How to SSH Into a Server: The Complete Beginner’s Guide (2026)

Last Updated on 2 months ago by Oğuz Yeşil

How to SSH into a server is one of the most searched technical questions online — and for good reason. Whether you are deploying a website, configuring a VPS, or troubleshooting a remote machine, SSH is the standard way to connect securely.

But if you are new to server management, the process can feel intimidating. Command lines, key files, port numbers, and terminal clients — where do you even start?

This guide answers exactly that. We will cover what SSH is, how to set up SSH on any operating system, how to use SSH keys, and the easiest way to manage multiple SSH connections without drowning in terminal windows.

By the end, you will know how to SSH into any server from Windows, macOS, or Linux — and why thousands of developers switch to a visual SSH client for daily server management.

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What Is SSH?

SSH stands for Secure Shell. It is a protocol that creates an encrypted connection between your local computer and a remote server. Everything you type — commands, passwords, file transfers — travels through this encrypted tunnel.

Before SSH, administrators used Telnet, which sent data in plain text. Anyone intercepting the connection could steal credentials. SSH solved this by encrypting the entire session.

Today, SSH is the default method for:

• Remote server administration
• Secure file transfers (SFTP/SCP)
• Tunneling traffic through secure ports
• Running commands on cloud servers, VPS instances, and dedicated machines

If you have ever used ssh user@server-ip, you have used SSH.

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How to Set Up SSH

Before you can SSH into a server, SSH must be enabled on the remote machine. Most Linux servers have SSH pre-installed. If not:

bash

# On Ubuntu/Debian
sudo apt update
sudo apt install openssh-server
sudo systemctl enable ssh

# On CentOS/RHEL
sudo yum install openssh-server
sudo systemctl enable sshd

Verify it is running:

bash

sudo systemctl status ssh

You will also need:

• The server’s IP address or hostname
• A username with SSH privileges (usually root or a sudo user)
• A password or SSH key for authentication

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How to SSH from Windows

Windows 10 and 11 include OpenSSH by default. To SSH from Windows:

1. Open PowerShell or Command Prompt
2. Type:

bash

ssh username@server-ip

3. Enter your password when prompted

Alternative: Use PuTTY — the classic Windows SSH client. Download the programme, enter the server’s IP address and port 22, and connect. For more information, see this article.

Better alternative: Use Local Panel — a native desktop app that stores all your SSH connections visually. No more typing IP addresses or managing .ppk files manually.

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How to SSH from macOS

macOS has OpenSSH built into Terminal. To connect:

1. Open Terminal (from Applications > Utilities)
2. Type:

bash

ssh username@server-ip

3. Enter your password

For frequent connections, save time by adding an alias to your ~/.ssh/config file — or use Local Panel to store all servers in a visual sidebar with one-click connections.

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How to SSH from Linux

Every Linux distribution includes OpenSSH. Open your terminal and run:

bash

ssh username@server-ip

If your server uses a non-standard port (not 22), specify it:

bash

ssh -p 2222 username@server-ip

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How to Use SSH Keys

Passwords are convenient but insecure. SSH keys provide stronger authentication using public-key cryptography.

How SSH keys work:

• You generate a private key (stays on your computer)
• You copy the public key to the server
• The server recognises your key and grants access without a password

Generate a key pair:

bash

ssh-keygen -t ed25519 -C "[email protected]"

Copy the public key to your server:

bash

ssh-copy-id username@server-ip

Next time you connect, no password is required.

Pro tip: If you manage multiple servers and keys, keeping track of which key belongs to which server becomes messy. Local Panel handles SSH keys natively — select the key file when adding a server, and the app manages the authentication automatically.

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SSH Tunnels Explained

An SSH tunnel routes network traffic through your encrypted SSH connection. Common uses:

• Access a database that only listens on localhost
• Bypass firewalls securely
• Forward ports from remote to local

Example: Forward remote port 3306 (MySQL) to your local machine:

bash

ssh -L 3306:localhost:3306 username@server-ip

Now you can connect to localhost:3306 on your machine, and traffic securely tunnels through SSH.

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The Easier Way to Manage SSH Connections

Knowing how to SSH is essential. But if you manage more than one server, the terminal workflow becomes repetitive:

• Typing IP addresses from memory
• Keeping track of different SSH keys
• Switching between PuTTY, Terminal, and file managers
• Forgetting which server you were working on

Local Panel is a native desktop app for macOS, Windows, and Linux that handles SSH connections visually. Instead of memorising commands, you:

• Add servers once and connect with one click
• Store SSH keys, passwords, and ports securely
• Use the built-in terminal, file manager, and monitoring tools
• Share temporary access with Safe Share — auto-expiring credentials without exposing your own

It does not replace SSH. It replaces the friction of managing it.

Download Local Panel Lite – Free

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Frequently Asked Questions

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Final Thoughts

Learning how to SSH is a rite of passage for anyone working with servers. It is not complicated once you understand the basics: open a terminal, type ssh user@ip, authenticate, and you are in.

But as your server count grows, so does the complexity. That is where a visual SSH client becomes invaluable. Local Panel keeps the power of SSH while removing the administrative overhead — so you can focus on building, not memorising IP addresses.

Ready to simplify your SSH workflow? Get Local Panel Lite for macOS, Windows, or Linux – Free