Now enter the database connection settings, the database host IP or FQDN, database name, database username, and the user’s password as highlighted in the following screenshot. Select your database driver from the list as highlighted in the following screenshot and then click Next. Connected to Remote Database Configure SSH Tunneling in DBeaverĪfter launching DBeaver, go to the Databases tab, then click New Database Connection as shown in the following screenshot. If the provided settings and credentials for both the database connection and the SSH tunnel are correct and valid, the tunnel and database connection should be established successfully. Then click SAVE as highlighted in the following screenshot. We recommend using public-key authentication so select IDENTITY FILE and select the private key file from your local machine. Then select the Authentication type (either password or identity file). Turn on the “ Use SSH tunneling” option, enter the Tunnel host, Tunnel port, SSH username. You can check Save password to store the password locally so that you are not prompted to enter it every time you attempt to connect to the database. Then set the port, database name, database username, and the user’s password. Enter the database server IP address or FQDN (fully qualified domain name). Next, click on the Connection tab to enter the database connection settings. In the pop-up window, under the General tab, enter the server name as highlighted in the following screenshot. Open your pgadmin4 application and start by creating a new server connection, go to the Objects tab, then click Create and click Server. How To Install DBeaver Universal Database Tool in Linux.How to Install PostgreSQL with pgAdmin4 on Linux Mint 20.How to Install PostgreSQL and pgAdmin4 in Ubuntu 20.04.How to Install PostgreSQL and pgAdmin in RHEL 8.How to Install PostgreSQL and pgAdmin in CentOS 8.This guide assumes that you have pgadmin4 and DBeaver database management tools installed on your Linux system, otherwise, check out these guides: ![]() You can route traffic through an SSH connection (tunnel) via Server B to access the database cluster. You wish to securely connect to a service that does not inherently use encryption and many others.įor example, if you wish to connect to a remote PostgreSQL database cluster running on port 5432 on Server A, but traffic to that port is only allowed from Server B (to which you have SSH access).If the port for the remote service you are trying to access is blocked in the firewall.Here are some common scenarios in which you will use SSH tunneling or port forwarding: SSH can also be used to create a secure communication tunnel between computers for forwarding other network connections that are not normally encrypted, a technique called SSH Tunneling (or port forwarding). It’s a commonly used method for securely accessing remote server terminals and for file transfer. SSH allows two computers to communicate and encrypts the shared data.
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