
Explore Windows servers, network administration, and system management to deploy, secure, and maintain enterprise server environments.
Create a virtual machine with VMware Workstation to install Windows Server 2016 from an ISO file, selecting language, edition, and a graphical interface data center.
Configure static IPv4 addresses for domain controller and file server by setting IP, subnet mask, gateway, and DNS in the network card properties, and note DHCP as an alternative.
Install Windows Server 2012 as a domain controller in a Hyper-V lab, create a domain server, promote it to the domain, and connect file servers to explore domain-based resources.
Install and promote a Windows server to an Active Directory domain controller using Server Manager, add roles and features, configure DNS, and manage Active Directory users and computers.
Set up a Windows Server 2012 domain controller and explore Active Directory users and computers to create users, groups, and organizational units, then apply group policies for scalable access control.
Join the Windows Server 2012 R2 file server to the domain controller as a domain client using the previously created domain with administrator rights, then restart to complete the join.
Join a Windows 7 client to a domain controller in a Hyper-V setup, promote it to a domain member, and manage users and policies with Active Directory Users and Computers.
Turn off Windows firewall in a virtual environment to enable pinging between domain and file servers, using advanced security settings and public/private network rules.
Turn off Windows Firewall in Windows 7, adjust firewall settings, and verify connectivity by pinging the IP address between the host and server PC.
Assign IP addresses to virtual machines in a Hyper-V lab, configure virtual network cards, and verify connectivity by pinging domain controller, file server, and Windows 7.
Create organizational units and groups in Active Directory, assign users, and apply policies to a group or organizational unit to manage many users efficiently.
Diagnose virtual network connectivity by pinging domain controller, file server, Windows 7, and host machines; fix IP scheme issues and understand how firewall settings affect ping in virtual environments.
Explore Active Directory on a domain controller, managing users, groups, and policies with Active Directory Users and Computers. Create 5–15 users, assign them to groups and OUs, and apply policies.
Learn how to share data on a file server with a single IP address, set security policies to control access, and back up data over the local area network.
Create users and groups in the domain controller’s active directory, assign password policies, and apply policies to groups and organizational units for scalable management.
Create and assign internal and other virtual switches in Hyper-V to connect domain server, file server, and Windows 7 clients, enabling lab network configuration and IP address management.
Learn how to manage and delete an organizational unit in Active Directory, including enabling and disabling the protect from accidental deletion option, and using advanced options in container properties.
Configure IP addresses on virtual machines via network card settings in Hyper-V, assign 192.168.1.5, 192.168.1.6, and 192.168.1.7 with DNS and gateway, then test connectivity with ping.
Learn to install Active Directory Domain Services on a Hyper-V Windows Server, promote it to a new forest domain controller, and configure DNS, IP, and storage.
Learn to share folders in an Active Directory domain controller by creating a domain user and granting IP-based read/write access from a Windows 7 client.
Configure a DNS server on Windows Server 2016 and create a forward lookup zone named DNS demo. Add server two and server one to enable forward and reverse lookups.
Configure a DNS server on Windows Server 2016, create a forward lookup zone, and observe host-to-IP mapping while noting that reverse lookup maps IP to hostname for connected virtual machines.
Explore DNS forward lookup zones that translate names to IP addresses and reverse lookup zones that translate IPs to names; create a forward zone and add three virtual machines.
Learn how to create and use reverse lookup zones after setting up forward lookup zones, enter the network ID, and translate IP addresses to host names and back.
Configure windows server dns lab in hyper-v by installing dns server, creating forward and reverse zones, and mapping hostnames to ip addresses for windows server 2016 and windows 7.
Configure forward and reverse lookup zones in DNS using Windows Server, add host records for Windows 7 and other virtual machines, and verify IP-to-name mappings.
Configure dns by adding Windows 7 and Windows server guest names to forward and reverse lookup zones, translating host names to ip addresses using hyper-v and dns manager.
Add hosts in dns manager to map names to ip addresses for Windows Server 2016 and guests, configure forward and reverse zones, and manage Hyper-V networked machines.
Configure the Windows server DNS by adding a forward lookup zone entry and assigning 192.168.1.5; verify with ping and manage DNS in a Hyper-V environment.
Install and configure Hyper-V on Windows Server 2016 or higher via role-based installation, enabling Hyper-V with automatic features, selecting network adapters, and enabling VM migration.
Create desktop shortcuts to Hyper-V virtual machines and connect via the vmconnect service in system32, using localhost or the IP, as shown with Windows 7 and Windows Server 2016.
Create a desktop shortcut for your Hyper-V virtual machine using the shortcut service VM connect, pointing to C:\Windows\system32 and naming the shortcut after the VM to connect quickly.
Hyper-V offers three virtual disk formats with capacities up to 24 GB and 6 TB; choose the appropriate format for virtual disks in digital forensics and cybersecurity contexts.
Learn to add, edit, and expand a virtual hard disk by selecting the disk, browsing its location, and increasing capacity up to 1 tb in a virtual environment.
Export your virtual machines or copy the virtual hard disk from the Hyper-V documents folder, so you can run the vm on another system.
Back up Hyper-V by exporting the virtual machine or copying its virtual hard disk, then move the virtual hard disk to another PC or external drive to run the machine.
Create and manage Hyper-V checkpoints to save a VM’s state, view them in the machine’s checkpoint area, and revert to a saved checkpoint to recover.
Delete the virtual machine in Hyper-V does not delete the underlying virtual hard disk; permanently remove the VHD file from its location to fully delete.
Hyper-V provides three types of virtual network cards—external, internal, and private—and lets you create and attach multiple cards to virtual machines.
Learn how to share your host internet connection with Hyper-V by creating a virtual network card and bridging it with your physical network card.
Create and assign external, internal, and private virtual switches in Hyper-V to domain server, file server, and Windows 7 PCs, and manage network adapters for lab networking.
Explore how to create and manage a virtual fiber connection and other hardware in Hyper-V using the virtual science manager, enabling lab tasks without physical hardware.
Hyper-V provides a virtual network card to connect a virtual machine to the virtual network environment, exposing its mac address, which may match or differ from the physical machine.
Configure IP addresses for virtual machines in a Hyper-V environment by assigning class C 10.x addresses to Windows 7, domain controller, and file server, and verify connectivity with ping.
Set up a dhcp server in Hyper-V with two VMs and two network cards, create a class C IPv4 scope 192.168.1.0/24, configure lease time, and auto-assign addresses.
Define and manage DHCP scope and super scope for IPv4 networks, assign IP addresses via DHCP server on Hyper-V virtual machines, observe lease times and automatic renewal.
Configure dhcp on windows server 2016 data center by creating a superscope with address pools and a lease time for 192.168.1.x clients. Activate and monitor ipv4 leases across virtual machines.
Explore forefront threat management gateway on windows server 2008. Learn about its dual-network adapter setup for internal and external traffic and why it was obsoleted after 2010.
Configure forefront threat management gateway on windows server 2008 with access rules to control dns, http, https, and ping. Apply policies to all or selected users via ldap.
Learn how to install and use Windows Server backup services on 2012, 2016, 2019, and 2022, configure local and network backups, and choose full or custom backup options.
Install Ubuntu on Hyper-V by creating a virtual machine, selecting the Ubuntu ISO, and following installation prompts; then update packages, install VLC, and explore Samba file server setup.
This course covers lots of topic related to windows server administration and advance networking including hyper V, DNS,DHCP and active directory domain controller all the important topics, lab tasks. Course covers techniques to manage your network: LAN, VLAN and the most important thing in this course is that 'its covers depth of virtualization with practical example however there is no theory to read. The course is only designed for those; willing to practice and work on real environment. As lots of material on internet based on the theory and not cover practical examples, especially for those bugs, errors that nobody would identify or solve. if you would this course you would be able to work practically or can able to crack the Microsoft certifications easily related to the windows server environment. Course covers the comparison with the older and new versions of the Microsoft Windows Servers; from 2008 to 2022. Windows server 2022 is similar to the 2016, and 2019 however in 2012 there are many technologies ; have the same functionality. Microsoft Windows server certifications like MCSA , MCSE, hybrid Administration etc. demanding practical experience / knowledge to work on practical environment. Therefore, this course covers all of the requirements that need to certify for new beginner. With practical knowledge , the students, learners can easily avail the job related to the IT administration, Network administration or system administration in Windows server environment. After working to Virtualization, you can work easily on Azure environment that the cloud based environment to manage your resources online but it's paid. I hope! you would enjoy the course contents after enrollment because it's took years to design this course! There's no course on this platform that covers all the versions of the Windows server environment but this course does cover so this course is designed for those; want to start or work from beginner to advance/extreme level of the Windows Server Environment. "A unique content is priceless" Thanks