Aqua Security (Server)

Aqua Security (Server) is an on-premises container security tool that provides workload protection and security for containers, Kubernetes, and serverless applications. You can bring container, host, and security data from Aqua into Brinqa to construct a unified view of your attack surface, thus strengthening your cybersecurity posture.

This document details the information you must provide for the connector to authenticate with Aqua Server and how to obtain that information from Aqua. See create a data integration for step-by-step instructions on setting up the integration.

info

The Aqua Server connector differs from the Aqua SaaS connector only in its authentication method. Instead of an API key and API secret, the Aqua Server connector uses a username and password. The underlying APIs, data retrieved, operation options, and data mappings remain the same as the Aqua SaaS connector.

Required connection settings

When setting up a data integration, select Aqua Server from the Connector drop-down. If you cannot find the connector in the drop-down, make sure you have installed it first. You must provide the following information to authenticate Aqua with Brinqa:

• Server URL: The API Server URL. The default URL format is http://<server_name>.net:8080.

• Username and Password: The username and password associated with the Aqua user, which must have permissions to log in to the API server and return data.

  Aqua role and permissions

  The Auditor role is a read-only role and is considered to be the minimum role needed to read and retrieve data from the Aqua API. For additional information, see Aqua Platform documentation on creating users and roles and permissions.

Additional settings

The Aqua Server connector contains additional options for specific configuration:

• Page size: The maximum number of records to get per API request. The default setting is 100. It is not recommended to go over 100.

• Parallel requests: The maximum number of parallel API requests. The default setting is 4.

• Skip certificate verification: Select this option to allow for untrusted certificates.

Types of data to retrieve

The Aqua Server connector can retrieve the following types of data from the Aqua API:

Table 1: Data retrieved from Aqua

Connector Object	Required	Maps to Data Model
Container	Yes	Container
Container Image	Yes	Container Image
Function	No	Not mapped
Host	Yes	Host
Vulnerability	Yes	Vulnerability
Vulnerability Definition	Yes	Vulnerability Definition

info

For detailed steps on how to view the data retrieved from Aqua in the Brinqa Platform, see How to view your data.

Attribute mappings

Expand the sections below to view the mappings between the source and the Brinqa data model attributes.

Container

Table 2: Container attribute mappings

Source Field Name	Maps to Attribute
account_id	Local variable
agent_exists	Local variable
aqua_service	Local variable
assurance_results	Local variable
cluster_name	Local variable
compliant	Local variable
container_type	type
create_time	firstSeen
critical	Local variable
high	Local variable
have_secrets	Local variable
host_enforcer_group	Local variable
host_id	targets, Local variable
host_lname	Local variable
host_name	host
id	uid
image_assurance_compliant	Local variable
image_digest	Local variable
image_id	Local variable
image_name	image
is_disallowed	Local variable
is_evaluated	Local variable
is_privileged	Local variable
is_profiling	Local variable
is_registered	Local variable
is_root	Local variable
ke_exists	Local variable
last_vuln_time_seen	Local variable
level3	Local variable
low	Local variable
malware	Local variable
medium	Local variable
modify_time	lastSeen
mutable	Local variable
name	name
namespace_name	Local variable
network_mode	Local variable
origin_image_name	Local variable
owner_name	owner
permission	Local variable
registry_image_name	Local variable
risk	riskScore
risk_level	Local variable
runtime_malware_count	Local variable
runtime_profile_name	Local variable
scan_status	Local variable
secrets	Local variable
sensitive	Local variable
server_digest	Local variable
start_time	firstSeen
status	status
system_container	Local variable
total	Local variable
valid_digest	Local variable
vulnerabilities	Local variable
vulnerability_risk	Local variable

Container Image

Table 3: Container Image attribute mappings

Source Field Name	Maps to Attribute
assurance_results	Local variable
asset_type	Local variable
author	author
blacklisted	Local variable
cf_org	Local variable
cf_space	Local variable
created	firstSeen, sourceCreatedDate
disallowed	disallowed
digest	digest
docker_id	Local variable
dta_severity_score	Local variable
dta_skipped	Local variable
dta_skipped_reason	Local variable
first_scan_failed	Local variable
high_vulns	Local variable
image_build_date	Local variable
image_uid	Local variable
labels	Local variable
low_vulns	Local variable
malware	Local variable
metadata	Local variable
microenforcer_detected	Local variable
mutable	Local variable
name	uid, name
neg_vulns	Local variable
newer_image_exists	Local variable
os	operatingSystem
os_version	osVersion
parent_layers_id	Local variable
partial_results	Local variable
pending_disallowed	Local variable
permission	Local variable
permission_lastupdate	Local variable
policy_failures	Local variable
registry	registry
registry_type	registryType
repository	repository
scan_date	lastAssessed, lastSeen
scan_error	scanError
scan_status	scanStatus
security_findings	Local variable
sensitive_data	Local variable
size	Local variable
tag	tag
type	Local variable
vulns_found	Local variable
whitelisted	whitelisted

Host

Table 4: Host attribute mappings

Source Field Name	Maps to Attribute
account_id	Local variable
cloud_info	mapped
cluster_id	Local variable
created_date	sourceCreatedDate
id	uid
is_agentless	agentless
is_enforced	enforced
is_gateway_exists	gatewayExists
name	name
node_id	uid
permission	Local variable
security_issues	mapped
status	Local variable
type	Local variable

Vulnerability

Table 5: Vulnerability attribute mappings

Source Field Name	Maps to Attribute
acknowledgeScope	Local variable
acknowledgedAuthor	Local variable
acknowledgedDate	Local variable
ackExpirationConfiguredAt	Local variable
ackExpirationConfiguredBy	Local variable
ackExpirationDays	Local variable
baseImageName	Local variable
baseImageVulnerability	Local variable
cloudFoundryApplication	Local variable
cloudFoundryOrganization	Local variable
cloudFoundrySpace	Local variable
cluster	Local variable
container	Local variable
customSeverity	customSeverity
deployment	Local variable
enforcerGroup	Local variable
firstFound	firstFound
hasNetworkAttackVector	Local variable
heuristicRefId	Local variable
imageDigest	targets, imageDigest
imageName	targets, imageName
imageUid	targets, imageUid
lastFound	lastFound
layerId	Local variable
licenses	Local variable
namespace	namespace
nvdCvssv2Severity	Local variable
nvdCvssv2Vectors	Local variable
nvdCvssv3Score	Local variable
nvdCvssv3Severity	Local variable
nvdCvssv3Vectors	Local variable
organizationName	Local variable
os	Local variable
osVersion	Local variable
publishDateSource	Local variable
qualysIds	Local variable
referencedBy	Local variable
registry	Local variable
repositoryId	Local variable
repositoryName	Local variable
resource	results, affected
resourceArch	Local variable
resourceHash	Local variable
resourcePath	Local variable
resourceType	Local variable
runningWorkloadsCount	runningWorkloadsCount
scanId	Local variable
severity	sourceSeverity
siblingPackage	Local variable
solution	recommendation
status	providerStatus, sourceStatus, status
temporalVector	Local variable
vendorCvssv2Score	Local variable
vendorCvssv2Severity	Local variable
vendorCvssv2Vectors	Local variable
vendorCvssv3Score	Local variable
vendorCvssv3Severity	Local variable
vendorCvssv3Vectors	Local variable
vulnerabilityId	Local variable
vulnerabilityName	name, type, cveIds, cveRecords
vulnerabilityResourceId	Local variable
workloads	hasRunningWorkloads

Vulnerability Definition

Table 6: Vulnerability Definition attribute mappings

Source Field Name	Maps to Attribute
aquaEvalScore	Local variable
aquaScore	Local variable
aquaUniqueId	Local variable
aquaVectors	Local variable
cisaDueDate	cisaDueDate
cisaPublishedDate	cisaAddedDate
classification	classification
cpe	affected
description	description
epssPercentile	epssPercentile
epssScore	epssScore
exploitAvailability	exploitability, references
exploitType	cisaExploited, exploitability, exploitType
fixVersion	fixedVersion
format	Local variable
hasNetworkAttackVector	Local variable
installedVersion	affectedVersion
modificationDate	sourceLastModified
nvdCvssv2Score	cvssV2BaseScore
nvdUrl	references
publishDate	publishedDate
remoteExploit	remoteExploit
resource	results, affected
severity	severity, sourceSeverity, severityScore
vendorCvssv3Severity	vendorSeverity
vendorStatement	vendorStatement
vendorUrl	references
vulnerabilityName	name, type, cveIds, cveRecords

Local variable

Local variable indicates that the field is processed within a specific context, such as a particular workflow or calculation. Unlike other attributes, local variables aren't mapped to the unified data models. They only exist on the source data model.

Data lifecycle management (DLM) strategy

The following table details the DLM strategy for the Aqua Server connector:

Table 7: Aqua Server DLM strategy

Connector Object	Inactivity Condition	Purge Policy	Summary
Container	LAST_SEEN NOT IN LAST 7 DAYS	30 days after inactivity	Uses the LAST_SEEN attribute to identify containers that are inactive within the last 7 days, and then purges the records after 30 days of inactivity.
Container Image	LAST_SEEN NOT IN LAST 7 DAYS	30 days after inactivity	Uses the LAST_SEEN attribute to identify container images that are inactive within the last 7 days, and then purges the records after 30 days of inactivity.
Host	LAST_SEEN NOT IN LAST 7 DAYS	30 days after inactivity	Uses the LAST_SEEN attribute to identify hosts that are inactive within the last 7 days, and then purges the records after 30 days of inactivity.
Vulnerability	LAST_CAPTURED NOT IN LAST 7 DAYS	30 days after inactivity	Uses the LAST_CAPTURED attribute to identify vulnerabilities that are inactive within the last 7 days, and then purges the records after 30 days of inactivity.

Operation options

The Aqua SaaS connector supports the following operation options. See connector operation options for information about how to apply them.

Container Image

Table 8: Container Image operation options

Connector Object	Option	All Possible Values	Description	Example
Container Image	name	Any container name	Retrieves only containers with the specified name. Key: name Value: kubernetes. This key and value combination only retrieves containers named kubernetes.
	repository	Any container repository	Retrieves only containers from the specified repository.	Key: repository Value: angular-spring. This key and value combination only retrieves containers from the angular-spring repository.

Vulnerability

Table 9: Vulnerability operation options

Connector Object	Option	All Possible Values	Description	Example
Vulnerability	acknowledge_status	true, false	Filter vulnerabilities by whether they are acknowledged (suppressed) in Aqua.	Key: acknowledge_status Value: true. This key and value combination only retrieves acknowledged vulnerabilities.
	asset_types	functions, hosts, images	A comma-separated list of asset types. Filter vulnerabilities based on the type of asset they affect.	Key: asset_types Value: hosts,images. This key and value combination only retrieves vulnerabilities associated with hosts or images.
	exploit_availability	available, not_available	Filter vulnerabilities by whether or not they have an exploit available, as determined by Aqua.	Key: exploit_availability Value: available. This key and value combination only retrieves vulnerabilities that have an exploit available.
	exploit_type	dos, local, remote, web apps	A comma-separated list of types of exploits. Filter vulnerabilities by their exploit type.	Key: exploit_type Value: dos,remote. This key and value combination only retrieves vulnerabilities with the dos or remote exploit type.
	fix_availability	true, false	Filter vulnerabilities by whether a vendor fix is available, as determined by Aqua.	Key: fix_availability Value: true. This key and value combination only retrieves vulnerabilities with an available fix.
	has_workloads	true, false	Filter vulnerabilities based on whether they are associated with running workloads. For additional information, see Aqua documentation.	Key: has_workloads Value: true. This key and value combination only retrieves vulnerabilities that are associated with workloads.
	include_vpatch_info	true, false	Retrieves suppressed findings from Aqua.	Key: include_vpatch_info Value: true. This key and value combination retrieves suppressed findings from Aqua.
	namespace_names	Any Aqua resource namespace name	A comma-separated list of namespace names. Retrieves only vulnerabilities from the specified namespace names. For additional information, see Aqua documentation.	Key: namespace_names Value: default,kube-system,kube-public. This key and value combination only retrieves vulnerabilities from the specified namespaces.
	network_attack	true, false	Filter vulnerabilities by whether they are classified as network-exploitable, as determined by Aqua.	Key: network_attack Value: true. This key and value combination only retrieves vulnerabilities with known network attack vectors.
	patch_status	patch_available, patched_audit, patched_enforce, no_patch	A comma-separated list of patch statuses. Filter vulnerabilities by their virtual patch (vShield) status.	Key: patch_status Value: patch_available,patched_enforce. This key and value combination only retrieves vulnerabilities with the patched_enforce or patch_available patch status.
	severities	negligible, low, medium, high, critical	A comma-separated list of severity levels. Filter vulnerabilities based on their severity. For additional information, see Aqua documentation.	Key: severities Value: high,critical. This key and value combination only retrieves vulnerabilities with high or critical severity.
	show_negligible	true, false	Show or hide vulnerabilities with negligible severity.	Key: show_negligible Value: true. This key and value combination includes vulnerabilities with negligible severity.

Vulnerability Definition

Table 10: Vulnerability Definition operation options

Connector Object	Option	All Possible Values	Description	Example
Vulnerability Definition	asset_types	images, hosts, functions, code repositories, containers, vms, kubernetes resources	A comma-separated list of asset types. Filter vulnerabilities by their specified asset type.	Key: asset_types Value: hosts,images. This key and value combination only retrieves vulnerabilities associated with hosts or images.
	exploit_availability	available, not available	Filter vulnerabilities by whether or not that have an exploit available, as determined by Aqua.	Key: exploit_availability Value: available This key and value combination only retrieves vulnerabilities that have an exploit available.
	exploit_type	dos, local, remote, web apps	A comma-separated list of types of exploits. Filter vulnerabilities by their exploit type.	Key: exploit_type Value: dos,remote. This key and value combination only retrieves vulnerabilities with the dos or remote exploit type.
	include_vpatch_info	1	Retrieves suppressed findings from Aqua.	Key: include_vpatch_info Value: 1. This key and value combination retrieves suppressed findings from Aqua.

note

The option keys and values are case-sensitive as they are shown in this documentation.

APIs

The Aqua Server connector uses the Aqua Enterprise API v2. Specifically, it uses the following endpoints:

Table 11: Aqua API Endpoints

Connector Object	API Endpoints
Container	GET /api/v2/containers
Container Image	GET /api/v2/images/
Function	GET /api/v2/serverless/functions
Host	GET /api/v2/infrastructure
Vulnerability	POST api/v2/risks/vulnerabilities/exporters/hosts/export
	GET api/v2/risks/vulnerabilities/exporters/hosts/jobs/exportId
	POST api/v2/risks/vulnerabilities/exporters/hosts/stream
Vulnerability Definition	POST api/v2/risks/vulnerabilities/exporters/hosts/export
	GET api/v2/risks/vulnerabilities/exporters/hosts/jobs/exportId
	POST api/v2/risks/vulnerabilities/exporters/hosts/stream

Changelog

The Aqua Server connector has undergone the following changes:

Table 12: Aqua Server connector changelog

Version	Description
4.0.3	- Added the NAMESPACE attribute to the Vulnerability object. - Added a new operation option to filter vulnerabilities by their namespace name: namespace_names
4.0.2	Enhanced the connector to retrieve suppressed findings from Aqua. As a result, the following operation option has been added to the Vulnerability object: include_vpatch_info
4.0.1	Added the HAS_RUNNING_WORKLOADS and RUNNING_WORKLOADS_COUNT attributes to the Vulnerability object.
4.0.0	- Transitioned the Aqua Server connector to fully use the Aqua Enterprise API v2 to enhance performance and reliability. - Added two new operation options to filter vulnerabilities: exploit_availability and exploit_type.
3.1.3	Added support for Data lifecycle management to the Container, Container Image, Host, and Vulnerability objects.
3.1.2	Fixed an issue where the Vulnerability Definition object sync was failing.
3.1.1	No change.
3.1.0	No change.
3.0.3	Fixed an issue where Container Images were not correctly parsing Docker labels, preventing these labels from being added to the tags.
3.0.2	Added two new attributes, EXPLOITABILITY and EXPLOIT_TYPE, to the Vulnerability Definition object.
3.0.0	Initial Integration+ release.