Using a Virtualization   environment, you are required to plan,   install and configure both   a Windows Server and a Linux Server and Test for connectivity between the two   servers. Write a Technical Report detailing your Design, Implementation and   Testing. Draw a diagram showing your Virtualization   Solution. Clearly identify all the   physical and virtual hardware used in both your Host and Virtual Machines and   for connectivity between the two.  Also   include VM Names and TCP/IP configurations for both computers. 2.1 Install Server 2019.   Perform Post Installation Configuration tasks including renaming host and   configuring TCP/IP. 2.2 Configure File   Services. 2.2.1 Using Powershell,   create the following folder and file structure: 2.3 Backup all files in the Introduction to Windows   Server directory to a backup directory called “backupwindows”. 3.1 Install Ubuntu 20.04   Server. Perform Post Installation Configuration. Configure TCP/IP. 3.2 Create the following   folder and file structure using BASH 3.3 Backup all files in   the Introduction to Linux Server directory to a backup directory called   “backuplinux” Test that both Servers can PING each other. The report should follow the format of a   business style report and should contain the following: Introduction, Body   (List of Tasks required, Design Diagrams, Implementation Screenshots and Code   with explanations, Conclusion and Bibliography.

Title: Design, Implementation, and Testing of a Virtualized Windows Server and Linux Server

1. Introduction
The aim of this technical report is to outline the design, implementation, and testing of a virtualized environment that includes both a Windows Server and a Linux Server. The report will provide a detailed overview of the physical and virtual hardware used, as well as the TCP/IP configurations for both servers. Additionally, the report will include a design diagram, implementation screenshots, and code snippets with explanations.

2. Design and Implementation

2.1 Installing Windows Server 2019
The first step in the implementation process is to install Windows Server 2019 on the host machine. Once the installation is complete, post-installation configuration tasks will be performed. This includes renaming the host and configuring the TCP/IP settings to ensure network connectivity.

2.2 Configuring File Services
To enable file sharing capabilities, the File Services feature will be configured on the Windows Server. Using PowerShell, a folder and file structure will be created to organize the files effectively. This structure will serve as the framework for storing and managing files on the server.

2.2.1 PowerShell Commands for Folder and File Structure Creation
– Command 1: [INSERT POWERSHELL COMMAND] to create the root folder “Introduction to Windows Server.”
– Command 2: [INSERT POWERSHELL COMMAND] to create subfolders within “Introduction to Windows Server” for different file categories.
– Command 3: [INSERT POWERSHELL COMMAND] to create files within each subfolder to populate the structure.

2.3 Backup Procedure
To ensure data safety, a backup strategy will be put in place. All files in the “Introduction to Windows Server” directory will be backed up to a separate directory called “backupwindows.” This process will be automated to ensure regular backups of the server’s files.

3. Installing Ubuntu 20.04 Server
In addition to the Windows Server, a Linux server will also be installed in the virtualized environment. Ubuntu 20.04 Server will be the chosen Linux distribution. Similar to the Windows Server installation, post-installation configuration tasks will be carried out, including TCP/IP configuration.

3.1 Configuring TCP/IP
TCP/IP configuration is crucial for network connectivity. The Linux server’s TCP/IP settings will be configured to ensure seamless communication with the Windows Server.

3.2 Creating Folder and File Structure using BASH
Using BASH commands, a folder and file structure will be created on the Linux server. This structure will mirror the one created on the Windows Server to maintain consistency between the two systems.

3.3 Backup Procedure
To safeguard the Linux server’s data, a backup procedure will be implemented. All files in the “Introduction to Linux Server” directory will be backed up to a separate directory called “backuplinux.”

4. Testing Connectivity
Finally, to ensure proper connectivity between the Windows and Linux servers, a ping test will be conducted. This will validate that both servers can communicate with each other effectively.

5. Conclusion
In conclusion, this technical report has presented the design, implementation, and testing of a virtualized environment that includes both a Windows Server and a Linux Server. The report has discussed the installation and configuration steps taken for each server, as well as the establishment of connectivity between them. The implemented backup procedures provide data safety, and the ping test confirms successful communication. Through the comprehensive documentation of the Virtualization Solution, future administrators will have a clear understanding of the setup and configuration process.

6. Bibliography
[List of references cited throughout the report]

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