Setup_OCI.md

ElectricEye Cloud Security Posture Management for Oracle Cloud Infrastructure (OCI)

This documentation is dedicated to using ElectricEye for evaluation of Oracle Cloud Environments using CSPM and Attack Surface Monitoring capabilities.

Table of Contents

• Setting up OCI Permissions
• Configuring TOML
• Use ElectricEye for OCI
• Configuring Security List & NSG Auditors
• OCI Attack Surface Monitoring
• Oracle Cloud Infrastructure Checks & Services

Setting up OCI Permissions

Oracle Cloud Infrastructure Identity and Access Management (IAM) lets you control who has access to your cloud resources. You can control what type of access a group of users have and to which specific resources.

At a high-level, an Oracle Tenancy is a "cloud account" which is a logical container for all of your resources you run in OCI and is controlled by IAM. When you setup your Tenancy you pick a "Home Region" which is a distinct geographical location where the physical infrastrucute and services that underpin Oracle Cloud exist, for instance the us-ashburn-1 Region is located in Ashburn, Virginia, United States. Depending on your tiering for your Tenancy, you can activate other Regions to build out additional resources, IAM is a global resource and is propagated to the other Regions.

Oracle Cloud can add extra logical separation within a Tenancy by the use of Compartments which is a collection of related resources. Compartments are a fundamental component of Oracle Cloud Infrastructure for organizing and isolating your cloud resources. You use them to clearly separate resources for the purposes of measuring usage and billing, access (through the use of policies), and isolation (separating the resources for one project or business unit from another). A common approach is to create a compartment for each major part of your organization. For more information, see Learn Best Practices for Setting Up Your Tenancy.

By default, each Tenancy has a "root" Compartment, which can have up to 5 nested Compartments within them. This is similar to setting up Organizational Units within AWS Organizations or using Folders within a Google Cloud Platform Organization. ElectricEye will natively handle looping through your various Regions and Compartments as long as the User that you setup has the proper Permissions (which this section is dedicated to!)

1. In your OCI Tenancy, navigate to Identity -> Domains, ensure that you have your "root" Compartment specified in the List scope section as shown in the screenshot below.

2. Select your Domain, it will likely just be Default. Navigate to Groups and select Create group as shown below.

3. Enter a Name and Description for your Group, and select Create. We will add a User to this Group later.

4. OPTIONAL STEP Navigate to Identity -> Network Sources, again ensure that you have your "root" Compartment specified in the List scope section, and select Create Network Source.

5. OPTIONAL STEP Enter a Name and Description for your Network Source. Within Networks select Public Network and add the CIDR notation to however many IP Addresses you wish to grant access to as shown in the screenshot below. This will be used for a Condition within our OCI Policy, if you will be running ElectricEye from an AWS Account you can add the Elastic IP of a NAT Gateway, you can add the public IP of a GCE/EC2 instance, a Fargate Service, or your own corporate network. You can add more than just a /32 here to grant access to wider ranges as well. Select Create when done.

6. Navigate to Identity -> Policies, again ensure that you have your "root" Compartment specified in the List scope section, and select Create Policy.

7. Enter a Name and Description for your Policy. Ensure that the Compartment is still your "root" Compartment. Select the toggle for Show manual editor as shown in the screenshot below.

8. Within the Policy Builder paste in one of the following policy snippets depending on the level of access you wish to grant to ElectricEye. Granting access to your entire Tenancy provides access to all Compartments and Regions, you can scope down further to specific Compartments and use Conditional statements to scope down to specific Regions and/or specific Network Sources (if you did Optional Steps 4 and 5). Select Create when done.

IMPORTANT NOTE: Replace <your_group_name> with, you know, your actual Group name you created in Step 3. Leave the single-quotes.

• Granting Read Access to all resources and log events in your entire Tenancy

Allow group 'Default'/'<your_group_name>' to read all-resources in tenancy
Allow group 'Default'/'<your_group_name>' to read audit-events in tenancy

• Granting Read Access to all resources and log events in a specific Compartment. Obviously, replace the value of my-silly-compartment-name with your Compartment. You can add multiple lines for multiple compartments.

Allow group 'Default'/'<your_group_name>' to read all-resources in compartment my-silly-compartment-name
Allow group 'Default'/'<your_group_name>' to read audit-events in compartment my-silly-compartment-name

• Granting Read Access to all resources and log events in your entire Tenancy for a specific Region, example shown is for Oracle's US West Phoenix, Arizona, United States (phx). See here for more details.

Allow group 'Default'/'<your_group_name>' to read all-resources in tenancy where request.region='phx'
Allow group 'Default'/'<your_group_name>' to read audit-events in tenancy where request.region='phx'

• Granting Read Access to all resources and log events in your entire Tenancy for a specific Network Source (IP-based Restriction), replace the electriceye-networks name with the actual name of the Network Source you created in (Optional!) Step 5.

Allow group 'Default'/'<your_group_name>' to read all-resources in tenancy where request.networkSource.name='electriceye-networks'
Allow group 'Default'/'<your_group_name>' to read audit-events in tenancy where request.networkSource.name='electriceye-networks'

Another Note: In the future, specifically-scope permissions for the exact APIs needed will be added to /policies/ in the root directory...

9. In your OCI Tenancy, navigate to Identity -> Domains -> Your Domain -> Users and select Create user.

10. Every OCI user requires an email, you can use a blackhole domain here or your own Email that is different than the email you used for the Tenant Administrator. Add the User in the Group you created in Step 3 as shown in the screenshot below and select Create.

11. Navigate to your User and select it, in the Resources navigation menu select API Keys and then Add API key. While you are here, copy the value of OCID as well, you will need it for the next section.

12. Choose the option to Generate API key pair and then select Download private key. This will be .pem formatted X.509 certificate that contains all of your permissions. Oracle recommends changing the file permissions so only you can view it, if you will be storing the key locally.

13. After creation you will need the Fingerprint as well as the contents of the .pem file to save to two different AWS SSM Parameter Store SecureString Parameters or AWS Secrets Manager Secrets. If you will be using an SDK or CLI, ensure that you create an enviornment variable or have a way to account for the newlines. For example you can use the following commands, this assumes that you renamed your private key to oci.pem and it is in your current directory.

export OCI_API_KEY_PARAMETER_NAME="oci-api-key"
export OCI_PEM_FINGERPINT='<you_fingerprint_here>'
export OCI_PEM_CONTENTS=$(cat ./oci.pem)

aws ssm put-parameter \
    --name $OCI_PEM_CONTENTS \
    --description 'Oracle Cloud API Key private key for ElectricEye' \
    --type SecureString \
    --value $OCI_API_KEY_PARAMETER_NAME

aws ssm put-parameter \
    --name $OCI_PEM_CONTENTS-fingerprint \
    --description 'Oracle Cloud API Key Fingerprint for ElectricEye' \
    --type SecureString \
    --value $OCI_PEM_FINGERPINT

NOTE: You can also create an AWS Secrets Manager Secret to store these values

Once you have your API Key private key contents and Fingerprint saved as Parameters or Secrets, proceed to the next section to configure your TOML configuration.

Configuring TOML

This section explains how to configure ElectricEye using a TOML configuration file. The configuration file contains settings for credentials, regions, accounts, and global settings and is located here.

To configure the TOML file, you need to modify the values of the variables in the [global], [regions_and_accounts.oci], and [credentials.oci] sections of the file. Here's an overview of the key variables you need to configure:

• credentials_location: Set this variable to specify the location of where credentials are stored and will be retrieved from. You can choose from AWS Systems Manager Parameter Store (AWS_SSM), AWS Secrets Manager (AWS_SECRETS_MANAGER), or from the TOML file itself (CONFIG_FILE) which is NOT recommended.

NOTE When retrieving from SSM or Secrets Manager, your current Profile / Boto3 Session is used and NOT the ElectricEye Role that is specified in aws_electric_eye_iam_role_name. Ensure you have ssm:GetParameter, secretsmanager:GetSecretValue, and relevant kms permissions as needed to retrieve your stored secrets.

• virustotal_api_key_value: The location (or actual contents) of your VirusTotal (VT) API Key, this location must match the value of global.credentials_location e.g., if you specify "AWS_SSM" then the value for this variable should be the name of the AWS Systems Manager Parameter Store SecureString Parameter. VirusTotal is used for the OCI_ArtifactRegistry_Auditor to check individual SHA256 hashes of artifacts against VirusTotal for malware. The logic is currently hard-coded that if 5 or more detectors report suspicious or that 2 or more detectors report malicious then the artifact is considered malicious.

• oci_tenancy_ocid: Provide your Oracle Cloud Infrastructure Tenancy ID (ocid) that is associated with your OCI credentials

• oci_user_ocid: The User ID (ocid) for the ElectricEye user you created and generated an API Key for

• oci_region_name: The Region name you want to evaluate with ElectricEye. OCI Tenants typically only have one Region enabled as quotas to activate other Regions are locked behind support levels. If you require multiple Accounts evaluated create different TOMLs and running ElectricEye within a container or open up an Issue and I can add multi-Region support to the roadmap (it's simple, but lot's of manual code edits).

• oci_compartment_ocids: A list of Compartment IDs (ocid) you want ElectricEye to evaluate, depending on the age of your OCI Tenancy the "root" Compartment ID will match your Tenancy ID. Ensure that you have tenancy level permissions otherwise you will not be able to access cross-Compartment resources from your parent Compartment.

• oci_user_api_key_fingerprint_value: The location (or actual contents) of your OCI User API Key Fingerprint. This must be the CONTENTS not the file path this location must match the value of global.credentials_location e.g., if you specify "AWS_SSM" then the value for this variable should be the name of the AWS Systems Manager Parameter Store SecureString Parameter

• oci_user_api_key_private_key_pem_contents_value: The location (or actual contents) of your OCI User API Key Private Key PEM. This must be the CONTENTS not the file path this location must match the value of global.credentials_location e.g., if you specify "AWS_SSM" then the value for this variable should be the name of the AWS Systems Manager Parameter Store SecureString Parameter

It's important to note that this setting is a sensitive credential, and as such, its value should be stored in a secure manner that matches the location specified in the [global] section's credentials_location setting. For example, if credentials_location is set to "AWS_SSM", then the OCI_service_account_json_payload_value should be the name of an AWS Systems Manager Parameter Store SecureString parameter that contains the contents of the OCI service account key JSON file.

Use ElectricEye for OCI

1. With >=Python 3.7 installed, install and upgrade pip3 and setup virtualenv.

sudo apt install -y python3-pip
pip3 install --upgrade pip
pip3 install virtualenv --user
virtualenv .venv

2. This will create a virtualenv directory called .venv which needs to be activated.

#For macOS and Linux
. .venv/bin/activate

#For Windows
.venv\scripts\activate

3. Clone the repo and install all dependencies.

git clone https://github.com/jonrau1/ElectricEye.git
cd ElectricEye
pip3 install -r requirements.txt

# if use AWS CloudShell
pip3 install --user -r requirements.txt

4. Use the Controller to conduct different kinds of Assessments.

   • 4A. Retrieve all options for the Controller.

   python3 eeauditor/controller.py --help

   • 4B. Evaluate your entire OCI Tenancy.

   python3 eeauditor/controller.py -t OCI

   • 4C. Evaluate your OCI environment against a specifc Auditor (runs all Checks within the Auditor).

   python3 eeauditor/controller.py -t OCI -a OCI_AutonomousDatabase_Auditor

   • 7D. Evaluate your OCI environment against a specific Check within any Auditor, it is not required to specify the Auditor name as well. The below examples runs the "[OCI.OKE.1] Oracle Container Engine for Kubernetes (OKE) cluster API servers should not be accessible from the internet" check.

   python3 eeauditor/controller.py -t OCI -c oci_oke_cluster_public_api_endpoint_check

Configuring Security List & NSG Auditors

The Auditors for Oracle Cloud Virtual Cloud Network (VCN) Security Lists and Network Security Groups are configured using JSON files (for NSGs and for Security Lists) which contains titles, check IDs, to-from IANA port numbers and protocols that map to high-danger services you should not leave open to the world such as SMB, Win NetBIOS, databases, caches, et al. While this is not the same as figuring out what your how your actual assets & services are configured (see the EASM section for that) this is a good hygeine check.

The JSON file is already prefilled with several dozen checks, however you can easily append more to the list. Shown below are how UDP (protocol 17) and TCP (protcol 6) rules are configured. The example shown is for the NSG Auditor, however the Rule Sets are the same, the two JSON files are in case you wanted to audit for different services on different security layers or totally ignore NSGs.

[
    {
        "ToPort": 1194,
        "FromPort": 1194,
        "Protocol": "17",
        "CheckTitle": "[OCI.NetworkSecurityGroup.28] Virtual Cloud Network Network Security Groups should not allow unrestricted OpenVPN (UDP 1194) access",
        "CheckId": "oci-vcn-nsg-openvpn-open-check",
        "CheckDescriptor": "OpenVPN (UDP 1194)"
    },
    {
        "ToPort": 5672,
        "FromPort": 5672,
        "Protocol": "6",
        "CheckTitle": "[OCI.NetworkSecurityGroup.29] Virtual Cloud Network Network Security Groups should not allow unrestricted access to AmazonMQ/RabbitMQ (TCP 5672)",
        "CheckId": "oci-vcn-nsg-rabbitmq-open-check",
        "CheckDescriptor": "AmazonMQ / RabbitMQ / AMQP (TCP 5672)"
    },
]

ToPort

The IANA Port number at the top of the range for whatever service needs internet access, e.g., if your service required ports 135-139, then 139 is the ToPort

FromPort

The IANA Port number at the bottom of the range for whatever service needs internet access, e.g., if your service required ports 135-139, then 135 is the ToPort

Protocol

Unlike the AWS Security Group Auditor, the Protocols are represented numerically by Oracle Cloud, 17 for UDP services and 6 for TCP services.

CheckTitle

The Title within the AWS Security Finding Format, aka the title of the finding, ensure you follow the rule number order and the guidelines - or choose your own.

CheckId

An all lowercase, dash-separated string that is appended to the Id and GeneratorId within the AWS Security Finding Format, this is the ensure uniqueness of the Check performed by the Auditor

CheckDescriptor

A descriptor of what the protocol & port service is, this is added into the Description field within the AWS Security Finding Format and can be anything you want as long as it does not contain double-quotes ("")

OCI Attack Surface Monitoring

If you only wanted to run Attack Surface Monitoring checks use the following command which show an example of outputting the ASM checks into a JSON file for consumption into SIEM or BI tools.

python3 eeauditor/controller.py -t AWS -a ElectricEye_AttackSurface_OCI_Auditor -o json_normalized --output-file ElectricASMforOCI

Oracle Cloud Infrastructure Checks & Services

These are the following services and checks perform by each Auditor, there are currently 221 Checks across 18 Auditors that support the secure configuration of 25 services/components

Auditor File Name	Scanned Resource Name	Auditor Scan Description
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should be encrypted with a Customer-managed Master Encryption Key
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs with available upgrade versions should be reviewed for upgrade
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should have an Oracle Object Storage bucket configured for manual and long-term backup storage
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should be registered with Oracle Data Safe
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should be registered with Database Management
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should have a customer contact detail to receive upgrade and other important notices
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should be configured to autoscale database compute resources
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should be configured to autoscale database storage resources
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should have Autonomous Data Guard enabled
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should enforce mutual TLS (mTLS) connections
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should schedule long term backups
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs with Private Access should have at least one Network Security Group (NSG) assigned
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should have Operations Insights enabled
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should be configured for Private Access connectivity through a Virtual Cloud Network (VCN)
OCI_AutonomousDatabase_Auditor	Oracle Autonomous Databasee	ADBs should configure an IP-based Allow-list to reduce permissible network access
OCI_ArtifactRegistry_Auditor	Oracle Artifact Registry repository	Repositories that are empty should be reviewed for deletion
OCI_ArtifactRegistry_Auditor	Oracle Artifact Registry repository	Repositories should consider enabling immutable artifacts
OCI_ArtifactRegistry_Auditor	Oracle Artifact Registry artifact	Artifacts should be scanned for malware and viruses
OCI_BlockStorage_Auditor	Oracle Block Storage volume	Volumes (with high availability/resilience requirements) should use replication
OCI_BlockStorage_Auditor	Oracle Block Storage volume	Volumes should use auto-tune policies
OCI_BlockStorage_Auditor	Oracle Block Storage volume	Volumes should use a CMK MEK for encryption
OCI_BlockStorage_Auditor	Oracle Block Storage volume	Volumes should be a member of a Block Volume Group
OCI_BlockStorage_Auditor	Oracle Block Storage volume	Volumes should have an assigned backup policy
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should have Secure Boot enabled
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should have Measured Boot enabled
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should have the Trusted Platform Module enabled
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should enable block volume in-transit encryption
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should be encrypted with a Customer-managed Master Encryption Key
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should disable access to legacy Instance Metadata Service (IMDSv1) endpoints
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should have the Management Agent enabled
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should have the Monitoring Agent enabled
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should have the Vulnerability Scanning plugin enabled
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should not be publicly discoverable on the internet
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should have at least one Network Security Group (NSG) assigned
OCI_ComputeInstance_Auditor	Oracle Cloud Compute instance	Instances should not have any exploitable vulnerabilities
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should enable the Vulnerability Scanning agent
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should enable the OS Management Service Agent
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should enable the Management Agent
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should enable the Compute Instance Run Command Agent
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should ensure public IP addresses are not mapped unless required
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should define NSGs to protect instances
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should disable IMDSv1
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should ensure PV volume in-transit encryption is enabled
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should ensure Secure Boot is enabled
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should ensure Measured Boot is enabled
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should ensure the TPM is enabled
OCI_ComputeManagement_Auditor	Oracle Cloud Compute instance configuration	Instance configurations should define a customer-managed Vault MEK for encryption
OCI_ContainerInstance_Auditor	Oracle Cloud Container Instance	Container instances should consider defining a container restart policy
OCI_ContainerInstance_Auditor	Oracle Cloud Container Instance	Container instances should consider defining a graceful shutdown timeout
OCI_ContainerRegistry_Auditor	Oracle Container Registry repository	Repositories that are public should be reviewed
OCI_ContainerRegistry_Auditor	Oracle Container Registry repository	Repositories should have an Oracle Vulnerability Scanning Service (VSS) target association
OCI_ContainerRegistry_Auditor	Oracle Container Registry image	Images should be signed with an image signature
OCI_ContainerRegistry_Auditor	Oracle Container Registry image	Images should not have any exploitable vulnerabilities
OCI_CloudFunctions_Auditor	Oracle Cloud Functions application	Applications should have NSGs assigned
OCI_CloudFunctions_Auditor	Oracle Cloud Functions application	Applications should enforce the usage of signing images
OCI_CloudFunctions_Auditor	Oracle Cloud Functions application	Applications should be configured to use more than 1 subnet for high availability
OCI_CloudFunctions_Auditor	Oracle Cloud Functions application	Applications should using tracing for performance monitoring
OCI_CloudFunctions_Auditor	Oracle Cloud Functions function	Function images should be scanned for vulnerabilities
OCI_CloudFunctions_Auditor	Oracle Cloud Functions function	Function should use provisioned concurrency
OCI_FileStorage_Auditor	Oracle File Storage file system	File Storage file systems should be encrypted with a Customer-managed Master Encryption Key
OCI_FileStorage_Auditor	Oracle File Storage file system	File Storage file systems should enforce secure export options by requiring that NFS clients use privileged source ports
OCI_FileStorage_Auditor	Oracle File Storage file system	File Storage file systems should enforce secure export options by configuring NFS identity squashing
OCI_FileStorage_Auditor	Oracle File Storage mount target	File Storage Mount Targets should have at least one Network Security Group (NSG) assigned
OCI_GoldenGate_Auditor	Oracle GoldenGate deployment	Deployments should autoscale
OCI_GoldenGate_Auditor	Oracle GoldenGate deployment	Deployments should report as healthy
OCI_GoldenGate_Auditor	Oracle GoldenGate deployment	Deployments should not be public-facing
OCI_GoldenGate_Auditor	Oracle GoldenGate deployment	Deployments should upgrade to the latest version, if possible
OCI_GoldenGate_Auditor	Oracle GoldenGate deployment	Deployments should have at least one NSG assigned
OCI_GoldenGate_Auditor	Oracle GoldenGate connection	Connections should utilize private endpoints for network connectivity
OCI_GoldenGate_Auditor	Oracle GoldenGate connection	Connections should be encrypted with a Vault Customer-managed MEK
OCI_GoldenGate_Auditor	Oracle GoldenGate connection	Connections should have at least one NSG assigned
OCI_GoldenGate_Auditor	Oracle GoldenGate connection	Connects should protect connections with TLS or mTLS
OCI_KubernetesEngine_Auditor	OKE cluster	OKE cluster API servers should not be accessible from the internet
OCI_KubernetesEngine_Auditor	OKE cluster	OKE cluster should have at least one Network Security Group (NSG) assigned
OCI_KubernetesEngine_Auditor	OKE cluster	OKE clusters should enable image verification policies
OCI_KubernetesEngine_Auditor	OKE cluster	OKE clusters with the Kubernetes dashboard enabled should be reviewed
OCI_KubernetesEngine_Auditor	OKE cluster	OKE clusters should use one of the latest supported Kubernetes versions
OCI_KubernetesEngine_Auditor	OKE cluster	OKE clusters should not use deprecated versions of Kubernetes
OCI_KubernetesEngine_Auditor	OKE node pool	OKE node pools should enable block volume in-transit encryption
OCI_KubernetesEngine_Auditor	OKE node pool	OKE node pools should have at least one Network Security Group (NSG) assigned
OCI_KubernetesEngine_Auditor	OKE node pool	OKE node pools should be configured to protect pods with a Network Security Group (NSG)
OCI_KubernetesEngine_Auditor	OKE node pool	OKE node pools should be configured to force terminate evicted worker nodes after the draining grace period
OCI_KubernetesEngine_Auditor	OKE node pool	OKE node pools should use the latest supported Kubernetes versions
OCI_KubernetesEngine_Auditor	OKE node pool	OKE node pools should not use deprecated versions of Kubernetes
OCI_KubernetesEngine_Auditor	OKE virtual node pool	OKE virtual node pools should have at least one Network Security Group (NSG) assigned
OCI_KubernetesEngine_Auditor	OKE virtual node pool	OKE virtual node pools should be configured to protect pods with a Network Security Group (NSG)
OCI_KubernetesEngine_Auditor	OKE virtual node pool	OKE virtual node pools should use the latest supported Kubernetes versions
OCI_KubernetesEngine_Auditor	OKE virtual node pool	OKE virtual node pools should not use deprecated versions of Kubernetes
OCI_LoadBalancer_Auditor	Oracle Load Balancer	Load Balancers should have Network Security Groups (NSGs) assigned
OCI_LoadBalancer_Auditor	Oracle Load Balancer	Load Balancer listeners should be configured to use HTTPS/TLS
OCI_LoadBalancer_Auditor	Oracle Load Balancer	Load Balancer backend sets should be configured to use HTTPS/TLS
OCI_LoadBalancer_Auditor	Oracle Load Balancer	Load Balancers with health checks reporting Critical or Warning should be investigated
OCI_MySQL_DatabaseService_Auditor	Oracle MySQL DB System	DB systems should be configured to take automatic backups
OCI_MySQL_DatabaseService_Auditor	Oracle MySQL DB System	DB systems should have Point-in-Time Recovery (PITR) enabled
OCI_MySQL_DatabaseService_Auditor	Oracle MySQL DB System	DB systems should have Crash Recovery enabled
OCI_MySQL_DatabaseService_Auditor	Oracle MySQL DB System	DB systems should have Deletion Protection enabled
OCI_MySQL_DatabaseService_Auditor	Oracle MySQL DB System	DB systems should enforce creating a final manual snapshot before deletion
OCI_MySQL_DatabaseService_Auditor	Oracle MySQL DB System	DB systems should be configured to automatically delete automatic snapshots after system deletion
OCI_MySQL_DatabaseService_Auditor	Oracle MySQL DB System	DB systems should be configured to be highly available
OCI_NoSQL_Auditor	Oracle NoSQL Table	Oracle NoSQL Database Cloud Service tables should be configured for on-demand scaling (autoscaling)
OCI_ObjectStorage_Auditor	Oracle Cloud Storage bucket	buckets should be encrypted with a Customer-managed Master Encryption Key
OCI_ObjectStorage_Auditor	Oracle Cloud Storage bucket	buckets should have a lifecycle policy defined
OCI_ObjectStorage_Auditor	Oracle Cloud Storage bucket	buckets should define a lifecycle policy rule to delete failed multipart uploads
OCI_ObjectStorage_Auditor	Oracle Cloud Storage bucket	buckets should not allow public access to objects
OCI_ObjectStorage_Auditor	Oracle Cloud Storage bucket	buckets should be configured to use object replication to promote resilience and recovery
OCI_ObjectStorage_Auditor	Oracle Cloud Storage bucket	buckets should be configured to use object versioning to promote resilience and recovery
OCI_OpenSearch_Auditor	Oracle Search with OpenSearch clusteer	clusters should have Security Mode enabled and set to Enforcing
OCI_VCN_SecurityList_Auditor	OCI Security List	Are all ports (-1) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is FTP (tcp20-21) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is TelNet (tcp23) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is WSDCOM-RPC (tcp135) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is SMB (tcp445) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is MSSQL (tcp1433) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is OracleDB (tcp1521) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is MySQL/MariaDB (tcp3306) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is RDP (tcp3389) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is PostgreSQL (tcp5432) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Kibana (tcp5601) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Redis (tcp6379) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Splunkd (tcp8089) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Elasticsearch (tcp9200) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Elasticsearch (tcp9300) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Memcached (udp11211) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Redshift (tcp5439) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is DocDB (tcp27017) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Cassandra (tcp9142) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Kafka (tcp9092) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is NFS (tcp2049) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Rsync (tcp873) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is TFTP (udp69) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Docker API (tcp2375) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is K8s API (tcp10250) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is SMTP (tcp25) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is NetBioas (tcp137-139) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is OpenVPN (udp1194) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is RabbitMQ (tcp5672) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is Spark WebUI (tcp4040) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is POP3 (tcp110) open to the internet
OCI_VCN_SecurityList_Auditor	OCI Security List	Is VMWare ESXi (tcp8182) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Are all ports (-1) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is FTP (tcp20-21) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is TelNet (tcp23) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is WSDCOM-RPC (tcp135) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is SMB (tcp445) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is MSSQL (tcp1433) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is OracleDB (tcp1521) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is MySQL/MariaDB (tcp3306) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is RDP (tcp3389) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is PostgreSQL (tcp5432) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Kibana (tcp5601) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Redis (tcp6379) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Splunkd (tcp8089) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Elasticsearch (tcp9200) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Elasticsearch (tcp9300) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Memcached (udp11211) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Redshift (tcp5439) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is DocDB (tcp27017) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Cassandra (tcp9142) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Kafka (tcp9092) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is NFS (tcp2049) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Rsync (tcp873) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is TFTP (udp69) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Docker API (tcp2375) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is K8s API (tcp10250) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is SMTP (tcp25) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is NetBioas (tcp137-139) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is OpenVPN (udp1194) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is RabbitMQ (tcp5672) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is Spark WebUI (tcp4040) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is POP3 (tcp110) open to the internet
OCI_VCN_NetworkSecurityGroup_Auditor	OCI Network Security Group	Is VMWare ESXi (tcp8182) open to the internet
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a FTP service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a SSH service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a Telnet service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a SMTP service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a HTTP service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a POP3 service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a Win NetBIOS service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a SMB service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a RDP service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a MSSQL service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a MySQL/MariaDB service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a NFS service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a Docker API service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a OracleDB service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a PostgreSQL service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a Kibana service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a VMWARE ESXi service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a HTTP Proxy service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a SplunkD service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a Kubernetes API Server service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a Redis service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a Kafka service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a MongoDB/DocDB service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a Rabbit/AmazonMQ service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Cloud Compute instance	Is a SparkUI service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a FTP service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a SSH service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a Telnet service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a SMTP service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a HTTP service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a POP3 service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a Win NetBIOS service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a SMB service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a RDP service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a MSSQL service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a MySQL/MariaDB service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a NFS service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a Docker API service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a OracleDB service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a PostgreSQL service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a Kibana service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a VMWARE ESXi service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a HTTP Proxy service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a SplunkD service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a Kubernetes API Server service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a Redis service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a Kafka service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a MongoDB/DocDB service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a Rabbit/AmazonMQ service publicly accessible
ElectricEye_AttackSurface_OCI_Auditor	Oracle Load Balancer	Is a SparkUI service publicly accessible

Continue to check this section for information on active, retired, and renamed checks or using the --list-checks command in the CLI!