cis-aws-database-9-3

name	cis-aws-database-9.3
description	Ensure Data in Transit is Encrypted
category	cis-database
version	2.0.0
author	cyberstrike-official
tags	["cis","aws","database","neptune","graph-database","encryption","tls","ssl"]
cis_id	9.3
cis_benchmark	CIS AWS Database Services Benchmark v2.0.0
tech_stack	["aws"]
cwe_ids	[]
chains_with	["cis-aws-database-9.1","cis-aws-database-9.2","cis-aws-database-9.4"]
prerequisites	[]
severity_boost	{}

9.3 Ensure Data in Transit is Encrypted (Manual)

Description

Enabling encryption in transit helps that the data is protected when it is moving from one location to another.

Rationale

Encryption in transit ensures data transmitted between clients and Neptune remains confidential and protected from interception.

Impact

If an unauthorized user steals the data, it would be unreadable for them because a key would be required to decrypt the message into plaintext.

Audit Procedure

Using AWS Console

1. Sign into the AWS Management Console at https://console.aws.amazon.com/ with your AWS account credentials.
2. Open the Amazon Neptune Console - Navigate to the service using the Find Services search bar or by directly accessing the console at https://console.aws.amazon.com/neptune/.
3. Select the Neptune Cluster:
   • Choose the Amazon Neptune cluster for which you want to implement encryption in transit.
   • Click on the cluster name to access its details page.
4. Enable SSL/TLS Encryption:
   • In the cluster details page, navigate to the Configuration or Encryption in Transit section.
   • Under Encryption in Transit, ensure that the Enable option is selected.
   • Optionally, you can also select the Enforce option to require SSL/TLS encryption for all client connections to the Neptune cluster.
   • Click Apply Changes to enable SSL/TLS encryption for the Neptune cluster.
5. Update Client Applications:
   • When connecting to the Neptune cluster, update your client applications to establish an SSL/TLS-encrypted connection.
   • Consult your client drivers or libraries documentation or configuration settings to enable SSL/TLS encryption.
   • Configure the necessary SSL/TLS settings, such as specifying the SSL/TLS certificate to use.
6. Verify Encryption in Transit:
   • Test the connection to the Neptune cluster from your client application.
   • Ensure that the connection is established using SSL/TLS encryption.
   • Verify that all data transmitted between your client applications and the Neptune cluster is encrypted in transit.

Expected Result

SSL/TLS encryption in transit should be enabled (and preferably enforced) for all connections to the Neptune cluster.

Remediation