# Egress PrivateLink Endpoint Setup: MongoDB Atlas on AWS for Confluent Cloud
The MongoDB Atlas Source and Sink connectors for Confluent Cloud support AWS
PrivateLink connectivity through Egress PrivateLink Endpoints. Use this
guide to configure the connectors and set up the required endpoints.
## Prerequisites
The following is a list of prerequisites for configuring the MongoDB Altas
connector with an Egress PrivateLink Endpoint:
* In Confluent Cloud, one of the following cluster types was set up with the specified
network resource:
* A Dedicated cluster with a Confluent Cloud network
For the steps to create a Confluent Cloud network, see [Create a Confluent Cloud network](../../networking/ccloud-network/aws.md#ccn-config-aws). The Connection
type of the network needs to be “PrivateLink Access”.
* A Enterprise cluster with a network gateway
For the steps to create a gateway, see
[Create a gateway for outbound connectivity in Confluent Cloud](../../networking/aws-egress-privatelink-esku.md#aws-privatelink-egress-create-gateway-esku).
* A Dedicated MongoDB Atlas database was created to sink data into or to move
data from, and it is running within the same region and cloud as the Confluent Cloud
cluster.
* A Kafka topic was created to either receive data from MongoDB Atlas (for the Source connector) or to send data to MongoDB Atlas (for the Sink connector).
## Step 1. Create a MongoDB private endpoint
In MongoDB, create a private endpoint for your Dedicated MongoDB Atlas
database:
1. Go to **Network Access** → **Private Endpoint** → **Dedicated Cluster**.
2. Click **Add Private Endpoint**.
3. Select the applicable cloud provider and region of your Dedicated MongoDB
Atlas database.
4. Make a note of the Atlas Endpoint Service name which will be required for
creating a Confluent Cloud Egress PrivateLink Endpoint.
5. You can close the workflow for now. You will edit the rest of the
configuration after you create a VPC endpoint ID in Confluent Cloud.
## Step 2. Create an Egress PrivateLink Endpoint
### Dedicated cluster
1. In the Confluent Cloud Console, in the **Network management** page or tab of
the desired Confluent Cloud environment, click the Confluent Cloud network you want
to add the PrivateLink Endpoint to. The **Connection Type** of the
network needs to be “PrivateLink Access”.
2. Click **Create endpoint** in the **Egress connections**
tab.
3. Click the service you want to connect to, specifically, **MongoDB**.
4. Follow the guided steps to specify the field values, including:
* **Name**: Name of the PrivateLink Endpoint.
* **PrivateLink service name**: The name of the PrivateLink service you
retrieved in [Step 1](#cc-mongo-db-sink-eap-aws-create-endpoint).
* **Create an endpoint with high availability**: Check the box if
you wish to deploy an endpoint with High Availability.
Endpoints deployed with high availability have network interfaces
deployed in multiple availability zones.
5. Click **Create** to create the PrivateLink Endpoint.
6. If there are additional steps for the specific target service, follow
the prompt to complete the tasks, and then click **Finish**.
7. Once the state of the Egress PrivateLink Endpoint changes from **Provisioning** to
**Pending**, make a note of the **Endpoint ID**. The value is required to
finish setting up a private endpoint for MongoDB Atlas.
### Enterprise cluster
1. In the **Network Management** page or tab of the desired Confluent Cloud environment,
click the **For serverless products** tab.
2. Click the gateway to which you want to add the PrivateLink Endpoint.
3. In the **Access points** tab, click **Add access point**.
4. Click the service you want to connect to. Select **Other** if you do
not see the specific service.
Specific services are listed based on the cloud provider for the
gateway.
5. Follow the guided steps to specify the field values, including:
* **Access point name**: Name of the PrivateLink Endpoint.
* **Create an endpoint with high availability**: Check the box if
you wish to deploy an endpoint with High Availability.
Endpoints deployed with high availability have network interfaces
deployed in multiple availability zones.
* **PrivateLink service name**: The name of the PrivateLink service you
retrieved in [Step 1](#cc-mongo-db-sink-eap-aws-create-endpoint).
6. Click **Create access point** to create the PrivateLink Endpoint.
7. If there are additional steps for the specific target service, follow
the prompt to complete the tasks, and click **Finish**.
## Step 3. Configure the MongoDB private endpoint
#### NOTE
You must create a DNS record for
self-managed MongoDB clusters. This is not required for MongoDB Atlas clusters.
1. In the MongoDB console, click **Edit** for the previously created MongoDB private endpoint.
2. Click **Next**.
3. In **Your VPC Endpoint ID** field, specify the Endpoint ID associated with
your Confluent Cloud Egress PrivateLink Endpoint, and click **Save**.
You can enter the Endpoint ID in the MongoDB console as shown below:
4. Once Endpoint Status changes to “Available”, you are ready to create the
Confluent Cloud MongoDB connector.
## Step 4. Create the MongoDB Atlas connector
1. Specify the authentication details for MongoDB.
1. In the MongoDB Atlas console, click **Database** under **Deployment**.
2. Click **Connect** for the associated database.
3. Select the **Private Endpoint** connection type, and select the endpoint
you created in Step 3.
4. Click **Choose a connection method**.
5. Select **Shell** in the Access your data through tools section.
6. Get the endpoint.
7. In Confluent Cloud, specify the MongoDB credentials during the connector
creation steps.
In the **Connection host** field, specify the endpoint you retrieved in
the previous step.
#### NOTE
When you configure a private endpoint, ensure that the standard
hostname matches the correct PrivateLink endpoint, for example
“-pl-0” as shown in the screen below.
2. Follow the steps to create the [source connector](../cc-mongo-db-source.md#cc-mongo-db-source)
or the [sink connector](cc-mongo-db-sink.md#cc-mongo-db-sink) in Confluent Cloud.