Project Proposal

This project is designed to give you exposure to basic concepts discussed in this course. You may select any supporting technologies you are interested in$,$ and any topics you prefer:

Account Management. Single Sign$-$On$,$ Google suite, MS Office $365,$ Authentication vs$.$ authorization, Multi$-$factor authentication $($MFA$)$File and directory layout. Lightweight Directory Access Protocol $($LDAP$),$ Active Directory. File Systems $($NTFS$,$ FAT$).$ File permissions. OpenIDThe project proposal should contain the following sections:

Phase II: Project development

Solution Overview:

Brief Description: The proposed solution involves the creation of separate directories with their own clearance and passwords, so that even if a lower level

employee got into the directory, while they might be able to see the files, they would not be able to do anything with them.

Justification of the selected solution:

Easy to set up: The Linux OS allows for incredibly easy creation of different file directories, each with their own access requirements and clearances. With the implementation of a few simple commands, the system is set up and ready to go company$-$wide

Simple to understand: Employees can easily pick up where they're allowed to read, delete, or modify files, regardless of their computer knowledge! It's as simple as showing the employee what directories they are able to access. From then on$,$ if an employee intentionally or accidentally attempts to access files only available to higher$-$ups, they will be denied all access and unable to view the information.

Flexibility: This system is very flexible, meaning that if employees get terminated, promoted or reassigned, their access levels can be changed accordingly. This gives peace of mind to directors and managers, knowing that their employees can be reassigned to different access levels with minimal effort on their end.

Implementation:

$\frac{3}{3}$

$=1.$

Create Groups for the organization based on roles:

Create Directories for each group for storage and programs:Set each group as the owner of their respective directory:

Set each directory to read, write and execute so workers can conduct business:

Ensure that management can read and execute in the employee and intern directories, this makes sure that workers are doing as their told and management can collect their work:

$\backslash$table$[[,$logan@logan$-$VirtualBox:,Q$,-=,-],[\backslash$table$[[$Logan@logan$-$VirtualBox: $ sudo$],[$logan@logan$-$VirtualBox: $ sudo$],[$Logan@logan$-$VirtualBox: $ sudo$],[$Logan@logan$-$VirtualBox: $ sudo$],[$logan@logan$-$VirtualBox: $$]],\backslash$table$[[$chown $-$R :admin Data$],[$chmod $-$R $770$ Data$],[$setfacl $-$R $-$m g:admin:rwx D$],[$setfacl $-$R $-$m d:g:admin:rwx$]],,,]]$

Ensure that the admin group has access to the whole system, with read, write and execute permissions for all directories and ensure that new admins added to the group have the same permissions:

To add users to groups, type the following commands $($couldn$\text{'}$t actually run the commands since I$\text{'}$m the only user on my system$)$:

sudo usermod $-$aG admin usernam admin sudo usermod $-$aG management username$\_$management sudo usermod $-$aG employee username$\_$employee sudo usermod $-$aG intern username$\_$intern

Advantages and Disadvantages of the Proposed Solution:

Conclusion:

Can you please write the conclusion of this project please

Thank you