# Connecting to Apache Cassandra > The Sisense Cassandra connector is a certified connector that allows you to import data from the Cassandra API into Sisense via the Sisense generic JDBC connector. The Cassandra connector offers the most natural way to connect to integrate with Cassandra data, and provides additional powerful features. *Source: https://docs.sisense.com/main/SisenseLinux/connecting-to-apache-cassandra.htm* --- Last updated: June 10, 2026 | | | | --- | --- | | [Tier](https://www.sisense.com/pricing/#pricing) | [Deployment](https://docs.sisense.com/main/SisenseLinux/introduction-to-sisense-cloud-managed-services.md#ComparisonofManagedCloudandSelfHosted) | | Launch     Grow    Enterprise | Cloud     On-Prem | The Sisense Cassandra connector is a certified connector that allows you to import data from the Cassandra API into Sisense via the Sisense generic JDBC connector. The Cassandra connector offers the most natural way to connect to integrate with Cassandra data, and provides additional powerful features. The support for the connector is provided by Sisense and will be assisted by the certification partner's support, if needed. For any support issues or additional functionality requests, contact your Sisense representative or open a request through the Sisense [Help Center](https://sisensesupport.zendesk.com/agent/dashboard). For advanced inquiries specific to driver functionality, you can also contact the certification partner's support directly via [support@cdata.com](http://oemsupport@cdata.com/). After you have downloaded the driver, you can connect through a connection string in Sisense. The connection string is used to authenticate users who want to connect to Cassandra. Once you have connected to Cassandra, you can import a variety of tables from the Cassandra API. This page describes how to download the Cassandra driver and deploy it, how to connect to Cassandra with a connection string, provides information about the Cassandra data model, and more. **Note:** For the list of supported connectors, see [Data Source Connectors](https://docs.sisense.com/main/SisenseLinux/introduction-to-data-sources.md). ## Downloading the Cassandra JDBC Driver You can download the Cassandra JDBC driver [here](https://www.cdata.com/solutions/bi/sisense). For a short video about downloading the driver, see below (the video uses the Box driver as an example). **Note:** - The driver is certified for Sisense v7.2 and above. - Sisense v7.4 and above: Click the above link to download a ready-to-use driver. - Sisense prior to v7.4: Click the above link to download a 30-days free-trial of the driver. Contact Sisense for the full license version. ## Deploying the Cassandra JDBC Driver **Prerequisite**: The install file (setup.jar) is a Java Application that requires Java 6 (J2SE) or above to run. To install the driver, double-click the setup.jar file and proceed with the instructions in the installation wizard. Depending on the machine on which you are accessing the Sisense application, install the driver in one of the following locations: - **When Sisense is installed on your local machine**, deploy the driver locally. - **For a non-local installation**(when accessing Sisense on a remote Windows server, or accessing the Sisense hosted cloud environment), select one of the below methods: - Deploy the driver on the Sisense server machine, and then perform all the authentication on the server machine. OR - Deploy the driver on your local machine (or any other machine, as convenient), perform all the authentication on that machine, and then copy the JAR file to the remote server. For detailed instructions, see [Copying a CData JAR File Installed Locally to a Remote Server](https://docs.sisense.com/main/SisenseLinux/copying-a-cdata-jar-file-installed-locally-to-a-remote-server.md). - If you are on a Linux deployment, deploy the custom JDBC connector on your local machine (or any other machine), perform all the authentication on that machine, and then copy the JAR file to this location: `/opt/sisense/storage/connectors/jdbcdrivers/driver_name_folder`. For detailed instructions, see [Deploying a Custom Connector](https://docs.sisense.com/main/SisenseLinux/deploying-a-custom-connector.md). For a short video of the process, see below (the video uses the Box driver as an example). ### JAVA Troubleshooting If you do not have Java 6 installed, you may download it from [here](https://www.oracle.com/technetwork/java/index.html). If your system is not set up to run Java applications, execute the following command: `java -jar setup.jar` ## Connecting to Cassandra After you have installed the Cassandra connector, you can import your data from Cassandra by connecting with a connection string. The connection string contains your Cassandra user credentials. Cassandra uses the connection string to authenticate your account and allow you to extract the relevant data for your account. **To create the connection string:** 1. Open the lib directory for the connector. The default path is: `C:\Program Files\CData\CData JDBC Driver for <Driver Name> 2019\lib`. 2. Double-click the JAR file in the lib directory. ![8 5lib folderthumb](https://docs.sisense.com/main/Resources/Images/8-5lib-folderthumb03007.png) Alternatively, to open the JAR file from the command line, enter the following command in the command prompt (change the driver name to your driver): `cd C:\Program Files\CData\CData JDBC Driver for 2019\lib`. Press **Enter** and then enter the following command (change the driver name to your driver): `"C:\Program Files\Sisense\infra\jre\bin\java.exe" -jar cdata.jdbc..jar` Press **Enter** again. **Example:** ![8 5jar command linethumb](https://docs.sisense.com/main/Resources/Images/8-5jar-command-linethumb03007.png) The Connection String Builder opens. 3. Enter the values for the following connection properties (click in the Value column to enter a value or to modify an existing value): - **Server**: Set to a comma-separated list of servers and ports, separated by colons. - **Database**: Set to the name of the Cassandra keyspace. - **ConsistencyLevel**: If connecting to a distributed system, set to the number of replicas of the data you are interacting with that is needed to respond for the query to be considered a success: - **ANY**: At least one replica must return success in a write operation. This property guarantees that a write never fails; this consistency level delivers the lowest consistency and highest availability. - **ALL**: All replicas must respond. This property provides the highest consistency and the lowest availability. - **ONE**: At least one replica must respond. This is the default and suitable for most users, who do not typically require high consistency. - **TWO**: At least two replicas must respond. - **THREE**: At least three replicas must respond. - **QUORUM**: A quorum of nodes must respond. The QUORUM properties provide high consistency with some failure tolerance. - **EACH\_QUORUM**: A quorum of nodes must respond where a quorum is calculated for each data center. This setting maintains consistency in each data center. - **SERIAL**: A quorum of replicas performs a consensus algorithm to allow lightweight transactions. - **LOCAL\_ONE**: At least one replica in the local data center must respond. - **LOCAL\_SERIAL**: The consensus algorithm is calculated for the local data center. - **LOCAL\_QUORUM**: A quorum of nodes must respond where the quorum is calculated for the local data center. 4. If the Connection String Builder has a **InitiateOAuth** property, set it to OFF to avoid entering the OAuth Authorization process. **Note:** This property may not appear for some connectors. 5. Press **Enter** to add all the connection properties to the connection string. **Example:** `jdbc:Cassandra:URL=http://myCassandra.com;User=myUser;Password=myPassword;` 6. Click **Test Connection**. A new browser tab opens where you need to log in to your application in order to grant access. Close the **Authorization Successful**! message that opens. 7. Go back to the **Connection String Builder** dialog, and click **OK** in the **Test Connection Successful** message to close it. 8. Click **Copy to Clipboard** to obtain the connection string. For a short video of the process, see below (the video uses the XML driver as an example): You are required to complete the above instructions only on first connect, and again when your credentials to the application change. To help you create a connection string and test the connection, see [Connection String Builder for Certified Connectors](https://docs.sisense.com/main/SisenseLinux/connection-string-builder-for-certified-connectors.md). If you have any issues connecting to your data source, see [Connecting to Custom Connectors with JDBC Drivers](https://docs.sisense.com/main/SisenseLinux/connecting-to-custom-connectors-with-jdbc-drivers.md). ## Adding Cassandra Tables to your ElastiCube 1. Open Sisense. (For a non-local installation, open Sisense on the hosted cloud environment.) 2. In the Data page, open an ElastiCube or create a new ElastiCube . 3. In the Model Editor, click ![+Data](https://docs.sisense.com/main/Resources/Images/+Data.png). The Add Data dialog box is displayed. ![8 5JDBC1thumb](https://docs.sisense.com/main/Resources/Images/8-5JDBC1thumb03007.png) 4. Click **Generic JDBC** to open the JDBC settings. ![JDBC settings](https://docs.sisense.com/main/Resources/Images/JDBC_settings_948x495.png) 5. In **Connection String**, paste the string you obtained above. 6. In **JDBC JARs Folder**, enter the name of the directory where the Cassandra JAR file is located (see [Deploying the Cassandra JDBC Driver](#Deployin)). 7. In **Driver's Class Name**, enter the following class name: `cdata.jdbc.cassandra.CassandraDriver` 8. If you wish to secure the connection, enter your Cassandra credentials in User Name and Password and remove the relevant properties from the connection string. Otherwise, leave these fields blank. 9. Click **Next**. A list of tables in the database are displayed. All tables and views associated with the database will appear in a new window. 10. From the Tables list, select the relevant table or view you want to work with. You can click next to the relevant table or click **Preview** to see a preview of the data inside it. 11. (Optional) Click **+** to customize the data you want to import with SQL. See [Importing Data with Custom Queries](https://docs.sisense.com/main/SisenseLinux/importing-data-with-custom-queries.md) for more information. 12. After you have selected all the relevant tables, click **Done**. The tables are added to your data model. For a short video of the process, see below (the video uses the XML driver as an example): ## Cassandra Connector: Additional Resources For the full documentation set for the Cassandra connector, click [here](http://cdn.cdata.com/help/RCE/jdbc/default.htm). For connection string options, click [here](http://cdn.cdata.com/help/RCE/jdbc/Connection.htm).