finding records are returned. Security Command Center enables you to use finding filters to get information about only the findings you want.

Finding filters are like "where" clauses in SQL statements, but instead of columns, they apply to the objects returned by the API.

The following example lists only the findings that have a category "MEDIUM_RISK_ONE". Different finding providers (also known as security sources) use different sets of categories. To determine the categories you can use in your filter, refer to the documentation of the finding provider.

gcloud

Use the following command to filter findings:

gcloud scc findings list PARENT_ID --source=SOURCE_ID --filter="FILTER"

Replace the following:

  • FILTER with the filter you need to use. For example, the following filter returns findings from the category of MEDIUM_RISK_ONE only: 
    --filter="category=\"MEDIUM_RISK_ONE\""
  • PARENT_ID with one of the following values:
    • An organization ID in the following format: ORGANIZATION_ID (the numerical ID only)
    • A project ID in the following format: projects/PROJECT_ID
    • A folder ID in the following format: folders/FOLDER_ID
  • SOURCE_ID with the ID of the security source that provides the finding type.

For more examples, run: 

gcloud scc findings list --help

For examples in the documentation, see gcloud scc findings list.

Python

from google.cloud import securitycenter

# Create a new client.
client = securitycenter.SecurityCenterClient()

# 'source_name' is the resource path for a source that has been
# created previously (you can use list_sources to find a specific one).
# Its format is:
# source_name = f"{parent}/sources/{source_id}"
# 'parent' must be in one of the following formats:
#   "organizations/{organization_id}"
#   "projects/{project_id}"
#   "folders/{folder_id}"
# You an also use a wild-card "-" for all sources:
#   source_name = "organizations/111122222444/sources/-"
finding_result_iterator = client.list_findings(
    request={"parent": source_name, "filter": 'category="MEDIUM_RISK_ONE"'}
)
# Iterate an print all finding names and the resource they are
# in reference to.
for i, finding_result in enumerate(finding_result_iterator):
    print(
        "{}: name: {} resource: {}".format(
            i, finding_result.finding.name, finding_result.finding.resource_name
        )
    )

Java

static ImmutableList<ListFindingsResult> listFilteredFindings(SourceName sourceName) {
  try (SecurityCenterClient client = SecurityCenterClient.create()) {
    // parentId: must be one of the following:
    //    "organization-id"
    //    "project-id"
    //    "folder-id"
    // SourceName sourceName = SourceName.of(parentId, sourceId);

    // Create filter to category of MEDIUM_RISK_ONE
    String filter = "category=\"MEDIUM_RISK_ONE\"";

    ListFindingsRequest.Builder request =
        ListFindingsRequest.newBuilder().setParent(sourceName.toString()).setFilter(filter);

    // Call the API.
    ListFindingsPagedResponse response = client.listFindings(request.build());

    // This creates one list for all findings.  If your organization has a large number of
    // findings this can cause out of memory issues.  You can process them in incrementally
    // by returning the Iterable returned response.iterateAll() directly.
    ImmutableList<ListFindingsResult> results = ImmutableList.copyOf(response.iterateAll());
    System.out.println("Findings:");
    System.out.println(results);
    return results;
  } catch (IOException e) {
    throw new RuntimeException("Couldn't create client.", e);
  }
}

Go

import (
	"context"
	"fmt"
	"io"

	securitycenter "cloud.google.com/go/securitycenter/apiv1"
	"cloud.google.com/go/securitycenter/apiv1/securitycenterpb"
	"google.golang.org/api/iterator"
)

// listFilteredFindings prints findings with category 'MEDIUM_RISK_ONE' for a
// specific source to w. sourceName is the full resource name of the source
// to search for findings under.
func listFilteredFindings(w io.Writer, sourceName string) error {
	// Specific source:
	// 		sourceName := "{parent}/sources/{sourceId}"
	// All sources:
	// 		sourceName := "{parent}/sources/-"
	// where,
	// Parent must be in one of the following formats:
	//		"organizations/{orgId}"
	//		"projects/{projectId}"
	//		"folders/{folderId}"
	// Instantiate a context and a security service client to make API calls.
	ctx := context.Background()
	client, err := securitycenter.NewClient(ctx)
	if err != nil {
		return fmt.Errorf("securitycenter.NewClient: %w", err)
	}
	defer client.Close() // Closing the client safely cleans up background resources.

	req := &securitycenterpb.ListFindingsRequest{
		Parent: sourceName,
		Filter: `category="MEDIUM_RISK_ONE"`,
	}
	it := client.ListFindings(ctx, req)
	for {
		result, err := it.Next()
		if err == iterator.Done {
			break
		}
		if err != nil {
			return fmt.Errorf("it.Next: %w", err)
		}
		finding := result.Finding
		fmt.Fprintf(w, "Finding Name: %s, ", finding.Name)
		fmt.Fprintf(w, "Resource Name %s, ", finding.ResourceName)
		fmt.Fprintf(w, "Category: %s\n", finding.Category)
	}
	return nil
}

Node.js

// Imports the Google Cloud client library.
const {SecurityCenterClient} = require('@google-cloud/security-center');

// Creates a new client.
const client = new SecurityCenterClient();
//  sourceName is the full resource path of the source to search for
//  findings.
/*
 * TODO(developer): Uncomment the following lines
 */
// const sourceName = `${parent}/sources/${sourceId}`;
// where,
// parent: must be in one of the following formats:
//    `organizations/${organization_id}`
//    `projects/${project_id}`
//    `folders/${folder_id}`
async function listFilteredFindings() {
  const [response] = await client.listFindings({
    // List findings across all sources.
    parent: sourceName,
    filter: 'category="MEDIUM_RISK_ONE"',
  });
  let count = 0;
  Array.from(response).forEach(result =>
    console.log(
      `${++count} ${result.finding.name} ${result.finding.resourceName}`
    )
  );
}
listFilteredFindings();

Security Command Center also supports full JSON arrays and objects as potential property types. You can filter on:

  • Array elements
  • Full JSON objects with partial string match within the object
  • JSON object subfields

Supported operators

The query statements for Security Command Center findings support the operators that most Google Cloud APIs support.

The following list shows the use of various operators:

  • state="ACTIVE" AND NOT mute="MUTED"
  • create_time>"2023-08-15T19:05:32.428Z"
  • resource.parent_name:"prod"
  • severity="CRITICAL" OR severity="HIGH"

The following list shows all of the operators and functions that are supported in query statements for findings:

  • For strings:
    • = for full equality
    • : for partial string matching
  • For numbers:
    • <, >, <=, >= for inequalities
    • =, != for equality
  • For booleans:
    • = for equality
  • For logical relationships:
    • AND
    • OR
    • NOT or -
  • For grouping expressions:
    • (, ) (parentheses)
  • For arrays:
    • contains(), a function for querying findings with an array field that contains at least one element that matches the specified filter
    • containsOnly(), a function for querying findings with an array field that only contains elements that match the specified filter
  • For IP addresses:
    • inIpRange(), a function for querying IP addresses within a specified CIDR range

Filtering on IP addresses

Certain finding properties include IP addresses. You can filter findings based on specific IP addresses or a range of IP addresses.

IP addresses appear as strings in a variety of findings and finding properties, including the following:

  • access.caller_ip
  • connections.destinationIp
  • connections.sourceIp
  • indicator.ip_addresses

To filter on a specific IP address, you can use the equality operator, as shown in the following example:

access.caller_ip="192.0.2.0"

To filter findings based on a range of IP addresses, use the inIpRange function. Using the inIpRange function, you filter findings to only those findings that contain a IP address within a specified CIDR range. By using the NOT operation with inIpRange, you can filter findings to only those findings that contain an IP address outside of the specified CIDR range.

The following example shows the syntax of the inIpRange function:

inIpRange(IP_FINDING_FIELD, "CIDR_RANGE")

If the IP address is in an array element in a finding field that contains an array, use the following syntax with both contains function and the inIpRange function:

contains(ATTRIBUTE_WITH_ARRAY, inIpRange(IP_FINDING_FIELD, "CIDR_RANGE"))

In the following example, the inIpRange function evaluates each destination_ip element of the array that is contained in the connections finding field for an IP address that is in the CIDR range defined by 192.0.2.0/24:

contains(connections, inIpRange(destination_ip, "192.0.2.0/24"))

The following example shows a gcloud CLI command that uses the inIpRange function to filter findings that have an IP address in the connections.source_ip field that is within one range, but not in another. The connections field is an array-type field, so the contains function is used:

  gcloud scc findings list example-organization.com \
    --source=123456789012345678 \
    --filter="contains(connections, inIpRange(source_ip, "2001:db8::/32")) \
      AND NOT contains(connections, inIpRange(source_ip, "192.0.2.0/24"))

Example JSON object

The examples later on this page assume the following JSON object is a finding attribute:

{
  "outer_object": {
    "middle_object": {
      "deeply_nested_object": {
        "x": 123
      },
      "y": "some-string-value"
    },
    "list_middle_object": [
      {
        "v": 321,
        "w": [
          {
            "a": 3,
            "b": 4
          }
        ]
      }
    ],
    "z": "some-other-string-value",
    "u": [
      "list-element-1",
      "list-element-2",
      "list-element-3"
    ]
  }
}

Filtering findings example

Suppose the previous JSON example is a finding attribute named my_property. The following example includes queries for findings that have the object as a property. You can also use these filters with other filters using AND and OR in your query.

# ORGANIZATION_ID=organization-id
# SOURCE_ID="source-id"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="my_property.outer_object.middle_object.deeply_nested_object.x = 123"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="my_property.outer_object.middle_object.y = \"some-string-value\""

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="my_property.outer_object.middle_object.y : \"string-value\""

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="my_property.outer_object.z = \"some-other-string-value\""

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="my_property.outer_object.z : \"other-string-value\""

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="my_property.outer_object.u : \"list-element-1\""

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="my_property.outer_object.u : \"list-element-2\""

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="my_property.outer_object.u : \"list-element-3\""

Filtering on array-type fields

When calling ListFindings, you can use a substring match :, which does a single check for a partial string match across the entire contents of the array. Alternatively, you can run a subfilter directly against elements of the array and its subfields using one of the following functions:

  • The contains() function to return findings when any elements of the array contains the specified value.

  • The containsOnly() function to return findings only if all elements of the array match the subfilter.

Both of these functions support subfilter query capabilities such as the following:

  • Exact element matching: Match array elements that contain the exact string, "example".
  • Specific number operations: Match array elements that are greater than or equal to 100.
  • Complex filtering against array structures: Match array elements that contain property x with a corresponding value y.

Format of the contains() function

The contains() function has the following format:

contains(ARRAY_ATTRIBUTE_NAME, SUBFILTER)

Replace the following:

  • ARRAY_ATTRIBUTE_NAME: a field or subfield that is of type array (a list).
  • SUBFILTER: an expression that defines the values to look for in the array. The subfilter's format differs depending on whether ARRAY_ATTRIBUTE_NAME is an array of objects or an array of primitive-type elements. If the ARRAY_ATTRIBUTE_NAME is an array of objects that have nested arrays, you can use a scoped subfilter to specify that you want all conditions to be satisfied within the same ARRAY_ATTRIBUTE_NAME element.

The Security Command Center API returns findings where the ARRAY_ATTRIBUTE_NAME contains at least one element that satisfies the SUBFILTER.

Format of the containsOnly() function

The containsOnly() function has the following format:

containsOnly(ARRAY_ATTRIBUTE_NAME, SUBFILTER)

Replace the following:

  • ARRAY_ATTRIBUTE_NAME: a field or subfield that is of type array (a list). When you are running queries using the Security Command Center API, you can use the containsOnly() function for any available array attribute.

  • SUBFILTER: an expression that defines the values to look for in the array. The subfilter's format differs depending on whether ARRAY_ATTRIBUTE_NAME is an array of objects or an array of primitive-type elements. If the ARRAY_ATTRIBUTE_NAME is an array of objects that have nested arrays, you can use a scoped subfilter to specify that you want all conditions to be satisfied within the same ARRAY_ATTRIBUTE_NAME element.

The Security Command Center API returns findings where all of the ARRAY_ATTRIBUTE_NAME elements match the SUBFILTER.

Subfilter for an array of objects

The following is an excerpt of the previous JSON example. Here, the list_middle_object field is an array of objects:

    "list_middle_object": [
      {
        "v": 321,
        "w": [
          {
            "a": 3,
            "b": 4
          }
        ]
      }
    ]

The following example queries for findings where at least one of the elements in the list_middle_object field has a v subfield with a value greater than or equal to 321:

# ORGANIZATION_ID=organization-id
# SOURCE_ID="source-id"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="contains(my_property.outer_object.list_middle_object, v  >= 321)"

For practical examples that use the contains() and containsOnly() functions, see Findings that contain specific array values.

Subfilter for an array that contains primitive-type elements

Primitive types are strings, numbers, and booleans. To use the contains() function against an array that contains primitive types, you use the special keyword, elem.

The following is an excerpt of the previous JSON example. Here, the u field is an array of primitive-type elements:

"u": ["list-element-1", "list-element-2", "list-element-3"]

The following example queries for findings where at least one of the elements in the u field is "list-element-1":

# ORGANIZATION_ID=organization-id
# SOURCE_ID="source-id"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="contains(my_property.outer_object.u, elem = \"list-element-1\")"

For practical examples that use the contains() function, see Findings that contain specific array values.

Scoped subfilter

The following is an excerpt of the previous JSON example. Here, the list_middle_object field is an array of objects, and objects in this array contain a nested array.

    "list_middle_object": [
      {
        "v": 321,
        "w": [
          {
            "a": 3,
            "b": 4
          }
        ]
      }
    ]

The following example queries for findings where both of the following conditions are satisfied within the same list_middle_object element:

  • The v subfield has a value greater than or equal to 321.
  • The w subfield doesn't contain an element with an a property equal to 3.
# ORGANIZATION_ID=organization-id
# SOURCE_ID="source-id"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --filter="contains(my_property.outer_object.list_middle_object, v  >= 321 AND -contains(w, a = 3))"

For practical examples that use the contains() function, see Findings that contain specific array values.

Sorting findings example

You can sort findings by strict subfields that are primitive types—strings, numbers, and booleans. Suppose the previous JSON example is a finding attribute named my_property. The following example includes queries to sort the finding fields. The keyword DESC specifies that the field it follows must be sorted in descending order. The default order is ascending.

# ORGANIZATION_ID=organization-id
# SOURCE_ID="source-id"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --order-by="my_property.outer_object.middle_object.deeply_nested_object.x DESC"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --order-by="my_property.outer_object.middle_object.deeply_nested_object.x"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --order-by="my_property.outer_object.middle_object.y DESC"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --order-by="my_property.outer_object.middle_object.y"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --order-by="my_property.outer_object.z DESC"

gcloud scc findings list $ORGANIZATION_ID --source=$SOURCE_ID \
  --order-by="my_property.outer_object.z"

Filter examples

The following sections show practical examples of finding filters.

Filter for findings that occurred after a point in time

These example filters match findings that most recently occurred after Wednesday, June 5, 2019 10:12:05 PM GMT. With the event_time filter, you can express time using the following formats and types:

  • Unix epoch time (in milliseconds) as an integer literal

    "event_time > 1559772725000"

  • RFC 3339 as a string literal

    "event_time > \"2019-06-05T22:34:40+00:00\""

Filter on array-type fields

The following example shows the use of a partial string match on an array-type field within a filter:

"indicator.domains : \"website.com\""

The Security Command Center API returns any finding with a website.com partial string within the array. For example, it matches a finding with indicator.domains = [\"onewebsite.com\"] because "website.com" is a substring in an element in the array.

In the following sections, the example filters show some options for use of rich array-type filtering using the contains() function.

Filter on the vulnerability.cve.references field

The following example returns findings where at least one element in the vulnerability.cve.references array has both a source property equal to SOURCE_OF_REFERENCE and a uri property that has FILTERED_URI.

"contains(vulnerability.cve.references, source = \"SOURCE_OF_REFERENCE\" AND uri : \"FILTERED_URI\")"

Replace the following:

Filter on the indicator.domains field

The following example returns findings where at least one indicator domain has both mycompanyprefix and .ca.

"contains(indicator.domains, elem : \"mycompanyprefix\" AND elem : \".ca\")"

Filter on the indicator.ip_addresses field

The following example returns findings where at least one element in the indicator.ip_addresses array is equal to IP_ADDRESS.

"contains(indicator.ip_addresses, elem = \"IP_ADDRESS\")"

Replace IP_ADDRESS with an IP address associated with the findings you're searching for.

Filter on external system assignees

The following example returns findings where at least one element in the external_systems.EXTERNAL_SYSTEM_NAME.assignees array is equal to ASSIGNEE.

"contains(external_systems.EXTERNAL_SYSTEM_NAME.assignees, elem = \"ASSIGNEE\")"

Replace the following:

  • EXTERNAL_SYSTEM_NAME: the name of a third-party SIEM/SOAR system—for example, demisto.
  • ASSIGNEE: an assignee in the external system.

Filter on the resource.folders.resource_folder field

The following example returns findings where at least one element in the resource.folders.resource_folder array is not equal to FOLDER_NAME.

"contains(resource.folders.resource_folder, -(elem = \"FOLDER_NAME\"))"

Filter on the resource.folders.resource_folder_display_name field

The following example returns findings where at least one element in the resource.folders.resource_folder_display_name array is equal to DISPLAY_NAME.

"contains(resource.folders.resource_folder_display_name, elem = \"DISPLAY_NAME\")"

Replace DISPLAY_NAME with the user-defined name of the folder associated with the findings you're searching for.

Filter includes only specific service accounts

The following example returns findings only when every iam_bindings entry's member value is equal to one of the provided service accounts.

containsOnly(iam_bindings, (member = SERVICE_ACCOUNT1 OR member = SERVICE_ACCOUNT2 OR member = "SERVICE_ACCOUNT3 "))

Replace SERVICE_ACCOUNT1, SERVICE_ACCOUNT2, and SERVICE_ACCOUNT3 with the email addresses for the service accounts.

To learn how to use the contains() and containsOnly() functions in a finding filter, see Filtering on array-type fields.

What's next

Learn more Setting up finding notifications.