Attribute AWS integration

Install with Attribute Terraform

To ensure a smooth implementation, Attribute provides a Terraform module that automates setup for billing-information extraction and sensor registration. Detailed Terraform documentation and examples can be found in the [README] within the Terraform module.

AWS Account Types

The module supports installation on both AWS organizational management accounts and member accounts (also known as sub-accounts). Terraform creates all the required infrastructure for the Attribute solution via CloudFormation.

Please note the following:

Supported Terraform version is 1.9 and above.
Whenever the sensor needs to be deployed, the Terraform module must be deployed on each sub-account. Additionally, if using a billing or payer account, the module must be deployed on both the billing/payer account and its associated sub-accounts to ensure full cost visibility. We recommend keeping the account installations in the same Terraform state so they're managed together.
The module does not deploy the Attribute sensor on the compute infrastructure. That process is done with different tools per compute cluster (see Attribute's installation guide).
The Terraform module must run on us-east-1, even if the account's resources are in a different region.
When running the module, specify whether you are deploying to the AWS Organization management account or to a member (sub) account where a sensor will be installed, using the account_type parameter.

Resources Created by This Module

When running on an AWS management account, the following resources are created:

S3 bucket and ACLs used to store CUR 2.0 reports and billing data export resources.
IAM role to allow Attribute to access AWS APIs.
Data Export resource to facilitate data retrieval.
CloudFormation stack to automate Attribute Sensor registration.
EKS (and ECS where applicable) cost allocation tags to support cost tracking.

When running on an AWS member account, the following resources are created:

IAM role to allow Attribute to access AWS APIs.
CloudFormation stack to automate Attribute Sensor registration.

Upgrading an Existing Attribute Terraform Module

注意

When upgrading, manually remove the old ZouzCURExport resource.

Appendix A: Detailed Installation Instructions

This appendix walks you through the entire setup process, from the management account configuration to sensor deployment on a member account.

Step 1 — Billing Integration

The following steps should be done only on the management (payer) account.

Verify your Terraform version is 1.9 or above:
```
terraform version
```
Make sure you're operating in the us-east-1 region before deploying.

Update the following variables in the main.tf file you received from Attribute:

Update the Terraform profile you're using so it points to the correct AWS account.
Verify the region is set to us-east-1 (do not change to another region).
Verify the alias is set to "management".
Update the account name from "change-me" to your account name.
Do not change the organization_id — leave it as is.

terraform {
  required_providers {
    aws = {
      source  = "hashicorp/aws"
      version = "~> 5.0"
    }
  }
}

provider "aws" {
  region = "us-east-1"
  alias  = "management"
}

# provider "aws" {
#   region = "us-east-1"
#   alias  = "sub-1"
# }

resource "random_uuid" "external_id" {}

module "attribute-sensor" {
  source  = "ZouzIO/attribute-sensor/aws"
  version = "~> 2.1"

  account_type    = "management"
  account_name    = "change-me"
  organization_id = "XXXX-XXXX-XXX-XXXX-XXXXXXX"
  external_id     = random_uuid.external_id.id

  providers = {
    aws = aws.management
  }
}

# module "attribute-sensor-sub" {
#   source  = "ZouzIO/attribute-sensor/aws"
#   version = "~> 2.1"
#
#   account_type    = "sub"
#   account_name    = "change-me-sub"
#   organization_id = "XXXX-XXXX-XXX-XXXX-XXXXXXX"
#   external_id     = random_uuid.external_id.id
#
#   providers = {
#     aws = aws.sub-1
#   }
# }

Apply the Terraform:
```
terraform init
terraform apply
```
Verification. Log in to your management account's AWS Console and verify that the following resources have been created:
1. An S3 bucket to store CUR 2.0 reports, plus the Data Export.
2. An IAM role that allows Attribute to access AWS APIs.

Step 2 — Sensor Implementation

Configure each member account (sub-account) where you plan to deploy a sensor. This involves two parts: running Terraform to create the prerequisites (once per sub-account), and then deploying the sensor on each EKS cluster using a Helm chart.

Step 2.1 — Terraform Prerequisite Setup (Member Account)

The following steps should be run once per member account (sub-account).

Update the main.tf file you received from Attribute to reflect the member account:

Update the Terraform profile to point to the correct AWS account.
Uncomment the additional provider with the alias of the sub-account (you can have several sub-account providers as needed).
Uncomment the sub-account module and update the account name from "change-me-sub" to your sub-account name.
Do not change the organization_id — leave it as is.

terraform {
  required_providers {
    aws = {
      source  = "hashicorp/aws"
      version = "~> 5.0"
    }
  }
}

provider "aws" {
  region = "us-east-1"
  alias  = "management"
}

provider "aws" {
  region = "us-east-1"
  alias  = "sub-1"
}

resource "random_uuid" "external_id" {}

module "attribute-sensor" {
  source  = "ZouzIO/attribute-sensor/aws"
  version = "~> 2.1"

  account_type    = "management"
  account_name    = "change-me"
  organization_id = "XXXX-XXXX-XXX-XXXX-XXXXXXX"
  external_id     = random_uuid.external_id.id

  providers = {
    aws = aws.management
  }
}

module "attribute-sensor-sub" {
  source  = "ZouzIO/attribute-sensor/aws"
  version = "~> 2.1"

  account_type    = "sub"
  account_name    = "change-me-sub"
  organization_id = "XXXX-XXXX-XXX-XXXX-XXXXXXX"
  external_id     = random_uuid.external_id.id

  providers = {
    aws = aws.sub-1
  }
}

Apply the Terraform:
```
terraform apply
```
Verification. Log in to your sub-account on the AWS Console and verify that an IAM role allowing Attribute to access AWS APIs has been created.

Step 2.2 — Deploying the Sensor with Helm on EKS

The following steps should be repeated on every EKS cluster where you want to deploy the sensor.

Save the values file provided by Attribute (values.yaml). This file contains a unique ephemeral token.
Verify your Helm version — version 3.8.0 or above is supported:
```
helm version
```

Install the Helm chart:

helm upgrade -i attribute \
  oci://quay.io/attribute/operator-chart \
  -f <values.yaml> \
  -n attribute \
  --create-namespace

Optional — configure the token as a secret. If you'd like to store the token as a secret using an external secret manager, add the following configuration to the values file:
```
initconfig:
  create_secret: false
  orgToken:
    secretName: external-secret-name
    secretKey: external-secret-key
```
Verification. Run the following to verify the Helm release and that the operator and sensor are running:
```
helm list -n attribute
kubectl get pods -n attribute
```
Example expected output:

注意

If you'd like to deploy the sensor on other compute resource types (standalone, Fargate, etc.), refer to the relevant sensor deployment documentation.

Trademarks: AWS is a trademark of Amazon.com, Inc. or its affiliates. Terraform is a registered trademark of HashiCorp, Inc. Kubernetes is a registered trademark of The Linux Foundation. All other trademarks are the property of their respective owners.

Install with Attribute Terraform​

AWS Account Types​

Resources Created by This Module​

Upgrading an Existing Attribute Terraform Module​

Appendix A: Detailed Installation Instructions​

Step 1 — Billing Integration​

Step 2 — Sensor Implementation​

Step 2.1 — Terraform Prerequisite Setup (Member Account)​

Step 2.2 — Deploying the Sensor with Helm on EKS​