neptune

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• Variables

Variables

var CheckEnableLogExport = rules.Register(
	scan.Rule{
		AVDID:       "AVD-AWS-0075",
		Provider:    providers.AWSProvider,
		Service:     "neptune",
		ShortCode:   "enable-log-export",
		Summary:     "Neptune logs export should be enabled",
		Impact:      "Limited visibility of audit trail for changes to Neptune",
		Resolution:  "Enable export logs",
		Explanation: `Neptune does not have auditing by default. To ensure that you are able to accurately audit the usage of your Neptune instance you should enable export logs.`,
		Links: []string{
			"https://docs.aws.amazon.com/neptune/latest/userguide/auditing.html",
		},
		Terraform: &scan.EngineMetadata{
			GoodExamples:        terraformEnableLogExportGoodExamples,
			BadExamples:         terraformEnableLogExportBadExamples,
			Links:               terraformEnableLogExportLinks,
			RemediationMarkdown: terraformEnableLogExportRemediationMarkdown,
		},
		CloudFormation: &scan.EngineMetadata{
			GoodExamples:        cloudFormationEnableLogExportGoodExamples,
			BadExamples:         cloudFormationEnableLogExportBadExamples,
			Links:               cloudFormationEnableLogExportLinks,
			RemediationMarkdown: cloudFormationEnableLogExportRemediationMarkdown,
		},
		Severity: severity.Medium,
	},
	func(s *state.State) (results scan.Results) {
		for _, cluster := range s.AWS.Neptune.Clusters {
			if cluster.Logging.Audit.IsFalse() {
				results.Add(
					"Cluster does not have audit logging enabled.",
					cluster.Logging.Audit,
				)
			} else {
				results.AddPassed(&cluster)
			}
		}
		return
	},
)

var CheckEnableStorageEncryption = rules.Register(
	scan.Rule{
		AVDID:       "AVD-AWS-0076",
		Provider:    providers.AWSProvider,
		Service:     "neptune",
		ShortCode:   "enable-storage-encryption",
		Summary:     "Neptune storage must be encrypted at rest",
		Impact:      "Unencrypted sensitive data is vulnerable to compromise.",
		Resolution:  "Enable encryption of Neptune storage",
		Explanation: `Encryption of Neptune storage ensures that if their is compromise of the disks, the data is still protected.`,
		Links: []string{
			"https://docs.aws.amazon.com/neptune/latest/userguide/encrypt.html",
		},
		Terraform: &scan.EngineMetadata{
			GoodExamples:        terraformEnableStorageEncryptionGoodExamples,
			BadExamples:         terraformEnableStorageEncryptionBadExamples,
			Links:               terraformEnableStorageEncryptionLinks,
			RemediationMarkdown: terraformEnableStorageEncryptionRemediationMarkdown,
		},
		CloudFormation: &scan.EngineMetadata{
			GoodExamples:        cloudFormationEnableStorageEncryptionGoodExamples,
			BadExamples:         cloudFormationEnableStorageEncryptionBadExamples,
			Links:               cloudFormationEnableStorageEncryptionLinks,
			RemediationMarkdown: cloudFormationEnableStorageEncryptionRemediationMarkdown,
		},
		Severity: severity.High,
	},
	func(s *state.State) (results scan.Results) {
		for _, cluster := range s.AWS.Neptune.Clusters {
			if cluster.StorageEncrypted.IsFalse() {
				results.Add(
					"Cluster does not have storage encryption enabled.",
					cluster.StorageEncrypted,
				)
			} else {
				results.AddPassed(&cluster)
			}
		}
		return
	},
)

var CheckEncryptionCustomerKey = rules.Register(
	scan.Rule{
		AVDID:       "AVD-AWS-0128",
		Provider:    providers.AWSProvider,
		Service:     "neptune",
		ShortCode:   "encryption-customer-key",
		Summary:     "Neptune encryption should use Customer Managed Keys",
		Impact:      "Using AWS managed keys does not allow for fine grained control",
		Resolution:  "Enable encryption using customer managed keys",
		Explanation: `Encryption using AWS keys provides protection for your Neptune underlying storage. To increase control of the encryption and manage factors like rotation use customer managed keys.`,
		Links: []string{
			"https://docs.aws.amazon.com/neptune/latest/userguide/encrypt.html",
		},
		Terraform: &scan.EngineMetadata{
			GoodExamples:        terraformCheckEncryptionCustomerKeyGoodExamples,
			BadExamples:         terraformCheckEncryptionCustomerKeyBadExamples,
			Links:               terraformCheckEncryptionCustomerKeyLinks,
			RemediationMarkdown: terraformCheckEncryptionCustomerKeyRemediationMarkdown,
		},
		CloudFormation: &scan.EngineMetadata{
			GoodExamples:        cloudFormationCheckEncryptionCustomerKeyGoodExamples,
			BadExamples:         cloudFormationCheckEncryptionCustomerKeyBadExamples,
			Links:               cloudFormationCheckEncryptionCustomerKeyLinks,
			RemediationMarkdown: cloudFormationCheckEncryptionCustomerKeyRemediationMarkdown,
		},
		Severity: severity.High,
	},
	func(s *state.State) (results scan.Results) {
		for _, cluster := range s.AWS.Neptune.Clusters {
			if cluster.KMSKeyID.IsEmpty() {
				results.Add(
					"Cluster does not encrypt data with a customer managed key.",
					cluster.KMSKeyID,
				)
			} else {
				results.AddPassed(&cluster)
			}
		}
		return
	},
)