
Learn to access Linux and Unix via SSH from Windows using PuTTY or MobaXterm, transfer files with FTP/FileZilla, and copy securely with SCP between systems.
Demonstrate how to adjust Udemy video speed across devices, address pronunciation and readability, and explain how ratings influence course visibility and feedback.
Create a dedicated lab using a VM workstation to run two virtual machines, Linux (CentOS) and Unix (Solaris), to practice ssh, ftp, scp, sudo, and su in a safe environment.
Learn how to download and install VMware Workstation to set up a virtual lab for Linux and Unix practice. Explore virtualization basics that support secure shell and file transfer workflows.
Configure a bridged network to connect the virtual machine to the Windows host, enabling SSH access via putty. Create the new network, set it to bridge, and apply.
Download and install Solaris on Unix systems to set up a Solaris environment. Explore essential SSH, FTP, SCP, and sudo workflows aligned with Linux and Unix administration.
Download and install Linux CentOS to set up a usable CentOS system and practice administration using sudo and su, with ssh, ftp, and scp considerations.
Verify the final lab steps for configuring and validating virtual network settings so the Windows 10 host connects to the Linux VM using the net ten and bridge setup.
Learn to connect from Windows 10 to Linux and Unix using putty and SSH, locate IP addresses, and log in via SSH or UNIX consoles while configuring a lab.
Learn how to access Linux and Unix systems using Mobaxterm via SSH, including setting up a session, default port 22, host name or IP, and saving credentials.
Learn to access Unix from Linux and Linux from Unix using ssh, without Windows, via built-in shells. Master login across hosts with usernames and passwords and tools like MobaXterm.
Learn to transfer files between Windows and Linux/Unix using FTP on port 22 with FileZilla or WinSCP, connect by IP address or hostname, and drag-and-drop upload or download.
Learn to transfer files between Windows and Linux using FTP with WinSCP or FileZilla, and master the secure copy protocol (SCP) for direct server-to-server transfers.
Learn to transfer files between Unix and Linux using scp, ftp, and ssh, configure host, user, and destination, and compress with tar for efficient transfers.
Learn how to switch users with su and dash options, understand root access, and when to use sudo to upgrade from a normal user to root, knowing password requirements.
Explore how sudo governs command execution, sudoers rules, and logging to secure linux systems; configure password prompts, group permissions, and targeted admin tasks.
Discover how to access Udemy courses with exclusive coupons, covering linux and unix topics, windows and solaris, and apply a 12.9 discount via shared course links.
Here's a brief description of each topic:
SSH (Secure Shell):
Description: SSH is a cryptographic network protocol used to secure data communication over a computer network. It provides a secure channel for accessing and managing remote systems, allowing for secure command-line access, file transfers, and other network services.
FTP (File Transfer Protocol):
Description: FTP is a standard network protocol used to transfer files from one host to another over a TCP-based network, such as the internet. It allows users to upload or download files and directories, making it a common method for managing files on remote servers.
SCP (Secure Copy):
Description: SCP is a secure file transfer protocol that uses SSH for data transfer and authentication. It provides a secure and efficient way to copy files between local and remote systems, ensuring the confidentiality and integrity of the transferred data.
sudo (Superuser Do):
Description: "sudo" is a command-line utility in Unix-like operating systems that allows a permitted user to execute a command as the superuser or another user, as specified by the security policy. It provides a way to perform administrative tasks without logging in as the root user.
su (Switch User):
Description: "su" is a command in Unix and Unix-like operating systems that allows a user to change the current user context to another user, including the superuser (root). It is often used to execute commands with elevated privileges or to switch to a different user account.
These concepts are fundamental for managing and securing systems, especially in the context of Linux and Unix environments. Understanding how to securely access remote systems, transfer files, and manage user privileges is crucial for effective system administration.