Tag: Information Systems Analysis

  • [Solved] HIMS 11

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    **Assignment Instructions:** Using the Patient Healthcare Data in the attached Excel file (attached below), **construct a 3-D Clustered Column Chart** depicting the three healthcare parameters (weight, height, age), and title this chart " Patient Healthcare Data" at the top center and show Legend at…

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    Assignment Prompt & Instructions

    **Assignment Instructions:**

    Using the Patient Healthcare Data in the attached Excel file (attached below), **construct a 3-D Clustered Column Chart** depicting the three healthcare parameters (weight, height, age), and title this chart " Patient Healthcare Data" at the top center and show Legend at the bottom. After reviewing the data displayed in the chart, **answer the following questions supporting your conclusions with logical explanations.**

    1. Is there any relationship between the Weight and Height of patients? Why did you make this conclusion?

    2. Is there any relationship between the Weight and Age of patients? Why did you make this conclusion?

    Save this file and submit it to the Week 11 Assignment folder.

    Week 11 Patient Healthcare Data File: [Patient Healthcare Data – Week 11 (Excel Worksheet)](https://learn.umgc.edu/content/enforced/1340331-026921-01-2252-GO1-9041/Patient%20Healthcare%20Data%20Week%20111.xlsx)

    Revised

    Using the Patient Healthcare Data in the attached Excel file, construct a **Clustered Column – Line Chart** depicting the three healthcare parameters (weight, height, age), and title this chart " Patient Healthcare Data" at the top center and show Legend at the bottom. After reviewing the data displayed in the chart, **answer the following questions supporting your conclusions with logical explanations.**

    1. Is there any relationship between the Weight and Height of patients? Why did you make this conclusion?

    2. Is there any relationship between the Weight and Age of patients? Why did you make this conclusion?

    Save this file and submit it to the Week 11 Assignment folder.

    Week 11 Patient Healthcare Data File: [Patient Healthcare Data – Week 11 (Excel Worksheet)](https://learn.umgc.edu/content/enforced/1340331-026921-01-2252-GO1-9041/Patient%20Healthcare%20Data%20Week%20111.xlsx)

    – [\
    \
    PatientHealthcareDataWeek1111.xlsx](https://www.sweetstudy.com/files/patienthealthcaredataweek1111-xlsx "PatientHealthcareDataWeek1111.xlsx")

    – 2 years ago

  • [Solved] osh communication

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    Examine effective means of communication. Explain the importance of communicating safety and health issues in the workplace. – 2 years ago

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    Assignment Prompt & Instructions

    Examine effective means of communication. Explain the importance of communicating safety and health issues in the workplace.

    – 2 years ago

  • [Solved] HIMS 12

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    **Assignment Instructions:** Healthcare data comprises both _structured_ and _unstructured_ data. The latter mostly comprises progress notes that contain healthcare information vital for patient care and billing for revenue management. However, extracting medical and billing information is both labo…

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    Assignment Prompt & Instructions

    **Assignment Instructions:**

    Healthcare data comprises both _structured_ and _unstructured_ data. The latter mostly comprises progress notes that contain healthcare information vital for patient care and billing for revenue management. However, extracting medical and billing information is both labor-intensive and time-consuming. Recently, Natural Language Processing (NLP) has been used for this purpose. **Provide a written response to the following:**

    – Describe what is NLP and how it works in deciphering the required medical and billing information from the unstructured data. What are the pros and cons of this tool? Assess the tool applicability to current and future healthcare management needs. Offer an example of current application.

    Formatted in APA 7th Edition. Provide credible evidence, through the use of in-text citations from your references, to support your conclusions/information.

    – 2 years ago

  • [Solved] Course Reflection

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    or this final course discussion post, take a moment to review and reflect on the five course outcomes for CIS512, Advanced Computer Architecture: 1. Evaluate the hardware components of modern computing environments and their individual functions. 2. Review the basic security implications of modern c…

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    Assignment Prompt & Instructions

    or this final course discussion post, take a moment to review and reflect on the five course outcomes for CIS512, Advanced Computer Architecture:

    1. Evaluate the hardware components of modern computing environments and their individual functions.
    2. Review the basic security implications of modern computing environments.
    3. Review foundational cybersecurity concepts and the federal, state and local cyber defense partners/structures.
    4. Research the applicable laws and policies related to cyber defense and describe the major components of each pertaining to the storage and transmission of data.
    5. Examine responsibilities related to the handling of data as it pertains to legal, ethical and/or agency auditing issues, and how the type of dispute affects the evidence used to resolve it.

    **Please respond to the following in a post of at least 200 words:**

    – Identify the three to five core lessons you learned from taking this course.
    – Describe how you plan to integrate these core lessons into your daily life.
    – Determine the methods you will use to retain and revisit this information.

    – 2 years ago

  • [Solved] INTERNSHIP

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    **Imagine** you are selected for an internship with the chief information officer (CIO) of a prestigious health care organization. In your first meeting with the CIO, she asks for your help preparing a presentation she is giving to the board. The organization is considering expanding into an integra…

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    Assignment Prompt & Instructions

    **Imagine** you are selected for an internship with the chief information officer (CIO) of a prestigious health care organization. In your first meeting with the CIO, she asks for your help preparing a presentation she is giving to the board.

    The organization is considering expanding into an integrated health care delivery system and wants the CIO to present on the differences in IT organizational and functional needs for a teaching hospital, a radiology outpatient clinic, and a home health care agency that will become part of the integrated delivery system.

    **Write** a 700- to 1,050-word summary that discusses the differences in IT organizational and functional needs for the integrated delivery system. Your summary should:

    – Discuss whether each type of organization will need a dedicated IT operations department. Consider the following departments:
    – Desktop services department
    – Network operations department
    – Application programming department
    – Interface development department
    – Help desk
    – Discuss the possibility of combining some of the departments to serve all of the entities.
    – Identify which of the functions are best onsite at each facility.
    – Identify which IT organizational and functional needs are most efficiently delivered on a consolidated basis.
    – Describe the risks and benefits associated with each alternative consolidated IT organizational and functional need.

    **Cite** at least 3 reputable references. One reference must be your textbook, _Managing Risk in Information Systems_. Reputable references include trade or industry publications, government or agency websites, scholarly works, or other sources of similar quality.

    – 2 years ago

  • [Solved] Active directory automation

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    Need help to get an assignment done. Requirements are VMware, windows server core (not the full GUI). – 2 years ago **files (2)** – ## PowerShellAutomationforActiveDirectorySubmissionTemplate.pptx – ## ActiveDirectoryAutomation1.pdf **## PowerShellAutomationforActiveDirectorySubmissionTemplate.pptx*…

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    Assignment Prompt & Instructions

    Need help to get an assignment done. Requirements are VMware, windows server core (not the full GUI).

    – 2 years ago

    **files (2)**

    – ## PowerShellAutomationforActiveDirectorySubmissionTemplate.pptx

    – ## ActiveDirectoryAutomation1.pdf

    **## PowerShellAutomationforActiveDirectorySubmissionTemplate.pptx**

    PowerShell Automation for Active Directory

    Submission Template

    Screenshot 1 Onboarding New Users from CSV

    Single screenshot showing:

    Script output (e.g. “Created user: jdoe”).

    Get-ADUser results for those SamAccountNames.

    Your custom prompt (server name + date/time).

    Screenshot 2 Create and manage security groups

    Group creation messages.

    Membership check (e.g., jdoe in “Development”).

    Custom prompt.

    Screenshot 3 Offboard a user (Disable account)

    Output of the offboarding script.

    Get-ADUser showing Enabled: False.

    Custom prompt.

    Screenshot 4 Delete users after a period time

    ​Removal script output (e.g., “Deleted user: jdoe”).

    Get-ADUser -Identity jdoe failing or returning nothing.

    Custom prompt.

    Screenshot 5 Audit Security Groups

    Check the console output to confirm:

    Each group’s membership.

    A warning for the user with 6+ memberships.

    ## image1.jpg

    ## image2.png

    **## ActiveDirectoryAutomation1.pdf**

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Environment Setup (Read This First!)

    1. Server Core Installation

    ○ You must perform all tasks on a Windows Server Core installation, not the full

    GUI.

    ○ Verify you’re in Server Core (no GUI shell). If you see a desktop environment,

    that’s the wrong edition!

    2. Local User (First Name) in Administrators Group

    ○ Before promoting your machine to a domain controller, create a local user

    named after your first name (e.g., if you are James Bond, use James).

    Add this user to the local administrators group on the Server Core system.

    Example commands:

    net user James P@ssw0rd123 /add

    net localgroup Administrators James /add

    ○ This ensures your first AD account will be your first name and a domain

    administrator, instead of simply “Administrator”

    Assign a static IP to your Server Core. Either use below, or sconfig

    Example:

    New-NetIPAddress -InterfaceAlias "Ethernet" -IPAddress 192.168.1.10 -PrefixLength 24

    -DefaultGateway 192.168.1.1

    Set-DnsClientServerAddress -InterfaceAlias "Ethernet" -ServerAddresses 192.168.1.10

    3. Custom Domain

    ○ Your AD domain must be yourLastName.com. If your last name is Smith, use

    smith.com.

    4. Computer Name

    Rename your Server Core machine to lastname-dc1 (e.g., Smith-DC1). Example:

    Rename-Computer -NewName "Smith-DC1"

    Restart-Computer

    5. Promote to Domain Controller

    ○ After you’ve done the above steps (local admin, static IP, rename), install and

    promote the machine to a domain controller for your domain (lastname.com).

    PowerShell Automation for Active Directory

    (Server Core Edition)

    6. Custom PowerShell Prompt

    Modify your prompt in PowerShell to display the computer name and date/time as done with

    Windows 11 in your Template Instructions.

    ○ Ensure this custom prompt is visible in all screenshots.

    7. Submission Template

    ○ You’ll place all required screenshots in a single PowerPoint file

    Scenario / Backstory

    You are now an AD Administrator at AlphaTech, running on Server Core with the domain

    lastname.com (replace “lastname” with your real surname). You’ll automate:

    1. Onboarding new users from an HR CSV.

    2. Organizing them into security groups.

    3. Offboarding (disabling) departed users.

    4. Deleting accounts after 90 days.

    5. Auditing group memberships, spotting potential overprivilege.

    All tasks require PowerShell CLI verification (no GUI tools) on your Server Core with a custom

    prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 1: Onboard New Users from CSV

    Why

    ● HR data is provided in CSV format. Automating user creation saves time, avoids errors.

    Steps

    1. CSV File

    Create C:\UsersList.csv with at least two

    entries, e.g.:

    FirstName,LastName,UserName,Department,Email

    John,Doe,jdoe,IT,jdoe@smith.com

    Jane,Smith,jsmith,HR,jsmith@smith.com

    ○ Adjust for your actual last name and domain (e.g., brown.com).

    2. Onboarding Script

    ○ Use or adapt the provided script to:

    ■ Import the CSV

    ■ Check if each user exists

    ■ If not, create a disabled AD user account

    3. CLI Verification

    From Server Core PowerShell, verify the users were created:

    Get-ADUser -Filter "SamAccountName -eq 'jdoe' -or SamAccountName -eq 'jsmith'"

    ○ Check your custom PowerShell prompt is visible.

    Screenshot #1

    ● Single screenshot showing:

    ○ Script output (e.g. “Created user: jdoe”).

    ○ Get-ADUser results for those SamAccountNames.

    ○ Your custom prompt (server name + date/time).

    [mailto:John%2CDoe%2Cjdoe%2CIT%2Cjdoe@smith.com](mailto:John%2CDoe%2Cjdoe%2CIT%2Cjdoe@smith.com)

    [mailto:Jane%2CSmith%2Cjsmith%2CHR%2Cjsmith@smith.com](mailto:Jane%2CSmith%2Cjsmith%2CHR%2Cjsmith@smith.com)

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 2: Create Security Groups & Add Users

    Why

    ● Different organizational units need distinct resource access. Groups let you control

    permissions collectively.

    Steps

    1. Group Creation

    ○ Create at least three security groups (e.g., Development, Operations,

    Executives).

    Example:

    $groups = @("Development","Operations","Executives")

    foreach ($g in $groups) {

    if (-not (Get-ADGroup -Filter "Name -eq '$g'")) {

    New-ADGroup -Name $g -GroupScope Global -GroupCategory Security

    Write-Host "Created group: $g"

    }

    }

    2. Add Users to Groups

    Assign your newly created CSV users to relevant groups:

    Add-ADGroupMember -Identity "Development" -Members "jdoe"

    Add-ADGroupMember -Identity "Operations" -Members "jsmith"

    3. CLI Verification

    Check membership:

    Get-ADGroupMember "Development"

    Get-ADGroupMember "Operations"

    Get-ADGroupMember "Executives"

    ○ Ensure your custom prompt is visible.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Screenshot #2

    ● Single screenshot showing:

    ○ Group creation messages.

    ○ Membership check (e.g., jdoe in “Development”).

    ○ Custom prompt.

    Part 3: Offboard a User (Disable Account)

    Why

    ● When someone leaves, disable their account first to prevent unauthorized access while

    preserving the account for record-keeping.

    Steps

    1. Choose a User

    ○ Pick at least one user from Part 1 (e.g., jdoe).

    2. Offboarding Script

    Calls Disable-ADAccount on that user. Example:

    Disable-ADAccount -Identity jdoe

    Write-Host "Disabled user: jdoe"

    3. CLI Verification

    Check Enabled property:

    Get-ADUser -Identity jdoe -Properties Enabled

    Screenshot #3

    ● Single screenshot:

    ○ Output of the offboarding script.

    ○ Get-ADUser showing Enabled: False.

    ○ Custom prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 4: Delete Users After 90 Days

    Why

    ● AlphaTech’s policy is to delete disabled accounts after a 90-day retention. We’ll simulate

    that window in this lab.

    Steps

    1. Simulate the 90-Day Threshold

    ○ Temporarily modify your script to (Get-Date).AddDays(-1) or tweak

    WhenChanged to meet the time requirement for your test user.

    2. Run the Deletion Script

    Find disabled users older than the threshold, remove them:

    $threshold = (Get-Date).AddDays(-90)

    $oldUsers = Get-ADUser -Filter { Enabled -eq $false } -Properties WhenChanged |

    Where-Object { $_.WhenChanged -lt $threshold }

    foreach ($u in $oldUsers) {

    Remove-ADUser -Identity $u.SamAccountName -Confirm:$false

    Write-Host "Deleted user: $($u.SamAccountName)"

    }

    3. CLI Verification

    Attempt to retrieve the user again:

    Get-ADUser -Identity jdoe

    ○ No result or an error indicates successful deletion.

    Screenshot #4

    ● Single screenshot showing:

    ○ Removal script output (e.g., “Deleted user: jdoe”).

    ○ Get-ADUser -Identity jdoe failing or returning nothing.

    ○ Custom prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 5: Audit Security Groups (Enhanced)

    Why

    ● Auditors require seeing membership of key groups. They also flag any user who belongs

    to too many groups (possible excessive access).

    Steps

    1. Create More Groups

    ○ Add at least three new groups (e.g., Finance, Research, HR).

    2. Add One User to 6+ Groups

    ○ Pick a user (e.g., jsmith) and add them to six or more total groups.

    3. Run the Audit Script

    ○ List members for your original and new groups.

    ○ Warn if any user is in more than five groups.

    Example snippet:

    $groupsToAudit = @("Development","Operations","Executives","Finance","Research","HR")

    foreach ($g in $groupsToAudit) {

    Write-Host "`nMembers of $g:"

    Get-ADGroupMember $g | Select SamAccountName

    }

    $allUsers = Get-ADUser -Filter * -Properties MemberOf

    foreach ($u in $allUsers) {

    if ($u.MemberOf.Count -gt 5) {

    Write-Warning "User '$($u.SamAccountName)' is in $($u.MemberOf.Count) groups!"

    }

    }

    4. CLI Verification

    ○ Check the console output to confirm:

    ■ Each group’s membership.

    ■ A warning for the user with 6+ memberships.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Screenshot #5

    ● Single screenshot showing:

    ○ Group membership listings (at least 6 groups total).

    ○ Warning for the user in more than five groups.

    ○ Custom prompt.

    Submission Instructions

    1. PowerPoint Template

    ○ Insert exactly five screenshots (one per part) into the slides as instructed.

    Assignment Recap

    By completing these steps on Server Core with a local first-name admin, a static IP, a

    lastname.com domain, and a custom PowerShell prompt, you will demonstrate:

    1. User Onboarding from CSV (Part 1).

    2. Group Creation & Membership management (Part 2).

    3. Offboarding (disabling accounts) (Part 3).

    4. Deleting aged disabled accounts (Part 4).

    5. Auditing group memberships and detecting overprivileged users (Part 5).

    All PowerShell CLI outputs are shown in five screenshots, verifying your mastery of core AD

    administration tasks on Server Core.

    – Environment Setup (Read This First!)

    – 1. Server Core Installation
    – 2. Local User (First Name) in Administrators Group
    – 3. Custom Domain
    – 4. Computer Name
    – 5. Promote to Domain Controller
    – 6. Custom PowerShell Prompt
    – 7. Submission Template

    – Scenario / Backstory
    – Part 1: Onboard New Users from CSV

    – Why
    – Steps
    – 1. CSV File
    – 2. Onboarding Script
    – 3. CLI Verification
    – Screenshot #1

    – Part 2: Create Security Groups & Add Users

    – Why
    – Steps
    – 1. Group Creation
    – 2. Add Users to Groups
    – 3. CLI Verification
    – Screenshot #2

    – Part 3: Offboard a User (Disable Account)

    – Why
    – Steps
    – 1. Choose a User
    – 2. Offboarding Script
    – 3. CLI Verification
    – Screenshot #3

    – Part 4: Delete Users After 90 Days

    – Why
    – Steps
    – 1. Simulate the 90-Day Threshold
    – 2. Run the Deletion Script
    – 3. CLI Verification
    – Screenshot #4

    – Part 5: Audit Security Groups (Enhanced)

    – Why
    – Steps
    – 1. Create More Groups
    – 2. Add One User to 6+ Groups
    – 3. Run the Audit Script
    – 4. CLI Verification
    – Screenshot #5

    – Submission Instructions

    – 1. PowerPoint Template

    – Assignment Recap

    **## ActiveDirectoryAutomation1.pdf**

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Environment Setup (Read This First!)

    1. Server Core Installation

    ○ You must perform all tasks on a Windows Server Core installation, not the full

    GUI.

    ○ Verify you’re in Server Core (no GUI shell). If you see a desktop environment,

    that’s the wrong edition!

    2. Local User (First Name) in Administrators Group

    ○ Before promoting your machine to a domain controller, create a local user

    named after your first name (e.g., if you are James Bond, use James).

    Add this user to the local administrators group on the Server Core system.

    Example commands:

    net user James P@ssw0rd123 /add

    net localgroup Administrators James /add

    ○ This ensures your first AD account will be your first name and a domain

    administrator, instead of simply “Administrator”

    Assign a static IP to your Server Core. Either use below, or sconfig

    Example:

    New-NetIPAddress -InterfaceAlias "Ethernet" -IPAddress 192.168.1.10 -PrefixLength 24

    -DefaultGateway 192.168.1.1

    Set-DnsClientServerAddress -InterfaceAlias "Ethernet" -ServerAddresses 192.168.1.10

    3. Custom Domain

    ○ Your AD domain must be yourLastName.com. If your last name is Smith, use

    smith.com.

    4. Computer Name

    Rename your Server Core machine to lastname-dc1 (e.g., Smith-DC1). Example:

    Rename-Computer -NewName "Smith-DC1"

    Restart-Computer

    5. Promote to Domain Controller

    ○ After you’ve done the above steps (local admin, static IP, rename), install and

    promote the machine to a domain controller for your domain (lastname.com).

    PowerShell Automation for Active Directory

    (Server Core Edition)

    6. Custom PowerShell Prompt

    Modify your prompt in PowerShell to display the computer name and date/time as done with

    Windows 11 in your Template Instructions.

    ○ Ensure this custom prompt is visible in all screenshots.

    7. Submission Template

    ○ You’ll place all required screenshots in a single PowerPoint file

    Scenario / Backstory

    You are now an AD Administrator at AlphaTech, running on Server Core with the domain

    lastname.com (replace “lastname” with your real surname). You’ll automate:

    1. Onboarding new users from an HR CSV.

    2. Organizing them into security groups.

    3. Offboarding (disabling) departed users.

    4. Deleting accounts after 90 days.

    5. Auditing group memberships, spotting potential overprivilege.

    All tasks require PowerShell CLI verification (no GUI tools) on your Server Core with a custom

    prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 1: Onboard New Users from CSV

    Why

    ● HR data is provided in CSV format. Automating user creation saves time, avoids errors.

    Steps

    1. CSV File

    Create C:\UsersList.csv with at least two

    entries, e.g.:

    FirstName,LastName,UserName,Department,Email

    John,Doe,jdoe,IT,jdoe@smith.com

    Jane,Smith,jsmith,HR,jsmith@smith.com

    ○ Adjust for your actual last name and domain (e.g., brown.com).

    2. Onboarding Script

    ○ Use or adapt the provided script to:

    ■ Import the CSV

    ■ Check if each user exists

    ■ If not, create a disabled AD user account

    3. CLI Verification

    From Server Core PowerShell, verify the users were created:

    Get-ADUser -Filter "SamAccountName -eq 'jdoe' -or SamAccountName -eq 'jsmith'"

    ○ Check your custom PowerShell prompt is visible.

    Screenshot #1

    ● Single screenshot showing:

    ○ Script output (e.g. “Created user: jdoe”).

    ○ Get-ADUser results for those SamAccountNames.

    ○ Your custom prompt (server name + date/time).

    [mailto:John%2CDoe%2Cjdoe%2CIT%2Cjdoe@smith.com](mailto:John%2CDoe%2Cjdoe%2CIT%2Cjdoe@smith.com)

    [mailto:Jane%2CSmith%2Cjsmith%2CHR%2Cjsmith@smith.com](mailto:Jane%2CSmith%2Cjsmith%2CHR%2Cjsmith@smith.com)

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 2: Create Security Groups & Add Users

    Why

    ● Different organizational units need distinct resource access. Groups let you control

    permissions collectively.

    Steps

    1. Group Creation

    ○ Create at least three security groups (e.g., Development, Operations,

    Executives).

    Example:

    $groups = @("Development","Operations","Executives")

    foreach ($g in $groups) {

    if (-not (Get-ADGroup -Filter "Name -eq '$g'")) {

    New-ADGroup -Name $g -GroupScope Global -GroupCategory Security

    Write-Host "Created group: $g"

    }

    }

    2. Add Users to Groups

    Assign your newly created CSV users to relevant groups:

    Add-ADGroupMember -Identity "Development" -Members "jdoe"

    Add-ADGroupMember -Identity "Operations" -Members "jsmith"

    3. CLI Verification

    Check membership:

    Get-ADGroupMember "Development"

    Get-ADGroupMember "Operations"

    Get-ADGroupMember "Executives"

    ○ Ensure your custom prompt is visible.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Screenshot #2

    ● Single screenshot showing:

    ○ Group creation messages.

    ○ Membership check (e.g., jdoe in “Development”).

    ○ Custom prompt.

    Part 3: Offboard a User (Disable Account)

    Why

    ● When someone leaves, disable their account first to prevent unauthorized access while

    preserving the account for record-keeping.

    Steps

    1. Choose a User

    ○ Pick at least one user from Part 1 (e.g., jdoe).

    2. Offboarding Script

    Calls Disable-ADAccount on that user. Example:

    Disable-ADAccount -Identity jdoe

    Write-Host "Disabled user: jdoe"

    3. CLI Verification

    Check Enabled property:

    Get-ADUser -Identity jdoe -Properties Enabled

    Screenshot #3

    ● Single screenshot:

    ○ Output of the offboarding script.

    ○ Get-ADUser showing Enabled: False.

    ○ Custom prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 4: Delete Users After 90 Days

    Why

    ● AlphaTech’s policy is to delete disabled accounts after a 90-day retention. We’ll simulate

    that window in this lab.

    Steps

    1. Simulate the 90-Day Threshold

    ○ Temporarily modify your script to (Get-Date).AddDays(-1) or tweak

    WhenChanged to meet the time requirement for your test user.

    2. Run the Deletion Script

    Find disabled users older than the threshold, remove them:

    $threshold = (Get-Date).AddDays(-90)

    $oldUsers = Get-ADUser -Filter { Enabled -eq $false } -Properties WhenChanged |

    Where-Object { $_.WhenChanged -lt $threshold }

    foreach ($u in $oldUsers) {

    Remove-ADUser -Identity $u.SamAccountName -Confirm:$false

    Write-Host "Deleted user: $($u.SamAccountName)"

    }

    3. CLI Verification

    Attempt to retrieve the user again:

    Get-ADUser -Identity jdoe

    ○ No result or an error indicates successful deletion.

    Screenshot #4

    ● Single screenshot showing:

    ○ Removal script output (e.g., “Deleted user: jdoe”).

    ○ Get-ADUser -Identity jdoe failing or returning nothing.

    ○ Custom prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 5: Audit Security Groups (Enhanced)

    Why

    ● Auditors require seeing membership of key groups. They also flag any user who belongs

    to too many groups (possible excessive access).

    Steps

    1. Create More Groups

    ○ Add at least three new groups (e.g., Finance, Research, HR).

    2. Add One User to 6+ Groups

    ○ Pick a user (e.g., jsmith) and add them to six or more total groups.

    3. Run the Audit Script

    ○ List members for your original and new groups.

    ○ Warn if any user is in more than five groups.

    Example snippet:

    $groupsToAudit = @("Development","Operations","Executives","Finance","Research","HR")

    foreach ($g in $groupsToAudit) {

    Write-Host "`nMembers of $g:"

    Get-ADGroupMember $g | Select SamAccountName

    }

    $allUsers = Get-ADUser -Filter * -Properties MemberOf

    foreach ($u in $allUsers) {

    if ($u.MemberOf.Count -gt 5) {

    Write-Warning "User '$($u.SamAccountName)' is in $($u.MemberOf.Count) groups!"

    }

    }

    4. CLI Verification

    ○ Check the console output to confirm:

    ■ Each group’s membership.

    ■ A warning for the user with 6+ memberships.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Screenshot #5

    ● Single screenshot showing:

    ○ Group membership listings (at least 6 groups total).

    ○ Warning for the user in more than five groups.

    ○ Custom prompt.

    Submission Instructions

    1. PowerPoint Template

    ○ Insert exactly five screenshots (one per part) into the slides as instructed.

    Assignment Recap

    By completing these steps on Server Core with a local first-name admin, a static IP, a

    lastname.com domain, and a custom PowerShell prompt, you will demonstrate:

    1. User Onboarding from CSV (Part 1).

    2. Group Creation & Membership management (Part 2).

    3. Offboarding (disabling accounts) (Part 3).

    4. Deleting aged disabled accounts (Part 4).

    5. Auditing group memberships and detecting overprivileged users (Part 5).

    All PowerShell CLI outputs are shown in five screenshots, verifying your mastery of core AD

    administration tasks on Server Core.

    – Environment Setup (Read This First!)

    – 1. Server Core Installation
    – 2. Local User (First Name) in Administrators Group
    – 3. Custom Domain
    – 4. Computer Name
    – 5. Promote to Domain Controller
    – 6. Custom PowerShell Prompt
    – 7. Submission Template

    – Scenario / Backstory
    – Part 1: Onboard New Users from CSV

    – Why
    – Steps
    – 1. CSV File
    – 2. Onboarding Script
    – 3. CLI Verification
    – Screenshot #1

    – Part 2: Create Security Groups & Add Users

    – Why
    – Steps
    – 1. Group Creation
    – 2. Add Users to Groups
    – 3. CLI Verification
    – Screenshot #2

    – Part 3: Offboard a User (Disable Account)

    – Why
    – Steps
    – 1. Choose a User
    – 2. Offboarding Script
    – 3. CLI Verification
    – Screenshot #3

    – Part 4: Delete Users After 90 Days

    – Why
    – Steps
    – 1. Simulate the 90-Day Threshold
    – 2. Run the Deletion Script
    – 3. CLI Verification
    – Screenshot #4

    – Part 5: Audit Security Groups (Enhanced)

    – Why
    – Steps
    – 1. Create More Groups
    – 2. Add One User to 6+ Groups
    – 3. Run the Audit Script
    – 4. CLI Verification
    – Screenshot #5

    – Submission Instructions

    – 1. PowerPoint Template

    – Assignment Recap

    **## PowerShellAutomationforActiveDirectorySubmissionTemplate.pptx**

    PowerShell Automation for Active Directory

    Submission Template

    Screenshot 1 Onboarding New Users from CSV

    Single screenshot showing:

    Script output (e.g. “Created user: jdoe”).

    Get-ADUser results for those SamAccountNames.

    Your custom prompt (server name + date/time).

    Screenshot 2 Create and manage security groups

    Group creation messages.

    Membership check (e.g., jdoe in “Development”).

    Custom prompt.

    Screenshot 3 Offboard a user (Disable account)

    Output of the offboarding script.

    Get-ADUser showing Enabled: False.

    Custom prompt.

    Screenshot 4 Delete users after a period time

    ​Removal script output (e.g., “Deleted user: jdoe”).

    Get-ADUser -Identity jdoe failing or returning nothing.

    Custom prompt.

    Screenshot 5 Audit Security Groups

    Check the console output to confirm:

    Each group’s membership.

    A warning for the user with 6+ memberships.

    ## image1.jpg

    ## image2.png

    **## ActiveDirectoryAutomation1.pdf**

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Environment Setup (Read This First!)

    1. Server Core Installation

    ○ You must perform all tasks on a Windows Server Core installation, not the full

    GUI.

    ○ Verify you’re in Server Core (no GUI shell). If you see a desktop environment,

    that’s the wrong edition!

    2. Local User (First Name) in Administrators Group

    ○ Before promoting your machine to a domain controller, create a local user

    named after your first name (e.g., if you are James Bond, use James).

    Add this user to the local administrators group on the Server Core system.

    Example commands:

    net user James P@ssw0rd123 /add

    net localgroup Administrators James /add

    ○ This ensures your first AD account will be your first name and a domain

    administrator, instead of simply “Administrator”

    Assign a static IP to your Server Core. Either use below, or sconfig

    Example:

    New-NetIPAddress -InterfaceAlias "Ethernet" -IPAddress 192.168.1.10 -PrefixLength 24

    -DefaultGateway 192.168.1.1

    Set-DnsClientServerAddress -InterfaceAlias "Ethernet" -ServerAddresses 192.168.1.10

    3. Custom Domain

    ○ Your AD domain must be yourLastName.com. If your last name is Smith, use

    smith.com.

    4. Computer Name

    Rename your Server Core machine to lastname-dc1 (e.g., Smith-DC1). Example:

    Rename-Computer -NewName "Smith-DC1"

    Restart-Computer

    5. Promote to Domain Controller

    ○ After you’ve done the above steps (local admin, static IP, rename), install and

    promote the machine to a domain controller for your domain (lastname.com).

    PowerShell Automation for Active Directory

    (Server Core Edition)

    6. Custom PowerShell Prompt

    Modify your prompt in PowerShell to display the computer name and date/time as done with

    Windows 11 in your Template Instructions.

    ○ Ensure this custom prompt is visible in all screenshots.

    7. Submission Template

    ○ You’ll place all required screenshots in a single PowerPoint file

    Scenario / Backstory

    You are now an AD Administrator at AlphaTech, running on Server Core with the domain

    lastname.com (replace “lastname” with your real surname). You’ll automate:

    1. Onboarding new users from an HR CSV.

    2. Organizing them into security groups.

    3. Offboarding (disabling) departed users.

    4. Deleting accounts after 90 days.

    5. Auditing group memberships, spotting potential overprivilege.

    All tasks require PowerShell CLI verification (no GUI tools) on your Server Core with a custom

    prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 1: Onboard New Users from CSV

    Why

    ● HR data is provided in CSV format. Automating user creation saves time, avoids errors.

    Steps

    1. CSV File

    Create C:\UsersList.csv with at least two

    entries, e.g.:

    FirstName,LastName,UserName,Department,Email

    John,Doe,jdoe,IT,jdoe@smith.com

    Jane,Smith,jsmith,HR,jsmith@smith.com

    ○ Adjust for your actual last name and domain (e.g., brown.com).

    2. Onboarding Script

    ○ Use or adapt the provided script to:

    ■ Import the CSV

    ■ Check if each user exists

    ■ If not, create a disabled AD user account

    3. CLI Verification

    From Server Core PowerShell, verify the users were created:

    Get-ADUser -Filter "SamAccountName -eq 'jdoe' -or SamAccountName -eq 'jsmith'"

    ○ Check your custom PowerShell prompt is visible.

    Screenshot #1

    ● Single screenshot showing:

    ○ Script output (e.g. “Created user: jdoe”).

    ○ Get-ADUser results for those SamAccountNames.

    ○ Your custom prompt (server name + date/time).

    [mailto:John%2CDoe%2Cjdoe%2CIT%2Cjdoe@smith.com](mailto:John%2CDoe%2Cjdoe%2CIT%2Cjdoe@smith.com)

    [mailto:Jane%2CSmith%2Cjsmith%2CHR%2Cjsmith@smith.com](mailto:Jane%2CSmith%2Cjsmith%2CHR%2Cjsmith@smith.com)

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 2: Create Security Groups & Add Users

    Why

    ● Different organizational units need distinct resource access. Groups let you control

    permissions collectively.

    Steps

    1. Group Creation

    ○ Create at least three security groups (e.g., Development, Operations,

    Executives).

    Example:

    $groups = @("Development","Operations","Executives")

    foreach ($g in $groups) {

    if (-not (Get-ADGroup -Filter "Name -eq '$g'")) {

    New-ADGroup -Name $g -GroupScope Global -GroupCategory Security

    Write-Host "Created group: $g"

    }

    }

    2. Add Users to Groups

    Assign your newly created CSV users to relevant groups:

    Add-ADGroupMember -Identity "Development" -Members "jdoe"

    Add-ADGroupMember -Identity "Operations" -Members "jsmith"

    3. CLI Verification

    Check membership:

    Get-ADGroupMember "Development"

    Get-ADGroupMember "Operations"

    Get-ADGroupMember "Executives"

    ○ Ensure your custom prompt is visible.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Screenshot #2

    ● Single screenshot showing:

    ○ Group creation messages.

    ○ Membership check (e.g., jdoe in “Development”).

    ○ Custom prompt.

    Part 3: Offboard a User (Disable Account)

    Why

    ● When someone leaves, disable their account first to prevent unauthorized access while

    preserving the account for record-keeping.

    Steps

    1. Choose a User

    ○ Pick at least one user from Part 1 (e.g., jdoe).

    2. Offboarding Script

    Calls Disable-ADAccount on that user. Example:

    Disable-ADAccount -Identity jdoe

    Write-Host "Disabled user: jdoe"

    3. CLI Verification

    Check Enabled property:

    Get-ADUser -Identity jdoe -Properties Enabled

    Screenshot #3

    ● Single screenshot:

    ○ Output of the offboarding script.

    ○ Get-ADUser showing Enabled: False.

    ○ Custom prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 4: Delete Users After 90 Days

    Why

    ● AlphaTech’s policy is to delete disabled accounts after a 90-day retention. We’ll simulate

    that window in this lab.

    Steps

    1. Simulate the 90-Day Threshold

    ○ Temporarily modify your script to (Get-Date).AddDays(-1) or tweak

    WhenChanged to meet the time requirement for your test user.

    2. Run the Deletion Script

    Find disabled users older than the threshold, remove them:

    $threshold = (Get-Date).AddDays(-90)

    $oldUsers = Get-ADUser -Filter { Enabled -eq $false } -Properties WhenChanged |

    Where-Object { $_.WhenChanged -lt $threshold }

    foreach ($u in $oldUsers) {

    Remove-ADUser -Identity $u.SamAccountName -Confirm:$false

    Write-Host "Deleted user: $($u.SamAccountName)"

    }

    3. CLI Verification

    Attempt to retrieve the user again:

    Get-ADUser -Identity jdoe

    ○ No result or an error indicates successful deletion.

    Screenshot #4

    ● Single screenshot showing:

    ○ Removal script output (e.g., “Deleted user: jdoe”).

    ○ Get-ADUser -Identity jdoe failing or returning nothing.

    ○ Custom prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 5: Audit Security Groups (Enhanced)

    Why

    ● Auditors require seeing membership of key groups. They also flag any user who belongs

    to too many groups (possible excessive access).

    Steps

    1. Create More Groups

    ○ Add at least three new groups (e.g., Finance, Research, HR).

    2. Add One User to 6+ Groups

    ○ Pick a user (e.g., jsmith) and add them to six or more total groups.

    3. Run the Audit Script

    ○ List members for your original and new groups.

    ○ Warn if any user is in more than five groups.

    Example snippet:

    $groupsToAudit = @("Development","Operations","Executives","Finance","Research","HR")

    foreach ($g in $groupsToAudit) {

    Write-Host "`nMembers of $g:"

    Get-ADGroupMember $g | Select SamAccountName

    }

    $allUsers = Get-ADUser -Filter * -Properties MemberOf

    foreach ($u in $allUsers) {

    if ($u.MemberOf.Count -gt 5) {

    Write-Warning "User '$($u.SamAccountName)' is in $($u.MemberOf.Count) groups!"

    }

    }

    4. CLI Verification

    ○ Check the console output to confirm:

    ■ Each group’s membership.

    ■ A warning for the user with 6+ memberships.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Screenshot #5

    ● Single screenshot showing:

    ○ Group membership listings (at least 6 groups total).

    ○ Warning for the user in more than five groups.

    ○ Custom prompt.

    Submission Instructions

    1. PowerPoint Template

    ○ Insert exactly five screenshots (one per part) into the slides as instructed.

    Assignment Recap

    By completing these steps on Server Core with a local first-name admin, a static IP, a

    lastname.com domain, and a custom PowerShell prompt, you will demonstrate:

    1. User Onboarding from CSV (Part 1).

    2. Group Creation & Membership management (Part 2).

    3. Offboarding (disabling accounts) (Part 3).

    4. Deleting aged disabled accounts (Part 4).

    5. Auditing group memberships and detecting overprivileged users (Part 5).

    All PowerShell CLI outputs are shown in five screenshots, verifying your mastery of core AD

    administration tasks on Server Core.

    – Environment Setup (Read This First!)

    – 1. Server Core Installation
    – 2. Local User (First Name) in Administrators Group
    – 3. Custom Domain
    – 4. Computer Name
    – 5. Promote to Domain Controller
    – 6. Custom PowerShell Prompt
    – 7. Submission Template

    – Scenario / Backstory
    – Part 1: Onboard New Users from CSV

    – Why
    – Steps
    – 1. CSV File
    – 2. Onboarding Script
    – 3. CLI Verification
    – Screenshot #1

    – Part 2: Create Security Groups & Add Users

    – Why
    – Steps
    – 1. Group Creation
    – 2. Add Users to Groups
    – 3. CLI Verification
    – Screenshot #2

    – Part 3: Offboard a User (Disable Account)

    – Why
    – Steps
    – 1. Choose a User
    – 2. Offboarding Script
    – 3. CLI Verification
    – Screenshot #3

    – Part 4: Delete Users After 90 Days

    – Why
    – Steps
    – 1. Simulate the 90-Day Threshold
    – 2. Run the Deletion Script
    – 3. CLI Verification
    – Screenshot #4

    – Part 5: Audit Security Groups (Enhanced)

    – Why
    – Steps
    – 1. Create More Groups
    – 2. Add One User to 6+ Groups
    – 3. Run the Audit Script
    – 4. CLI Verification
    – Screenshot #5

    – Submission Instructions

    – 1. PowerPoint Template

    – Assignment Recap

    **## PowerShellAutomationforActiveDirectorySubmissionTemplate.pptx**

    PowerShell Automation for Active Directory

    Submission Template

    Screenshot 1 Onboarding New Users from CSV

    Single screenshot showing:

    Script output (e.g. “Created user: jdoe”).

    Get-ADUser results for those SamAccountNames.

    Your custom prompt (server name + date/time).

    Screenshot 2 Create and manage security groups

    Group creation messages.

    Membership check (e.g., jdoe in “Development”).

    Custom prompt.

    Screenshot 3 Offboard a user (Disable account)

    Output of the offboarding script.

    Get-ADUser showing Enabled: False.

    Custom prompt.

    Screenshot 4 Delete users after a period time

    ​Removal script output (e.g., “Deleted user: jdoe”).

    Get-ADUser -Identity jdoe failing or returning nothing.

    Custom prompt.

    Screenshot 5 Audit Security Groups

    Check the console output to confirm:

    Each group’s membership.

    A warning for the user with 6+ memberships.

    ## image1.jpg

    ## image2.png

    **## ActiveDirectoryAutomation1.pdf**

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Environment Setup (Read This First!)

    1. Server Core Installation

    ○ You must perform all tasks on a Windows Server Core installation, not the full

    GUI.

    ○ Verify you’re in Server Core (no GUI shell). If you see a desktop environment,

    that’s the wrong edition!

    2. Local User (First Name) in Administrators Group

    ○ Before promoting your machine to a domain controller, create a local user

    named after your first name (e.g., if you are James Bond, use James).

    Add this user to the local administrators group on the Server Core system.

    Example commands:

    net user James P@ssw0rd123 /add

    net localgroup Administrators James /add

    ○ This ensures your first AD account will be your first name and a domain

    administrator, instead of simply “Administrator”

    Assign a static IP to your Server Core. Either use below, or sconfig

    Example:

    New-NetIPAddress -InterfaceAlias "Ethernet" -IPAddress 192.168.1.10 -PrefixLength 24

    -DefaultGateway 192.168.1.1

    Set-DnsClientServerAddress -InterfaceAlias "Ethernet" -ServerAddresses 192.168.1.10

    3. Custom Domain

    ○ Your AD domain must be yourLastName.com. If your last name is Smith, use

    smith.com.

    4. Computer Name

    Rename your Server Core machine to lastname-dc1 (e.g., Smith-DC1). Example:

    Rename-Computer -NewName "Smith-DC1"

    Restart-Computer

    5. Promote to Domain Controller

    ○ After you’ve done the above steps (local admin, static IP, rename), install and

    promote the machine to a domain controller for your domain (lastname.com).

    PowerShell Automation for Active Directory

    (Server Core Edition)

    6. Custom PowerShell Prompt

    Modify your prompt in PowerShell to display the computer name and date/time as done with

    Windows 11 in your Template Instructions.

    ○ Ensure this custom prompt is visible in all screenshots.

    7. Submission Template

    ○ You’ll place all required screenshots in a single PowerPoint file

    Scenario / Backstory

    You are now an AD Administrator at AlphaTech, running on Server Core with the domain

    lastname.com (replace “lastname” with your real surname). You’ll automate:

    1. Onboarding new users from an HR CSV.

    2. Organizing them into security groups.

    3. Offboarding (disabling) departed users.

    4. Deleting accounts after 90 days.

    5. Auditing group memberships, spotting potential overprivilege.

    All tasks require PowerShell CLI verification (no GUI tools) on your Server Core with a custom

    prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 1: Onboard New Users from CSV

    Why

    ● HR data is provided in CSV format. Automating user creation saves time, avoids errors.

    Steps

    1. CSV File

    Create C:\UsersList.csv with at least two

    entries, e.g.:

    FirstName,LastName,UserName,Department,Email

    John,Doe,jdoe,IT,jdoe@smith.com

    Jane,Smith,jsmith,HR,jsmith@smith.com

    ○ Adjust for your actual last name and domain (e.g., brown.com).

    2. Onboarding Script

    ○ Use or adapt the provided script to:

    ■ Import the CSV

    ■ Check if each user exists

    ■ If not, create a disabled AD user account

    3. CLI Verification

    From Server Core PowerShell, verify the users were created:

    Get-ADUser -Filter "SamAccountName -eq 'jdoe' -or SamAccountName -eq 'jsmith'"

    ○ Check your custom PowerShell prompt is visible.

    Screenshot #1

    ● Single screenshot showing:

    ○ Script output (e.g. “Created user: jdoe”).

    ○ Get-ADUser results for those SamAccountNames.

    ○ Your custom prompt (server name + date/time).

    [mailto:John%2CDoe%2Cjdoe%2CIT%2Cjdoe@smith.com](mailto:John%2CDoe%2Cjdoe%2CIT%2Cjdoe@smith.com)

    [mailto:Jane%2CSmith%2Cjsmith%2CHR%2Cjsmith@smith.com](mailto:Jane%2CSmith%2Cjsmith%2CHR%2Cjsmith@smith.com)

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 2: Create Security Groups & Add Users

    Why

    ● Different organizational units need distinct resource access. Groups let you control

    permissions collectively.

    Steps

    1. Group Creation

    ○ Create at least three security groups (e.g., Development, Operations,

    Executives).

    Example:

    $groups = @("Development","Operations","Executives")

    foreach ($g in $groups) {

    if (-not (Get-ADGroup -Filter "Name -eq '$g'")) {

    New-ADGroup -Name $g -GroupScope Global -GroupCategory Security

    Write-Host "Created group: $g"

    }

    }

    2. Add Users to Groups

    Assign your newly created CSV users to relevant groups:

    Add-ADGroupMember -Identity "Development" -Members "jdoe"

    Add-ADGroupMember -Identity "Operations" -Members "jsmith"

    3. CLI Verification

    Check membership:

    Get-ADGroupMember "Development"

    Get-ADGroupMember "Operations"

    Get-ADGroupMember "Executives"

    ○ Ensure your custom prompt is visible.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Screenshot #2

    ● Single screenshot showing:

    ○ Group creation messages.

    ○ Membership check (e.g., jdoe in “Development”).

    ○ Custom prompt.

    Part 3: Offboard a User (Disable Account)

    Why

    ● When someone leaves, disable their account first to prevent unauthorized access while

    preserving the account for record-keeping.

    Steps

    1. Choose a User

    ○ Pick at least one user from Part 1 (e.g., jdoe).

    2. Offboarding Script

    Calls Disable-ADAccount on that user. Example:

    Disable-ADAccount -Identity jdoe

    Write-Host "Disabled user: jdoe"

    3. CLI Verification

    Check Enabled property:

    Get-ADUser -Identity jdoe -Properties Enabled

    Screenshot #3

    ● Single screenshot:

    ○ Output of the offboarding script.

    ○ Get-ADUser showing Enabled: False.

    ○ Custom prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 4: Delete Users After 90 Days

    Why

    ● AlphaTech’s policy is to delete disabled accounts after a 90-day retention. We’ll simulate

    that window in this lab.

    Steps

    1. Simulate the 90-Day Threshold

    ○ Temporarily modify your script to (Get-Date).AddDays(-1) or tweak

    WhenChanged to meet the time requirement for your test user.

    2. Run the Deletion Script

    Find disabled users older than the threshold, remove them:

    $threshold = (Get-Date).AddDays(-90)

    $oldUsers = Get-ADUser -Filter { Enabled -eq $false } -Properties WhenChanged |

    Where-Object { $_.WhenChanged -lt $threshold }

    foreach ($u in $oldUsers) {

    Remove-ADUser -Identity $u.SamAccountName -Confirm:$false

    Write-Host "Deleted user: $($u.SamAccountName)"

    }

    3. CLI Verification

    Attempt to retrieve the user again:

    Get-ADUser -Identity jdoe

    ○ No result or an error indicates successful deletion.

    Screenshot #4

    ● Single screenshot showing:

    ○ Removal script output (e.g., “Deleted user: jdoe”).

    ○ Get-ADUser -Identity jdoe failing or returning nothing.

    ○ Custom prompt.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Part 5: Audit Security Groups (Enhanced)

    Why

    ● Auditors require seeing membership of key groups. They also flag any user who belongs

    to too many groups (possible excessive access).

    Steps

    1. Create More Groups

    ○ Add at least three new groups (e.g., Finance, Research, HR).

    2. Add One User to 6+ Groups

    ○ Pick a user (e.g., jsmith) and add them to six or more total groups.

    3. Run the Audit Script

    ○ List members for your original and new groups.

    ○ Warn if any user is in more than five groups.

    Example snippet:

    $groupsToAudit = @("Development","Operations","Executives","Finance","Research","HR")

    foreach ($g in $groupsToAudit) {

    Write-Host "`nMembers of $g:"

    Get-ADGroupMember $g | Select SamAccountName

    }

    $allUsers = Get-ADUser -Filter * -Properties MemberOf

    foreach ($u in $allUsers) {

    if ($u.MemberOf.Count -gt 5) {

    Write-Warning "User '$($u.SamAccountName)' is in $($u.MemberOf.Count) groups!"

    }

    }

    4. CLI Verification

    ○ Check the console output to confirm:

    ■ Each group’s membership.

    ■ A warning for the user with 6+ memberships.

    PowerShell Automation for Active Directory

    (Server Core Edition)

    Screenshot #5

    ● Single screenshot showing:

    ○ Group membership listings (at least 6 groups total).

    ○ Warning for the user in more than five groups.

    ○ Custom prompt.

    Submission Instructions

    1. PowerPoint Template

    ○ Insert exactly five screenshots (one per part) into the slides as instructed.

    Assignment Recap

    By completing these steps on Server Core with a local first-name admin, a static IP, a

    lastname.com domain, and a custom PowerShell prompt, you will demonstrate:

    1. User Onboarding from CSV (Part 1).

    2. Group Creation & Membership management (Part 2).

    3. Offboarding (disabling accounts) (Part 3).

    4. Deleting aged disabled accounts (Part 4).

    5. Auditing group memberships and detecting overprivileged users (Part 5).

    All PowerShell CLI outputs are shown in five screenshots, verifying your mastery of core AD

    administration tasks on Server Core.

    – Environment Setup (Read This First!)

    – 1. Server Core Installation
    – 2. Local User (First Name) in Administrators Group
    – 3. Custom Domain
    – 4. Computer Name
    – 5. Promote to Domain Controller
    – 6. Custom PowerShell Prompt
    – 7. Submission Template

    – Scenario / Backstory
    – Part 1: Onboard New Users from CSV

    – Why
    – Steps
    – 1. CSV File
    – 2. Onboarding Script
    – 3. CLI Verification
    – Screenshot #1

    – Part 2: Create Security Groups & Add Users

    – Why
    – Steps
    – 1. Group Creation
    – 2. Add Users to Groups
    – 3. CLI Verification
    – Screenshot #2

    – Part 3: Offboard a User (Disable Account)

    – Why
    – Steps
    – 1. Choose a User
    – 2. Offboarding Script
    – 3. CLI Verification
    – Screenshot #3

    – Part 4: Delete Users After 90 Days

    – Why
    – Steps
    – 1. Simulate the 90-Day Threshold
    – 2. Run the Deletion Script
    – 3. CLI Verification
    – Screenshot #4

    – Part 5: Audit Security Groups (Enhanced)

    – Why
    – Steps
    – 1. Create More Groups
    – 2. Add One User to 6+ Groups
    – 3. Run the Audit Script
    – 4. CLI Verification
    – Screenshot #5

    – Submission Instructions

    – 1. PowerPoint Template

    – Assignment Recap

  • [Solved] Security and Privacy in Health Care

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    In your second internship meeting, the CIO explains that she has been asked by the chief executive officer (CEO) to brief the organization’s new chief marketing officer (CMO), who comes from the retail industry, on the Health Insurance Portability and Accountability Act (HIPAA), specifically the por…

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    Assignment Prompt & Instructions

    In your second internship meeting, the CIO explains that she has been asked by the chief executive officer (CEO) to brief the organization’s new chief marketing officer (CMO), who comes from the retail industry, on the Health Insurance Portability and Accountability Act (HIPAA), specifically the portion that affects the IT environment. The CIO notes that HIPAA Title II, subtitle F has six parts that relate to IT.

    **Review** the [Health Insurance Portability and Accountability Act of 1996](http://aspe.hhs.gov/report/health-insurance-portability-and-accountability-act-1996) page on the U.S. Department of Health and Human Services website.

    **Write** a 700- to 1,050-word e-mail to the CMO that explains what HIPAA is and why it is important to a health care organization. In your summary:

    – Briefly explain HIPAA, why it is important, and how it impacts an IT organization.
    – Identify 3 sections you feel are the most important as they pertain to the IT environment.
    – Explain how each section relates to the IT environment.
    – Explain how different departments or organizations may have different requirements.

    **Cite** at least 3 reputable references. One reference must be your textbook, _Managing Risk in Information Systems_. Reputable references include trade or industry publications, government or agency websites, scholarly works, or other sources of similar quality.

    **Format** your citations and references according to APA guidelines.

    **Discussion:**

    Respond to the following in a minimum of 175 words:

    – What is the importance of security and privacy laws in the health care industry?
    – What are some of the laws that were passed to ensure data is safe and kept private?
    – What organizations, or governing bodies, play a role in defining standards for health care organizations to follow?
    – In your response, please provide details and examples.

    **Replies: 100 words:**

    **Audree Muna**

    With the increasing use of electronic health records and digital health tools, it is important to have robust laws in place to ensure that patient data remains confidential and secure. Without these protections, there could be significant consequences, such as identity theft, fraud, or harm to patients' personal and medical reputation.

    Several laws aim to secure and protect health data. The Health Insurance Portability and Accountability Act (HIPAA) is one of the most important, setting standards for protecting health information and requiring healthcare providers to implement strict security measures. The Health Information Technology for Economic and Clinical Health (HITECH) Act, a component of HIPAA, promotes and incentivizes the adoption of electronic health records (EHRs) while strengthening data security provisions.

    The U.S. Department of Health and Human Services (HHS) and the Office for Civil Rights (OCR) play a key role in enforcing HIPAA, while the National Institute of Standards and Technology (NIST) provides guidelines for securing health care data. Additionally, The Joint Commission set standards for health care quality and safety, often including compliance with privacy laws as part of their evaluations. Health Level Seven International (HL7) creates standards for the exchange, integration, and sharing of health information. The American Health Information Management Association (AHIMA) offers guidelines and certification programs to help health care professionals understand and implement privacy and security laws effectively. These organizations work together to ensure that health care organizations adhere to rigorous security and privacy protocol

    ### **arlena Leavy**

    Hello Classmates,

    Security and privacy laws in the health care industry are paramount for safeguarding sensitive patient information, maintaining trust, and ensuring compliance with legal requirements. The protection of health data is not only a moral obligation but also a legal necessity, as breaches can lead to identity theft, fraud, and significant harm to patients. Such laws ensure that health care providers prioritize confidentiality and implement necessary safeguards to protect data from unauthorized access.

    And one of the most significant laws is the Health Insurance Portability and Accountability Act (HIPAA), enacted in 1996. HIPAA established national standards for the protection of health information, mandating that health care providers, insurers, and their business associates adhere to strict privacy and security protocols. Another important regulation is the Health Information Technology for Economic and Clinical Health (HITECH) Act, which promotes the adoption of electronic health records (EHRs) while enhancing the privacy and security provisions of HIPAA.

    Organizations such as the Office for Civil Rights (OCR), a division of the U.S. Department of Health and Human Services, play a crucial role in enforcing these regulations. Additionally, the National Institute of Standards and Technology (NIST) provides frameworks and guidelines to help health care organizations implement effective cybersecurity measures. For example, NIST Special Publication 800-53 outlines security and privacy controls for federal information systems, offering a comprehensive approach that can be adapted by health care entities to bolster their security posture. Collectively, these laws and organizations help create a more secure health care environment, ultimately protecting patient rights and enhancing the overall quality of care. And another example, the 2020 ransomware attack on Universal Health Services (UHS) disrupted operations across its facilities and highlighted vulnerabilities in health care IT systems. This incident underscores the necessity for robust cybersecurity strategies, including employee training, data encryption, and incident response plans.

    In conclusion, security and privacy laws in the health care sector re vital for maintaining patient trust, ensuring compliance, and protecting sensitive information from unauthorized access. As technology continues to advance, ongoing collaboration between regulatory bodies, health care organizations, and technology providers will be essential to developing effective security frameworks that can adapt to new challenges.

    – 2 years ago

  • [Solved] CSIA 413 Project 1 – Employee Handbook (IT Security)

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    Instructions Download the attached detailed assignment description for this project. You should also review the rubric shown below(as screenshots) for additional information about the requirements for the project and how your work will be graded. Please make sure that you use both the assignment des…

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    Assignment Prompt & Instructions

    Instructions

    Download the attached detailed assignment description for this project. You should also review the rubric shown below(as screenshots) for additional information about the requirements for the project and how your work will be graded. Please make sure that you use both the assignment description file AND the rubric when completing your work.

    Required Readings.

    Certified Information Privacy Professional textbook

    https://nvlpubs.nist.gov/nistpubs/SpecialPublications/NIST.SP.800-12r1.pdf

    https://www.solarwindsmsp.com/blog/information-security-framework

    https://www.cyberdefensemagazine.com/what-is-an-information-security-policy-architecture/

    https://leocontent.umgc.edu/content/dam/permalink/b00c4828-0d45-44df-8402-266391a71553.html?ou=1368571

    https://www.dhs.gov/xlibrary/assets/foia/mgmt_directive_112_01_directives_system.pdf

    https://www.esd.whs.mil/Portals/54/Documents/DD/issuances/dodi/502501p.pdf

    https://securityscorecard.com/blog/what-is-an-information-security-policy-and-what-should-it-include/

    https://www.verizon.com/about/news/information-security-program-governance-compliance

    https://nvlpubs.nist.gov/nistpubs/ir/2016/NIST.IR.7621r1.pdf

    https://www.itgovernance.co.uk/files/Infosec_101v1.1.pdf

    https://www.isaca.org/resources/news-and-trends/industry-news/2017/cobit-5-for-riska-powerful-tool-for-risk-management

    Sample Policies

    https://www.computerworld.com/article/2525539/how-to-write-an-information-security-policy.html

    https://www.getsafeonline.org/wp-content/uploads/2014/10/Sample_Acceptable_Usage_Policy.pdf

    https://www.projectmanager.com/blog/work-from-home-policy-examples

    https://www.epa.gov/sites/default/files/documents/sanitization_sample.pdf

    https://www.michigan.gov/-/media/Project/Websites/msp/cjic/pdfs6/Media_Sanitization_Destruction_Policy.pdf?rev=4ec09d36d4f6471b9faef5eb83b7dc63

    – [\
    \
    CSIA413Project1EmployeeHandbookv2022.docx](https://www.sweetstudy.com/files/csia413project1employeehandbookv2022-docx-10239343 "CSIA413Project1EmployeeHandbookv2022.docx")

    – 2 years ago

  • [Solved] Changes in existing interview question for Info I’m attaching th topic

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    – 2 years ago **files (3)** – ## Topic_Research_Questions_Inteview.docx – IMG_1697.png – IMG_1699.png **## Topic_Research_Questions_Inteview.docx** **Topic:** Enhancing Cybersecurity in IoT Networks: A Comprehensive Study on Threat Detection and Mitigation Strategies · **Details about the re…

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    Assignment Prompt & Instructions

    – 2 years ago

    **files (3)**

    – ## Topic_Research_Questions_Inteview.docx

    – IMG_1697.png
    – IMG_1699.png

    **## Topic_Research_Questions_Inteview.docx**

    **Topic:**

    Enhancing Cybersecurity in IoT Networks: A Comprehensive Study on Threat Detection and Mitigation Strategies

    ·
    **Details about the research (Background, methodology, research questions)**

    ·

    | |
    | — |
    | |

    ·  The rapid proliferation of IoT devices has opened up new avenues for cyber threats. Securing these devices has become increasingly complicated, as over 75 billion IoT devices are predicted to be active by 2025. Inherent vulnerabilities in IoT systems create a field day for cyber-attacks, such as poor encryption, default security settings, and poor processing power. Moreover, the use of AI and machine learning in IoT systems has introduced new dimensions of vulnerability, where hackers now target machine learning models with the intent to manipulate these network behaviors.

    · Besides, there is a lack of uniform security standards set across various device manufacturers; hence, IoT cybersecurity becomes very fragmented in approach. It leaves the systems for critical infrastructure that include smart grids and healthcare on the verge of facing serious disruption. Recent studies by Sonnad et al., (20220; Nadella & Gonaygunta, (2024) describe how, until recently, existing security frameworks were poorly adequate to depend on in their traditional forms of firewalls and antivirus software. These tools, though helpful for personal computing environments, are ill-equipped to deal with issues presented in such unique forms as IoT ecosystems.

    · The main problem that this study tries to solve is the inefficiency and unavailability of mechanisms capable of detecting and mitigating attacks in IoT networks. Several solutions have been presented that include the use of AI and blockchain technology, but few research works have gone further to consider practicality and effectiveness. Hence, the present study fills this lacuna by assessing the efficacy of modern threat detection methods in securing IoT devices.

    ·
    **Methodology:** Qualitative

    ·
    **Research Questions:**

    · RQ1: What is the efficiency of AI- and ML-based threat detection systems in detecting and mitigating the cyber-attacks in IoT networks?

    · RQ2: What are the major limitations in the existing protocols of IoT security and how to overcome them?

    · RQ3: How can the integration of traditional security mechanisms such as firewalls and antivirus software with AI technologies improve IoT cybersecurity?

    ·
    **The name of your dissertation chair** : Dr Terry House

    ·
    **The anticipated semester that you will defend**: Spring 2026

    Interview Questions: Comment by Lenovo: The interview questions need to organized properly to answer the research questions in order.

    a) It seems the first three questions are related to RQ1. But these three questions are not enough to answer RQ1. You also need to ask about the role of AI and ML technology in mitigating cyber attacks in IoT networks.

    b) You can make at least 4 to 5 interview questions to answer each research question.

    c) Prepare interview questions that are relevant to the research questions only.

    **1.How would you describe the current level of cybersecurity in IoT networks?**

    **2.What do you consider the most frequent types of cyber threats targeting IoT networks?**

    **3. How good is AI and ML technology in the detection of IoT threats?** Comment by Lenovo: This question can be revised as “How can AI and ML technology be used in the detection of IoT threats?”

    **4. What are the limitations of current IoT security protocols?** Comment by Lenovo: This a good question to answer RQ2.
    The next question should focus on the remedial measures to overcome the limitations.

    **5. Can traditional security measures, such as firewalls, be integrated with AI technologies?** Comment by Lenovo: This question is related to RQ3. The next question should focus on how can they be integrated.

    **6. What is the role of leadership and organization policies in cybersecurity for IoT?**

    **7. How do you approach threat mitigation in IoT networks?**

    **8. What are the challenges in deploying IoT security solutions at scale?**

    **9.Picking up from where we left off, how can one determine the reliability of threat detection systems based on Artificial Intelligence?**

    **10.How effective are new regulations and compliance standards in IoT cybersecurity?**

    **11.How can privacy be protected in the Internet of Things systems?**

    **12. What trends do you see shaping the future of IoT cybersecurity?**

    **13. How would you mitigate the insider threat in IoT deployments?**

    **14. What is the role of user education in IoT cybersecurity?**

    **15. What would you suggest in terms of improving cybersecurity in the IoT?**

    **IMG_1697.png**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/img-1697-png-10241103)

    **IMG_1699.png**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/img-1699-png-10241105)

    **IMG_1699.png**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/img-1699-png-10241105)

    **## Topic_Research_Questions_Inteview.docx**

    **Topic:**

    Enhancing Cybersecurity in IoT Networks: A Comprehensive Study on Threat Detection and Mitigation Strategies

    ·
    **Details about the research (Background, methodology, research questions)**

    ·

    | |
    | — |
    | |

    ·  The rapid proliferation of IoT devices has opened up new avenues for cyber threats. Securing these devices has become increasingly complicated, as over 75 billion IoT devices are predicted to be active by 2025. Inherent vulnerabilities in IoT systems create a field day for cyber-attacks, such as poor encryption, default security settings, and poor processing power. Moreover, the use of AI and machine learning in IoT systems has introduced new dimensions of vulnerability, where hackers now target machine learning models with the intent to manipulate these network behaviors.

    · Besides, there is a lack of uniform security standards set across various device manufacturers; hence, IoT cybersecurity becomes very fragmented in approach. It leaves the systems for critical infrastructure that include smart grids and healthcare on the verge of facing serious disruption. Recent studies by Sonnad et al., (20220; Nadella & Gonaygunta, (2024) describe how, until recently, existing security frameworks were poorly adequate to depend on in their traditional forms of firewalls and antivirus software. These tools, though helpful for personal computing environments, are ill-equipped to deal with issues presented in such unique forms as IoT ecosystems.

    · The main problem that this study tries to solve is the inefficiency and unavailability of mechanisms capable of detecting and mitigating attacks in IoT networks. Several solutions have been presented that include the use of AI and blockchain technology, but few research works have gone further to consider practicality and effectiveness. Hence, the present study fills this lacuna by assessing the efficacy of modern threat detection methods in securing IoT devices.

    ·
    **Methodology:** Qualitative

    ·
    **Research Questions:**

    · RQ1: What is the efficiency of AI- and ML-based threat detection systems in detecting and mitigating the cyber-attacks in IoT networks?

    · RQ2: What are the major limitations in the existing protocols of IoT security and how to overcome them?

    · RQ3: How can the integration of traditional security mechanisms such as firewalls and antivirus software with AI technologies improve IoT cybersecurity?

    ·
    **The name of your dissertation chair** : Dr Terry House

    ·
    **The anticipated semester that you will defend**: Spring 2026

    Interview Questions: Comment by Lenovo: The interview questions need to organized properly to answer the research questions in order.

    a) It seems the first three questions are related to RQ1. But these three questions are not enough to answer RQ1. You also need to ask about the role of AI and ML technology in mitigating cyber attacks in IoT networks.

    b) You can make at least 4 to 5 interview questions to answer each research question.

    c) Prepare interview questions that are relevant to the research questions only.

    **1.How would you describe the current level of cybersecurity in IoT networks?**

    **2.What do you consider the most frequent types of cyber threats targeting IoT networks?**

    **3. How good is AI and ML technology in the detection of IoT threats?** Comment by Lenovo: This question can be revised as “How can AI and ML technology be used in the detection of IoT threats?”

    **4. What are the limitations of current IoT security protocols?** Comment by Lenovo: This a good question to answer RQ2.
    The next question should focus on the remedial measures to overcome the limitations.

    **5. Can traditional security measures, such as firewalls, be integrated with AI technologies?** Comment by Lenovo: This question is related to RQ3. The next question should focus on how can they be integrated.

    **6. What is the role of leadership and organization policies in cybersecurity for IoT?**

    **7. How do you approach threat mitigation in IoT networks?**

    **8. What are the challenges in deploying IoT security solutions at scale?**

    **9.Picking up from where we left off, how can one determine the reliability of threat detection systems based on Artificial Intelligence?**

    **10.How effective are new regulations and compliance standards in IoT cybersecurity?**

    **11.How can privacy be protected in the Internet of Things systems?**

    **12. What trends do you see shaping the future of IoT cybersecurity?**

    **13. How would you mitigate the insider threat in IoT deployments?**

    **14. What is the role of user education in IoT cybersecurity?**

    **15. What would you suggest in terms of improving cybersecurity in the IoT?**

    **IMG_1697.png**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/img-1697-png-10241103)

    **IMG_1699.png**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/img-1699-png-10241105)

    **## Topic_Research_Questions_Inteview.docx**

    **Topic:**

    Enhancing Cybersecurity in IoT Networks: A Comprehensive Study on Threat Detection and Mitigation Strategies

    ·
    **Details about the research (Background, methodology, research questions)**

    ·

    | |
    | — |
    | |

    ·  The rapid proliferation of IoT devices has opened up new avenues for cyber threats. Securing these devices has become increasingly complicated, as over 75 billion IoT devices are predicted to be active by 2025. Inherent vulnerabilities in IoT systems create a field day for cyber-attacks, such as poor encryption, default security settings, and poor processing power. Moreover, the use of AI and machine learning in IoT systems has introduced new dimensions of vulnerability, where hackers now target machine learning models with the intent to manipulate these network behaviors.

    · Besides, there is a lack of uniform security standards set across various device manufacturers; hence, IoT cybersecurity becomes very fragmented in approach. It leaves the systems for critical infrastructure that include smart grids and healthcare on the verge of facing serious disruption. Recent studies by Sonnad et al., (20220; Nadella & Gonaygunta, (2024) describe how, until recently, existing security frameworks were poorly adequate to depend on in their traditional forms of firewalls and antivirus software. These tools, though helpful for personal computing environments, are ill-equipped to deal with issues presented in such unique forms as IoT ecosystems.

    · The main problem that this study tries to solve is the inefficiency and unavailability of mechanisms capable of detecting and mitigating attacks in IoT networks. Several solutions have been presented that include the use of AI and blockchain technology, but few research works have gone further to consider practicality and effectiveness. Hence, the present study fills this lacuna by assessing the efficacy of modern threat detection methods in securing IoT devices.

    ·
    **Methodology:** Qualitative

    ·
    **Research Questions:**

    · RQ1: What is the efficiency of AI- and ML-based threat detection systems in detecting and mitigating the cyber-attacks in IoT networks?

    · RQ2: What are the major limitations in the existing protocols of IoT security and how to overcome them?

    · RQ3: How can the integration of traditional security mechanisms such as firewalls and antivirus software with AI technologies improve IoT cybersecurity?

    ·
    **The name of your dissertation chair** : Dr Terry House

    ·
    **The anticipated semester that you will defend**: Spring 2026

    Interview Questions: Comment by Lenovo: The interview questions need to organized properly to answer the research questions in order.

    a) It seems the first three questions are related to RQ1. But these three questions are not enough to answer RQ1. You also need to ask about the role of AI and ML technology in mitigating cyber attacks in IoT networks.

    b) You can make at least 4 to 5 interview questions to answer each research question.

    c) Prepare interview questions that are relevant to the research questions only.

    **1.How would you describe the current level of cybersecurity in IoT networks?**

    **2.What do you consider the most frequent types of cyber threats targeting IoT networks?**

    **3. How good is AI and ML technology in the detection of IoT threats?** Comment by Lenovo: This question can be revised as “How can AI and ML technology be used in the detection of IoT threats?”

    **4. What are the limitations of current IoT security protocols?** Comment by Lenovo: This a good question to answer RQ2.
    The next question should focus on the remedial measures to overcome the limitations.

    **5. Can traditional security measures, such as firewalls, be integrated with AI technologies?** Comment by Lenovo: This question is related to RQ3. The next question should focus on how can they be integrated.

    **6. What is the role of leadership and organization policies in cybersecurity for IoT?**

    **7. How do you approach threat mitigation in IoT networks?**

    **8. What are the challenges in deploying IoT security solutions at scale?**

    **9.Picking up from where we left off, how can one determine the reliability of threat detection systems based on Artificial Intelligence?**

    **10.How effective are new regulations and compliance standards in IoT cybersecurity?**

    **11.How can privacy be protected in the Internet of Things systems?**

    **12. What trends do you see shaping the future of IoT cybersecurity?**

    **13. How would you mitigate the insider threat in IoT deployments?**

    **14. What is the role of user education in IoT cybersecurity?**

    **15. What would you suggest in terms of improving cybersecurity in the IoT?**

    **IMG_1697.png**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/img-1697-png-10241103)

    **IMG_1699.png**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/img-1699-png-10241105)

  • [Solved] SP DB

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    See attached. – 2 years ago – 2.5 **files (2)** – ## SP.docx – ## UnitI1.pdf **## SP.docx** In your own words, please discuss a cybersecurity policy with which you are familiar. The example can come from work, school, or a business relationship. You can also research organizational policies posted o…

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    Assignment Prompt & Instructions

    See attached.

    – 2 years ago
    – 2.5

    **files (2)**

    – ## SP.docx

    – ## UnitI1.pdf

    **## SP.docx**

    In your own words, please discuss a cybersecurity policy with which you are familiar. The example can come from work, school, or a business relationship. You can also research organizational policies posted online. Give a brief description of the policy. What is the purpose and value of the policy?

    Course Textbook(s)

    Santos, O. (2019). Developing cybersecurity programs and policies (3rd ed.). Pearson. https://online.vitalsource.com/#/books/9780134858548

    **## UnitI1.pdf**

    SEC 4303, IS Security Policy Analysis 1

    Course Learning Outcomes for Unit I

    Upon completion of this unit, students should be able to:

    1. Discuss the life cycle of policy enactment.
    1.1 Analyze the significance of policies within an organization.
    1.2 Evaluate the role policy plays in a corporate culture.
    1.3 Investigate how regulatory policies apply to organizations.

    Reading Assignment

    Chapter 1: Understanding Cybersecurity Policy and Governance

    Unit Lesson

    In this unit lesson, the goal is to discuss the importance and use of policies within an organization.
    Organizations have many policies and procedures to follow; accordingly, these standards are known as
    common practices in business. This is part of the corporate culture and is usually supported by top
    management. As found in the textbook reading, Santos (2019) stated corporate cultures are often classified
    by how organizations treat employees but also can apply to the practices and behavior. Policies are often
    described in general language as the rights, responsibilities, and consequences of a specific behavior. The
    culture and market of an organization will dictate how often the policies are distributed throughout the
    environment. For example, if you work for a financial institution, then you are probably introduced to the
    financial policies along with laws and regulations early in your tenure at the organization. There is
    considerable liability with financial institutions; consequently, they have to ensure the policies and practices
    are regularly communicated to the employees.

    As for policies in general, we need to clarify the differences between traditional policies as compared to
    information systems (IS) or cybersecurity policies. As we will find, IS security policies focus on assets,
    software, hardware, physical, and data. This can sometimes be outside the knowledge area of the functional
    departments, but their involvement with IS security policy creation is critical. The email policy below illustrates
    a general policy to communicate the appropriate use for sending email through the organization.

    Example of an IS Security Policy

    An example of verbiage from a policy includes the following example from the SysAdmin, Audit, Network,
    Security Institute (SANS) (2013).

    The email system shall not be used for the creation or distribution of any disruptive or offensive
    messages, including offensive comments about race, gender, hair color, disabilities, age, sexual
    orientation, pornography, religious beliefs and practice, political beliefs, or national origin. Employees
    who receive any emails with this content from any employee should report the matter to their
    supervisor immediately. (para. 4.6)

    Cybersecurity Policies

    According to Santos (2019), the difference between IS policy and cybersecurity policy is that cybersecurity
    focuses on the process of protecting, detecting, and responding to attacks. Therefore, this is a collective
    approach to build strategies and policies to find potential threats and allocate appropriate resources to
    address the concerns. The idea is that the cybersecurity policy is an additional component of the traditional IS
    security policy to include the prevention, detection, and corrective actions. Santos (2019) defines

    UNIT I STUDY GUIDE
    History of Information Systems (IS)
    Security Policy

    SEC 4303, IS Security Policy Analysis 2

    UNIT x STUDY GUIDE
    Title

    cybersecurity policy as the process of protecting information assets and information systems, ensuring
    compliance, and maintaining environments to support the guiding principles (p.4). This forces the organization
    to be proactive and accountable when it comes to cyberattacks. If the policy indicates a particular action by a
    department or team, then it is their responsibility to perform these tasks if the event occurs.

    Laws and Regulations

    There are many federal laws that security models follow. These models are collections of rules that newly
    enacted policies must follow. In the textbook, Santos (2019) identifies two important federal laws that contain
    important security policies.

    1. The Gramm-Leach Bliley Act (GLBA), also known as the Financial Modernization Act of 1999. This
    act was implemented to protect customer information and unauthorized access with financial
    products. It is obvious these institutions need to implement sufficient IS security policies to protect the
    data, systems, and electronic transactions.

    2. The Health Insurance Portability and Accountability Act of 1996 (HIPAA). Most governments use
    similar policy models to ensure uniformity in confidentiality of important government information.
    Additionally, almost every medical facility has to adhere to these policies, or they can be fined, or
    have funds eliminated from their budgets. We also see many IS applications in the healthcare
    industry abiding by this regulation to ensure their clients are in compliance.

    As we have heard before, a secure system is only as strong as the weakest link; each area must be secured
    using multiple layers to provide defense in depth. Each functional department considers the level of security in
    different terms and levels. Senior management sees policies as directives to create an IT security program,
    while systems engineers understand security policies as the specific security rules for particular systems. We
    also have differences when it comes to the personnel and teams of the organization. Think about the security
    policy for an engineer compared to that for a sales representative. An engineering security policy could focus
    on the proprietary designs of a custom product. If these designs and specifications are distributed to an
    organization’s competitor, then it could affect the leverage and success of the organization.

    The purpose of a security policy is to provide a framework for best operational practices so that the
    organization is able to minimize risks and respond effectively to any security incidents that may occur. The
    process of building the policies helps ensure employees follow the appropriate internal practices and comply
    with external regulations and laws. Organizations need to consider how these policies are integrated into the
    workplace environment along with reviewing the policies compared to the organizational culture and goals. If

    Cybersecurity policy question: What happens when a hacker gains access to the
    database and the IT department determines there has been a breach?

    Roles and Security Responsibilities

    SEC 4303, IS Security Policy Analysis 3

    UNIT x STUDY GUIDE
    Title

    the culture of the organization is to protect assets and proprietary processes, then the robust policies need to
    be created to address the expectations.

    Process for Creating Policies

    As found in the course textbook, Santos (2019) states
    policy life cycle should follow the process of develop,
    publish, adopt, and review. This process is different
    than we would see with another type of framework or
    software development methodology. In this case, we
    need to plan to develop the policy, communicate the
    policy to the users, make sure the organization adopts
    the concepts, and then continually review policies to
    make sure they are adequate for the business
    operations.

    Develop

    The process of developing a policy can be time-
    intensive and require resources. This is why many
    small- and medium-size businesses fail to produce
    sufficient IS policies. In this stage, the organization or IS
    team needs to identify key stakeholders to ensure the
    policies not only align with the organization, but also
    address any external regulations. Another important
    factor to consider is to ensure the policy has
    contributions from each functional department. If the
    team fails to reach out to the accounting department,
    there may be major accounting and financial gaps or
    vulnerabilities not addressed in the plan. Lastly, the
    dedicated resources need to ensure they work diligently
    to produce a document so the stakeholders can review
    and provide feedback.

    Publish

    The policies and procedures need to be communicated and publicized so each department can adopt them
    as the standard practice. We now know that many organizations use eLearning modules to solidify the points
    along with the standard documentation. This is an added benefit because it provides additional
    communication methods to distribute the policy. Think about the problems we may encounter if we create a
    standard security policy but fail to send the updates or revisions to the audience. Additionally, if we make the
    security policies difficult to retrieve, then we discourage the users or viewers from taking the time to review
    the content. It is within the publishing phase that we need to find the most efficient and effective way to
    ensure all users will receive regular updates and can access the content with ease. This is the perfect time to
    review the best strategies in terms of communication.

    Adopt

    In the adoption phase, the organization has the final copy of the IS security policies and procedures so it can
    enforce the practices. If an employee violates a procedure, then there should be clear steps in which actions

    How many times have you seen an IS policy or procedure within an organization?
    Unfortunately, communication on the IS and cybersecurity policies are often only sent
    out annually.

    Life cycle of a policy

    SEC 4303, IS Security Policy Analysis 4

    UNIT x STUDY GUIDE
    Title

    will be enforced for the violation. Remember, these IS security policies are in place to protect the customers,
    employees, and organization.

    Review

    The final phase of creating policies and procedures is the review phase. It is at this time that we can evaluate
    the new policies and procedures to ensure they are working as expected. However, there will be a need for
    modifications and adjustments so the individuals who developed the policies and procedures will need to
    make the necessary adjustments and then release the version back to the organization.

    Summary

    As you explore this course, you will learn the security within any organization starts with building a security
    policy, which is a centralized living document defining what is allowed and what is not. The aim of this course
    is to explore the history of policies and describe the process of building and implementing a successful
    information security policy in detail. In the remaining units, we will learn the best practices for communicating
    the policies to the different functional areas, including human resources. It is important to ensure the human
    resources department is fully aware of any new policies and modifications to the existing policies to reduce
    liability and provide cohesion.

    References

    Santos, O. (2019). Developing cybersecurity programs and policies (3rd ed.). Pearson.

    SysAdmin, Audit, Network, Security Institute. (2013). Email policy [Template]. https://www.sans.org/security-

    resources/policies/general/pdf/email-policy

    – Course Learning Outcomes for Unit I
    – Reading Assignment
    – Unit Lesson

    **## UnitI1.pdf**

    SEC 4303, IS Security Policy Analysis 1

    Course Learning Outcomes for Unit I

    Upon completion of this unit, students should be able to:

    1. Discuss the life cycle of policy enactment.
    1.1 Analyze the significance of policies within an organization.
    1.2 Evaluate the role policy plays in a corporate culture.
    1.3 Investigate how regulatory policies apply to organizations.

    Reading Assignment

    Chapter 1: Understanding Cybersecurity Policy and Governance

    Unit Lesson

    In this unit lesson, the goal is to discuss the importance and use of policies within an organization.
    Organizations have many policies and procedures to follow; accordingly, these standards are known as
    common practices in business. This is part of the corporate culture and is usually supported by top
    management. As found in the textbook reading, Santos (2019) stated corporate cultures are often classified
    by how organizations treat employees but also can apply to the practices and behavior. Policies are often
    described in general language as the rights, responsibilities, and consequences of a specific behavior. The
    culture and market of an organization will dictate how often the policies are distributed throughout the
    environment. For example, if you work for a financial institution, then you are probably introduced to the
    financial policies along with laws and regulations early in your tenure at the organization. There is
    considerable liability with financial institutions; consequently, they have to ensure the policies and practices
    are regularly communicated to the employees.

    As for policies in general, we need to clarify the differences between traditional policies as compared to
    information systems (IS) or cybersecurity policies. As we will find, IS security policies focus on assets,
    software, hardware, physical, and data. This can sometimes be outside the knowledge area of the functional
    departments, but their involvement with IS security policy creation is critical. The email policy below illustrates
    a general policy to communicate the appropriate use for sending email through the organization.

    Example of an IS Security Policy

    An example of verbiage from a policy includes the following example from the SysAdmin, Audit, Network,
    Security Institute (SANS) (2013).

    The email system shall not be used for the creation or distribution of any disruptive or offensive
    messages, including offensive comments about race, gender, hair color, disabilities, age, sexual
    orientation, pornography, religious beliefs and practice, political beliefs, or national origin. Employees
    who receive any emails with this content from any employee should report the matter to their
    supervisor immediately. (para. 4.6)

    Cybersecurity Policies

    According to Santos (2019), the difference between IS policy and cybersecurity policy is that cybersecurity
    focuses on the process of protecting, detecting, and responding to attacks. Therefore, this is a collective
    approach to build strategies and policies to find potential threats and allocate appropriate resources to
    address the concerns. The idea is that the cybersecurity policy is an additional component of the traditional IS
    security policy to include the prevention, detection, and corrective actions. Santos (2019) defines

    UNIT I STUDY GUIDE
    History of Information Systems (IS)
    Security Policy

    SEC 4303, IS Security Policy Analysis 2

    UNIT x STUDY GUIDE
    Title

    cybersecurity policy as the process of protecting information assets and information systems, ensuring
    compliance, and maintaining environments to support the guiding principles (p.4). This forces the organization
    to be proactive and accountable when it comes to cyberattacks. If the policy indicates a particular action by a
    department or team, then it is their responsibility to perform these tasks if the event occurs.

    Laws and Regulations

    There are many federal laws that security models follow. These models are collections of rules that newly
    enacted policies must follow. In the textbook, Santos (2019) identifies two important federal laws that contain
    important security policies.

    1. The Gramm-Leach Bliley Act (GLBA), also known as the Financial Modernization Act of 1999. This
    act was implemented to protect customer information and unauthorized access with financial
    products. It is obvious these institutions need to implement sufficient IS security policies to protect the
    data, systems, and electronic transactions.

    2. The Health Insurance Portability and Accountability Act of 1996 (HIPAA). Most governments use
    similar policy models to ensure uniformity in confidentiality of important government information.
    Additionally, almost every medical facility has to adhere to these policies, or they can be fined, or
    have funds eliminated from their budgets. We also see many IS applications in the healthcare
    industry abiding by this regulation to ensure their clients are in compliance.

    As we have heard before, a secure system is only as strong as the weakest link; each area must be secured
    using multiple layers to provide defense in depth. Each functional department considers the level of security in
    different terms and levels. Senior management sees policies as directives to create an IT security program,
    while systems engineers understand security policies as the specific security rules for particular systems. We
    also have differences when it comes to the personnel and teams of the organization. Think about the security
    policy for an engineer compared to that for a sales representative. An engineering security policy could focus
    on the proprietary designs of a custom product. If these designs and specifications are distributed to an
    organization’s competitor, then it could affect the leverage and success of the organization.

    The purpose of a security policy is to provide a framework for best operational practices so that the
    organization is able to minimize risks and respond effectively to any security incidents that may occur. The
    process of building the policies helps ensure employees follow the appropriate internal practices and comply
    with external regulations and laws. Organizations need to consider how these policies are integrated into the
    workplace environment along with reviewing the policies compared to the organizational culture and goals. If

    Cybersecurity policy question: What happens when a hacker gains access to the
    database and the IT department determines there has been a breach?

    Roles and Security Responsibilities

    SEC 4303, IS Security Policy Analysis 3

    UNIT x STUDY GUIDE
    Title

    the culture of the organization is to protect assets and proprietary processes, then the robust policies need to
    be created to address the expectations.

    Process for Creating Policies

    As found in the course textbook, Santos (2019) states
    policy life cycle should follow the process of develop,
    publish, adopt, and review. This process is different
    than we would see with another type of framework or
    software development methodology. In this case, we
    need to plan to develop the policy, communicate the
    policy to the users, make sure the organization adopts
    the concepts, and then continually review policies to
    make sure they are adequate for the business
    operations.

    Develop

    The process of developing a policy can be time-
    intensive and require resources. This is why many
    small- and medium-size businesses fail to produce
    sufficient IS policies. In this stage, the organization or IS
    team needs to identify key stakeholders to ensure the
    policies not only align with the organization, but also
    address any external regulations. Another important
    factor to consider is to ensure the policy has
    contributions from each functional department. If the
    team fails to reach out to the accounting department,
    there may be major accounting and financial gaps or
    vulnerabilities not addressed in the plan. Lastly, the
    dedicated resources need to ensure they work diligently
    to produce a document so the stakeholders can review
    and provide feedback.

    Publish

    The policies and procedures need to be communicated and publicized so each department can adopt them
    as the standard practice. We now know that many organizations use eLearning modules to solidify the points
    along with the standard documentation. This is an added benefit because it provides additional
    communication methods to distribute the policy. Think about the problems we may encounter if we create a
    standard security policy but fail to send the updates or revisions to the audience. Additionally, if we make the
    security policies difficult to retrieve, then we discourage the users or viewers from taking the time to review
    the content. It is within the publishing phase that we need to find the most efficient and effective way to
    ensure all users will receive regular updates and can access the content with ease. This is the perfect time to
    review the best strategies in terms of communication.

    Adopt

    In the adoption phase, the organization has the final copy of the IS security policies and procedures so it can
    enforce the practices. If an employee violates a procedure, then there should be clear steps in which actions

    How many times have you seen an IS policy or procedure within an organization?
    Unfortunately, communication on the IS and cybersecurity policies are often only sent
    out annually.

    Life cycle of a policy

    SEC 4303, IS Security Policy Analysis 4

    UNIT x STUDY GUIDE
    Title

    will be enforced for the violation. Remember, these IS security policies are in place to protect the customers,
    employees, and organization.

    Review

    The final phase of creating policies and procedures is the review phase. It is at this time that we can evaluate
    the new policies and procedures to ensure they are working as expected. However, there will be a need for
    modifications and adjustments so the individuals who developed the policies and procedures will need to
    make the necessary adjustments and then release the version back to the organization.

    Summary

    As you explore this course, you will learn the security within any organization starts with building a security
    policy, which is a centralized living document defining what is allowed and what is not. The aim of this course
    is to explore the history of policies and describe the process of building and implementing a successful
    information security policy in detail. In the remaining units, we will learn the best practices for communicating
    the policies to the different functional areas, including human resources. It is important to ensure the human
    resources department is fully aware of any new policies and modifications to the existing policies to reduce
    liability and provide cohesion.

    References

    Santos, O. (2019). Developing cybersecurity programs and policies (3rd ed.). Pearson.

    SysAdmin, Audit, Network, Security Institute. (2013). Email policy [Template]. https://www.sans.org/security-

    resources/policies/general/pdf/email-policy

    – Course Learning Outcomes for Unit I
    – Reading Assignment
    – Unit Lesson

    **## SP.docx**

    In your own words, please discuss a cybersecurity policy with which you are familiar. The example can come from work, school, or a business relationship. You can also research organizational policies posted online. Give a brief description of the policy. What is the purpose and value of the policy?

    Course Textbook(s)

    Santos, O. (2019). Developing cybersecurity programs and policies (3rd ed.). Pearson. https://online.vitalsource.com/#/books/9780134858548

    **## UnitI1.pdf**

    SEC 4303, IS Security Policy Analysis 1

    Course Learning Outcomes for Unit I

    Upon completion of this unit, students should be able to:

    1. Discuss the life cycle of policy enactment.
    1.1 Analyze the significance of policies within an organization.
    1.2 Evaluate the role policy plays in a corporate culture.
    1.3 Investigate how regulatory policies apply to organizations.

    Reading Assignment

    Chapter 1: Understanding Cybersecurity Policy and Governance

    Unit Lesson

    In this unit lesson, the goal is to discuss the importance and use of policies within an organization.
    Organizations have many policies and procedures to follow; accordingly, these standards are known as
    common practices in business. This is part of the corporate culture and is usually supported by top
    management. As found in the textbook reading, Santos (2019) stated corporate cultures are often classified
    by how organizations treat employees but also can apply to the practices and behavior. Policies are often
    described in general language as the rights, responsibilities, and consequences of a specific behavior. The
    culture and market of an organization will dictate how often the policies are distributed throughout the
    environment. For example, if you work for a financial institution, then you are probably introduced to the
    financial policies along with laws and regulations early in your tenure at the organization. There is
    considerable liability with financial institutions; consequently, they have to ensure the policies and practices
    are regularly communicated to the employees.

    As for policies in general, we need to clarify the differences between traditional policies as compared to
    information systems (IS) or cybersecurity policies. As we will find, IS security policies focus on assets,
    software, hardware, physical, and data. This can sometimes be outside the knowledge area of the functional
    departments, but their involvement with IS security policy creation is critical. The email policy below illustrates
    a general policy to communicate the appropriate use for sending email through the organization.

    Example of an IS Security Policy

    An example of verbiage from a policy includes the following example from the SysAdmin, Audit, Network,
    Security Institute (SANS) (2013).

    The email system shall not be used for the creation or distribution of any disruptive or offensive
    messages, including offensive comments about race, gender, hair color, disabilities, age, sexual
    orientation, pornography, religious beliefs and practice, political beliefs, or national origin. Employees
    who receive any emails with this content from any employee should report the matter to their
    supervisor immediately. (para. 4.6)

    Cybersecurity Policies

    According to Santos (2019), the difference between IS policy and cybersecurity policy is that cybersecurity
    focuses on the process of protecting, detecting, and responding to attacks. Therefore, this is a collective
    approach to build strategies and policies to find potential threats and allocate appropriate resources to
    address the concerns. The idea is that the cybersecurity policy is an additional component of the traditional IS
    security policy to include the prevention, detection, and corrective actions. Santos (2019) defines

    UNIT I STUDY GUIDE
    History of Information Systems (IS)
    Security Policy

    SEC 4303, IS Security Policy Analysis 2

    UNIT x STUDY GUIDE
    Title

    cybersecurity policy as the process of protecting information assets and information systems, ensuring
    compliance, and maintaining environments to support the guiding principles (p.4). This forces the organization
    to be proactive and accountable when it comes to cyberattacks. If the policy indicates a particular action by a
    department or team, then it is their responsibility to perform these tasks if the event occurs.

    Laws and Regulations

    There are many federal laws that security models follow. These models are collections of rules that newly
    enacted policies must follow. In the textbook, Santos (2019) identifies two important federal laws that contain
    important security policies.

    1. The Gramm-Leach Bliley Act (GLBA), also known as the Financial Modernization Act of 1999. This
    act was implemented to protect customer information and unauthorized access with financial
    products. It is obvious these institutions need to implement sufficient IS security policies to protect the
    data, systems, and electronic transactions.

    2. The Health Insurance Portability and Accountability Act of 1996 (HIPAA). Most governments use
    similar policy models to ensure uniformity in confidentiality of important government information.
    Additionally, almost every medical facility has to adhere to these policies, or they can be fined, or
    have funds eliminated from their budgets. We also see many IS applications in the healthcare
    industry abiding by this regulation to ensure their clients are in compliance.

    As we have heard before, a secure system is only as strong as the weakest link; each area must be secured
    using multiple layers to provide defense in depth. Each functional department considers the level of security in
    different terms and levels. Senior management sees policies as directives to create an IT security program,
    while systems engineers understand security policies as the specific security rules for particular systems. We
    also have differences when it comes to the personnel and teams of the organization. Think about the security
    policy for an engineer compared to that for a sales representative. An engineering security policy could focus
    on the proprietary designs of a custom product. If these designs and specifications are distributed to an
    organization’s competitor, then it could affect the leverage and success of the organization.

    The purpose of a security policy is to provide a framework for best operational practices so that the
    organization is able to minimize risks and respond effectively to any security incidents that may occur. The
    process of building the policies helps ensure employees follow the appropriate internal practices and comply
    with external regulations and laws. Organizations need to consider how these policies are integrated into the
    workplace environment along with reviewing the policies compared to the organizational culture and goals. If

    Cybersecurity policy question: What happens when a hacker gains access to the
    database and the IT department determines there has been a breach?

    Roles and Security Responsibilities

    SEC 4303, IS Security Policy Analysis 3

    UNIT x STUDY GUIDE
    Title

    the culture of the organization is to protect assets and proprietary processes, then the robust policies need to
    be created to address the expectations.

    Process for Creating Policies

    As found in the course textbook, Santos (2019) states
    policy life cycle should follow the process of develop,
    publish, adopt, and review. This process is different
    than we would see with another type of framework or
    software development methodology. In this case, we
    need to plan to develop the policy, communicate the
    policy to the users, make sure the organization adopts
    the concepts, and then continually review policies to
    make sure they are adequate for the business
    operations.

    Develop

    The process of developing a policy can be time-
    intensive and require resources. This is why many
    small- and medium-size businesses fail to produce
    sufficient IS policies. In this stage, the organization or IS
    team needs to identify key stakeholders to ensure the
    policies not only align with the organization, but also
    address any external regulations. Another important
    factor to consider is to ensure the policy has
    contributions from each functional department. If the
    team fails to reach out to the accounting department,
    there may be major accounting and financial gaps or
    vulnerabilities not addressed in the plan. Lastly, the
    dedicated resources need to ensure they work diligently
    to produce a document so the stakeholders can review
    and provide feedback.

    Publish

    The policies and procedures need to be communicated and publicized so each department can adopt them
    as the standard practice. We now know that many organizations use eLearning modules to solidify the points
    along with the standard documentation. This is an added benefit because it provides additional
    communication methods to distribute the policy. Think about the problems we may encounter if we create a
    standard security policy but fail to send the updates or revisions to the audience. Additionally, if we make the
    security policies difficult to retrieve, then we discourage the users or viewers from taking the time to review
    the content. It is within the publishing phase that we need to find the most efficient and effective way to
    ensure all users will receive regular updates and can access the content with ease. This is the perfect time to
    review the best strategies in terms of communication.

    Adopt

    In the adoption phase, the organization has the final copy of the IS security policies and procedures so it can
    enforce the practices. If an employee violates a procedure, then there should be clear steps in which actions

    How many times have you seen an IS policy or procedure within an organization?
    Unfortunately, communication on the IS and cybersecurity policies are often only sent
    out annually.

    Life cycle of a policy

    SEC 4303, IS Security Policy Analysis 4

    UNIT x STUDY GUIDE
    Title

    will be enforced for the violation. Remember, these IS security policies are in place to protect the customers,
    employees, and organization.

    Review

    The final phase of creating policies and procedures is the review phase. It is at this time that we can evaluate
    the new policies and procedures to ensure they are working as expected. However, there will be a need for
    modifications and adjustments so the individuals who developed the policies and procedures will need to
    make the necessary adjustments and then release the version back to the organization.

    Summary

    As you explore this course, you will learn the security within any organization starts with building a security
    policy, which is a centralized living document defining what is allowed and what is not. The aim of this course
    is to explore the history of policies and describe the process of building and implementing a successful
    information security policy in detail. In the remaining units, we will learn the best practices for communicating
    the policies to the different functional areas, including human resources. It is important to ensure the human
    resources department is fully aware of any new policies and modifications to the existing policies to reduce
    liability and provide cohesion.

    References

    Santos, O. (2019). Developing cybersecurity programs and policies (3rd ed.). Pearson.

    SysAdmin, Audit, Network, Security Institute. (2013). Email policy [Template]. https://www.sans.org/security-

    resources/policies/general/pdf/email-policy

    – Course Learning Outcomes for Unit I
    – Reading Assignment
    – Unit Lesson

    **## SP.docx**

    In your own words, please discuss a cybersecurity policy with which you are familiar. The example can come from work, school, or a business relationship. You can also research organizational policies posted online. Give a brief description of the policy. What is the purpose and value of the policy?

    Course Textbook(s)

    Santos, O. (2019). Developing cybersecurity programs and policies (3rd ed.). Pearson. https://online.vitalsource.com/#/books/9780134858548

    **## UnitI1.pdf**

    SEC 4303, IS Security Policy Analysis 1

    Course Learning Outcomes for Unit I

    Upon completion of this unit, students should be able to:

    1. Discuss the life cycle of policy enactment.
    1.1 Analyze the significance of policies within an organization.
    1.2 Evaluate the role policy plays in a corporate culture.
    1.3 Investigate how regulatory policies apply to organizations.

    Reading Assignment

    Chapter 1: Understanding Cybersecurity Policy and Governance

    Unit Lesson

    In this unit lesson, the goal is to discuss the importance and use of policies within an organization.
    Organizations have many policies and procedures to follow; accordingly, these standards are known as
    common practices in business. This is part of the corporate culture and is usually supported by top
    management. As found in the textbook reading, Santos (2019) stated corporate cultures are often classified
    by how organizations treat employees but also can apply to the practices and behavior. Policies are often
    described in general language as the rights, responsibilities, and consequences of a specific behavior. The
    culture and market of an organization will dictate how often the policies are distributed throughout the
    environment. For example, if you work for a financial institution, then you are probably introduced to the
    financial policies along with laws and regulations early in your tenure at the organization. There is
    considerable liability with financial institutions; consequently, they have to ensure the policies and practices
    are regularly communicated to the employees.

    As for policies in general, we need to clarify the differences between traditional policies as compared to
    information systems (IS) or cybersecurity policies. As we will find, IS security policies focus on assets,
    software, hardware, physical, and data. This can sometimes be outside the knowledge area of the functional
    departments, but their involvement with IS security policy creation is critical. The email policy below illustrates
    a general policy to communicate the appropriate use for sending email through the organization.

    Example of an IS Security Policy

    An example of verbiage from a policy includes the following example from the SysAdmin, Audit, Network,
    Security Institute (SANS) (2013).

    The email system shall not be used for the creation or distribution of any disruptive or offensive
    messages, including offensive comments about race, gender, hair color, disabilities, age, sexual
    orientation, pornography, religious beliefs and practice, political beliefs, or national origin. Employees
    who receive any emails with this content from any employee should report the matter to their
    supervisor immediately. (para. 4.6)

    Cybersecurity Policies

    According to Santos (2019), the difference between IS policy and cybersecurity policy is that cybersecurity
    focuses on the process of protecting, detecting, and responding to attacks. Therefore, this is a collective
    approach to build strategies and policies to find potential threats and allocate appropriate resources to
    address the concerns. The idea is that the cybersecurity policy is an additional component of the traditional IS
    security policy to include the prevention, detection, and corrective actions. Santos (2019) defines

    UNIT I STUDY GUIDE
    History of Information Systems (IS)
    Security Policy

    SEC 4303, IS Security Policy Analysis 2

    UNIT x STUDY GUIDE
    Title

    cybersecurity policy as the process of protecting information assets and information systems, ensuring
    compliance, and maintaining environments to support the guiding principles (p.4). This forces the organization
    to be proactive and accountable when it comes to cyberattacks. If the policy indicates a particular action by a
    department or team, then it is their responsibility to perform these tasks if the event occurs.

    Laws and Regulations

    There are many federal laws that security models follow. These models are collections of rules that newly
    enacted policies must follow. In the textbook, Santos (2019) identifies two important federal laws that contain
    important security policies.

    1. The Gramm-Leach Bliley Act (GLBA), also known as the Financial Modernization Act of 1999. This
    act was implemented to protect customer information and unauthorized access with financial
    products. It is obvious these institutions need to implement sufficient IS security policies to protect the
    data, systems, and electronic transactions.

    2. The Health Insurance Portability and Accountability Act of 1996 (HIPAA). Most governments use
    similar policy models to ensure uniformity in confidentiality of important government information.
    Additionally, almost every medical facility has to adhere to these policies, or they can be fined, or
    have funds eliminated from their budgets. We also see many IS applications in the healthcare
    industry abiding by this regulation to ensure their clients are in compliance.

    As we have heard before, a secure system is only as strong as the weakest link; each area must be secured
    using multiple layers to provide defense in depth. Each functional department considers the level of security in
    different terms and levels. Senior management sees policies as directives to create an IT security program,
    while systems engineers understand security policies as the specific security rules for particular systems. We
    also have differences when it comes to the personnel and teams of the organization. Think about the security
    policy for an engineer compared to that for a sales representative. An engineering security policy could focus
    on the proprietary designs of a custom product. If these designs and specifications are distributed to an
    organization’s competitor, then it could affect the leverage and success of the organization.

    The purpose of a security policy is to provide a framework for best operational practices so that the
    organization is able to minimize risks and respond effectively to any security incidents that may occur. The
    process of building the policies helps ensure employees follow the appropriate internal practices and comply
    with external regulations and laws. Organizations need to consider how these policies are integrated into the
    workplace environment along with reviewing the policies compared to the organizational culture and goals. If

    Cybersecurity policy question: What happens when a hacker gains access to the
    database and the IT department determines there has been a breach?

    Roles and Security Responsibilities

    SEC 4303, IS Security Policy Analysis 3

    UNIT x STUDY GUIDE
    Title

    the culture of the organization is to protect assets and proprietary processes, then the robust policies need to
    be created to address the expectations.

    Process for Creating Policies

    As found in the course textbook, Santos (2019) states
    policy life cycle should follow the process of develop,
    publish, adopt, and review. This process is different
    than we would see with another type of framework or
    software development methodology. In this case, we
    need to plan to develop the policy, communicate the
    policy to the users, make sure the organization adopts
    the concepts, and then continually review policies to
    make sure they are adequate for the business
    operations.

    Develop

    The process of developing a policy can be time-
    intensive and require resources. This is why many
    small- and medium-size businesses fail to produce
    sufficient IS policies. In this stage, the organization or IS
    team needs to identify key stakeholders to ensure the
    policies not only align with the organization, but also
    address any external regulations. Another important
    factor to consider is to ensure the policy has
    contributions from each functional department. If the
    team fails to reach out to the accounting department,
    there may be major accounting and financial gaps or
    vulnerabilities not addressed in the plan. Lastly, the
    dedicated resources need to ensure they work diligently
    to produce a document so the stakeholders can review
    and provide feedback.

    Publish

    The policies and procedures need to be communicated and publicized so each department can adopt them
    as the standard practice. We now know that many organizations use eLearning modules to solidify the points
    along with the standard documentation. This is an added benefit because it provides additional
    communication methods to distribute the policy. Think about the problems we may encounter if we create a
    standard security policy but fail to send the updates or revisions to the audience. Additionally, if we make the
    security policies difficult to retrieve, then we discourage the users or viewers from taking the time to review
    the content. It is within the publishing phase that we need to find the most efficient and effective way to
    ensure all users will receive regular updates and can access the content with ease. This is the perfect time to
    review the best strategies in terms of communication.

    Adopt

    In the adoption phase, the organization has the final copy of the IS security policies and procedures so it can
    enforce the practices. If an employee violates a procedure, then there should be clear steps in which actions

    How many times have you seen an IS policy or procedure within an organization?
    Unfortunately, communication on the IS and cybersecurity policies are often only sent
    out annually.

    Life cycle of a policy

    SEC 4303, IS Security Policy Analysis 4

    UNIT x STUDY GUIDE
    Title

    will be enforced for the violation. Remember, these IS security policies are in place to protect the customers,
    employees, and organization.

    Review

    The final phase of creating policies and procedures is the review phase. It is at this time that we can evaluate
    the new policies and procedures to ensure they are working as expected. However, there will be a need for
    modifications and adjustments so the individuals who developed the policies and procedures will need to
    make the necessary adjustments and then release the version back to the organization.

    Summary

    As you explore this course, you will learn the security within any organization starts with building a security
    policy, which is a centralized living document defining what is allowed and what is not. The aim of this course
    is to explore the history of policies and describe the process of building and implementing a successful
    information security policy in detail. In the remaining units, we will learn the best practices for communicating
    the policies to the different functional areas, including human resources. It is important to ensure the human
    resources department is fully aware of any new policies and modifications to the existing policies to reduce
    liability and provide cohesion.

    References

    Santos, O. (2019). Developing cybersecurity programs and policies (3rd ed.). Pearson.

    SysAdmin, Audit, Network, Security Institute. (2013). Email policy [Template]. https://www.sans.org/security-

    resources/policies/general/pdf/email-policy

    – Course Learning Outcomes for Unit I
    – Reading Assignment
    – Unit Lesson