Please check off the requirement if you included it in your video, this is so we know we haven't missed anything, and know what we need to include in the final video.
[ ] 1. Redundant AD infrastructure using DC1 + DC2. One should be able to turn off DC1 or
DC2, and still be able to manage AD and login via W1 + W2 + MGMT1.
[ ] 2. DHCP1 and DHCP2 should provide DHCP services to your LAN. They should also be
redundant. Turn off DHCP1 or 2 and ipconfig/release and /renew from W1.
[ ] 3. MGMT2 will be an Ansible controller system that can control your entire domain, with the
exception of Windows workstations and the firewall. You should be able to run interactive
commands against all these systems.
[ ] 4. Util will be a system that you can provision with a new application via MGMT2 and
Ansible. It can also be used to assist in meeting other requirements. Deploy an
application that has not been covered in class to util, using an Ansible playbook.
[ ] 5. MGMT1, DC1, DC2, DFS1, DFS2 and your workstations represent your Active Directory Infrastructure. Your domain should be your groupname.local. Join all Windows systems
to the domain and at least one of your Linux systems.
[ ] 6. Create an AD security group called linux-admins. Members of this group should be able
to sudo to root on one of your Linux systems (this has some implied sub-requirements).
[ ] 7. Install docker and a wiki/application of your choice on docker. (NOT WORDPRESS!)
[ ] 9. Create a Domain Group Policy that allows W1 + W2 to remote desktop between oneanother.
[ ] 10. Create a Domain Group Policy that applies corporate wallpaper to W1 + W2 + MGMT1.
[ ] 11. Create a Domain group policy that moves W1 and W2 user profiles and home directories
to a DFS share.
[ ] 12. Use Ansible to install an apt-package.
[ ] 13. Use Ansible to install a yum package.
[ ] 14. Use Ansible to add a new Linux local user can be an SSH user or one with a password.
[ ] 15. Use Ansible to add a new Windows domain user.
Please check off the requirement if you included it in your video, this is so we know we haven't missed anything, and know what we need to include in the final video.
[ ] 1. Redundant AD infrastructure using DC1 + DC2. One should be able to turn off DC1 or DC2, and still be able to manage AD and login via W1 + W2 + MGMT1.
[ ] 2. DHCP1 and DHCP2 should provide DHCP services to your LAN. They should also be redundant. Turn off DHCP1 or 2 and ipconfig/release and /renew from W1.
[ ] 3. MGMT2 will be an Ansible controller system that can control your entire domain, with the exception of Windows workstations and the firewall. You should be able to run interactive commands against all these systems.
[ ] 4. Util will be a system that you can provision with a new application via MGMT2 and Ansible. It can also be used to assist in meeting other requirements. Deploy an application that has not been covered in class to util, using an Ansible playbook.
[ ] 5. MGMT1, DC1, DC2, DFS1, DFS2 and your workstations represent your Active Directory Infrastructure. Your domain should be your groupname.local. Join all Windows systems to the domain and at least one of your Linux systems.
[ ] 6. Create an AD security group called linux-admins. Members of this group should be able to sudo to root on one of your Linux systems (this has some implied sub-requirements).
[ ] 7. Install docker and a wiki/application of your choice on docker. (NOT WORDPRESS!)
[ ] 9. Create a Domain Group Policy that allows W1 + W2 to remote desktop between oneanother.
[ ] 10. Create a Domain Group Policy that applies corporate wallpaper to W1 + W2 + MGMT1.
[ ] 11. Create a Domain group policy that moves W1 and W2 user profiles and home directories to a DFS share.
[ ] 12. Use Ansible to install an apt-package.
[ ] 13. Use Ansible to install a yum package.
[ ] 14. Use Ansible to add a new Linux local user can be an SSH user or one with a password.
[ ] 15. Use Ansible to add a new Windows domain user.