Step 1: Create a Kafka user

Superstream requires a Kafka user with the below configuration to be able to communicate and analyze connected clusters.

By Kafka flavor/vendor:

AWS MSK

Step 1: Create or Update Superstream Role

Be sure you’re signed in to the AWS Console with your default browser, then click here to:

1. Enter required parameters (e.g., NodeGroupRoleArn).

2. Acknowledge IAM resource creation.

3. Click Create Stack or Update Stack (choose Update Stack if the Superstream IAM role already exists).

4. Confirm status: CREATE_COMPLETE or UPDATE_COMPLETE.

5. Click on Outputs to get IAM Role details:

Step 2: Create or Update Superstream User

Be sure you’re signed in to the AWS Console with your default browser, then click here to:

1. Acknowledge IAM resource creation.

2. Click Create Stack or Update Stack (choose Update Stack if the Superstream IAM user already exists).

3. Confirm status: CREATE_COMPLETE or UPDATE_COMPLETE.

4. Click on Outputs to get the programmatic user details.

1. Create a new Access secret key for the user and use it in SSM Console to connect the new cluster.

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Confluent

For connecting Confluent Cloud clusters to Superstream, two types of API keys are required to be created:

Step 1: Create a new Confluent service account

In Confluent Console: Top-right menu -> Accounts & access -> Accounts -> Service Accounts -> "Add service account"

In the "Add service account" wizard:

1. Name the service account "Superstream"

2. Permissions ("+ Add role assignment"):

   1. For each organization: BillingAdmin , ResourceKeyAdmin, and MetricsViewer

   2. For each environment: MetricsViewer ,DataDiscovery, Operator

      1. For environment -> Schema Registry

         1. Select resource: All schema subjects

         2. Select role: ResourceOwner

   3. For each cluster: CloudClusterAdmin , MetricsViewer

      1. For each designated cluster -> Topics

         1. DeveloperRead: All topics

         2. DeveloperManage: All topics

      2. For each designated cluster -> Consumer Groups

         1. Read all Consumer group

Step 2: Create a Confluent Cloud Resource Management Key

In Confluent Console: Top-right menu -> API Keys -> + Add API key

Follow the following steps:

Create and save the newly created credentials using the cluster name.

Step 3: Create a dedicated API key per cluster

In Confluent Console: Left menu -> Home -> Environments -> <environment name> -> <cluster name> -> API Keys

Click on "+ Add key"

• Choose "Service account" -> "Superstream" (The one we created in Step 1)

• ACLs:

  1. Cluster

     1. ALTER_CONFIGS: ALLOW

     2. DESCRIBE: ALLOW

     3. DESCRIBE_CONFIGS: ALLOW

  2. Consumer Group

     1. Rule 1:

        1. Consumer group ID: *

        2. Pattern type: LITERAL

        3. Operation: Delete

        4. Permission: ALLOW

     2. Rule 2:

        1. Consumer group ID: *

        2. Pattern type: LITERAL

        3. Operation: Describe

        4. Permission: ALLOW

     3. Rule 3:

        1. Consumer group ID: *

        2. Pattern type: LITERAL

        3. Operation: Read

        4. Permission: ALLOW

  3. Topic

     1. Rule 1:

        1. Topic name: *

        2. Pattern type: LITERAL

        3. Operation: ALTER

        4. Permission: ALLOW

     2. Rule 2:

        1. Topic name: *

        2. Pattern type: LITERAL

        3. Operation: ALTER_CONFIGS

        4. Permission: ALLOW

     3. Rule 3:

        1. Topic name: *

        2. Pattern type: LITERAL

        3. Operation: DELETE

        4. Permission: ALLOW

     4. Rule 4:

        1. Topic name: *

        2. Pattern type: LITERAL

        3. Operation: DESCRIBE

        4. Permission: ALLOW

     5. Rule 5:

        1. Topic name: *

        2. Pattern type: LITERAL

        3. Operation: DESCRIBE_CONFIGS

        4. Permission: ALLOW

     6. Rule 6:

        1. Topic name: superstream

        2. Pattern type: LITERAL

        3. Operation: Create

        4. Permission: ALLOW

     7. Rule 7:

        1. Topic name: *

        2. Pattern type: LITERAL

        3. Operation: READ

        4. Permission: ALLOW

• Create and save the newly created credentials using the cluster name.

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Apache Kafka (Self-hosted)

Step 1: Create a dedicated Kafka user for Superstream

For effective functioning, a user or token requires the following permissions:

• Cluster-level:

  • Describe all topics, List all topics, Describe configs, Describe cluster

• Topic-level:

  • Read: All topics

  • Alter: All topics

  • Delete: All topics

  • Describe: All topics

  • Alter: All topics

  • AlterConfigs: All topics

  • DescribeConfigs: All topics

• Consumer group-level:

  • Describe

  • List Consumer Groups

  • Delete

ACL statement examples:

# Cluster-level permissions
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation Describe --cluster
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation DescribeConfigs --cluster
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation Describe --topic '*'
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation List --topic '*'

# Topic-level permissions
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation Read --topic '*'
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation Alter --topic '*'
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation Delete --topic '*'
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation Describe --topic '*'
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation AlterConfigs --topic '*'
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation DescribeConfigs --topic '*'

# Consumer group-level permissions
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation Describe --group '*'
kafka-acls --authorizer-properties zookeeper.connect=<ZK_HOST:PORT> --add --allow-principal User:<USER> --operation List --group '*'

Step 2: Connection information per cluster

The following information will be required for each cluster:

• Bootstrap servers (Kafka URL)

• Authentication security protocol (No auth / SSL / SASL_SSL)

  • SSL with validation "on" would require a key.pem,cert.pem, and ca.pem

• JMX port and token