Security

442 questions

Question 1Question

A company needs to prevent unauthorized individuals from following authorized employees into a highly secure server room, a practice known as tailgating. Which of the following physical security controls is specifically designed to enforce single-person entry at an access point?

Show answer & explanation

Answer: Access control vestibule (mantrap)

Answer

The access control vestibule (mantrap) is specifically engineered to prevent tailgating by utilizing interlocking doors that permit only one authenticated individual through at a time.
An access control vestibule (mantrap) consists of a small room with two interlocking doors. Opening one door automatically locks the other, requiring authentication before permitting entry into the secure area. This mechanism directly eliminates tailgating and piggybacking.

Step-by-Step Solution

1
Identify the threat identified in the scenario.
The primary threat is tailgating (unauthorized personnel following an authorized person into a secure room).
Selecting an effective physical control requires matching the specific threat to the control's intended design.
2
Evaluate the capabilities of physical entry controls.
An access control vestibule (mantrap) contains two interlocking doors where the second door will not unlock until the first door closes and authentication is validated.
This physical design enforces single-person entry and prevents unauthorized followers from entering.

Key Concept

Physical Security Access Controls - Preventing Tailgating
Question 2Question

A helpdesk technician needs to adjust the User Account Control (UAC) notification level on a Windows 10 workstation using the standard Control Panel interface. In what sequence should the technician perform the following steps to access and apply the new UAC settings?

Drag items to arrange them in the correct order

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Answer

The correct sequence to modify UAC settings via the Windows GUI is to launch Control Panel, navigate through User Accounts, open 'Change User Account Control settings', and finally adjust the slider and click OK.
The correct procedural order requires initiating navigation from the Windows Control Panel, selecting User Accounts to find administrative options, choosing 'Change User Account Control settings' to open the slider interface, and adjusting the slider before committing the change with OK.

Step-by-Step Solution

1
Launch the Control Panel application from the Start menu search.
The main Control Panel window opens.
Control Panel hosts the classic User Accounts configuration applets in Windows.
2
Navigate to the User Accounts section.
User account configuration features and options are displayed.
User Account Control settings are grouped under the User Accounts management category.
3
Click the link labeled 'Change User Account Control settings'.
The User Account Control Settings configuration popup displays a vertical four-position slider.
This link directly triggers the elevation prompt notification management window.
4
Set the vertical slider to the target notification level and select OK.
The workstation updates its UAC prompt policy behavior.
Moving the slider selects the threshold for credential/consent prompts, and selecting OK applies the setting.

Key Concept

Windows Security Settings and User Account Control
Question 3Question

A systems administrator is configuring Windows 11 Pro workstations used for automated nightly batch tasks. An administrative script assigned to run under a local administrator account fails to complete because User Account Control (UAC) pauses execution while waiting for interactive consent on the Secure Desktop. To allow automated background execution for administrative accounts while maintaining UAC protections for standard users, which Local Security Policy setting should be modified?

Show answer & explanation

Answer: User Account Control: Behavior of the elevation prompt for administrators in Admin Approval Mode

Answer

Modify 'User Account Control: Behavior of the elevation prompt for administrators in Admin Approval Mode' to 'Elevate without prompting'.
The policy setting 'User Account Control: Behavior of the elevation prompt for administrators in Admin Approval Mode' explicitly controls how Windows handles privilege elevation for administrative accounts. Setting this policy to 'Elevate without prompting' allows applications and scripts executed by administrative accounts to automatically receive elevated rights without waiting for user input on the Secure Desktop.

Step-by-Step Solution

1
Identify the cause of automated script failure
The background script running under an administrator account triggers an interactive UAC consent prompt on the Secure Desktop, stalling non-interactive batch execution.
By default, Windows prompts administrators for explicit consent before granting full administrative access tokens to tasks.
2
Access Local Security Policy (secpol.msc)
Navigate to Security Settings > Local Policies > Security Options.
Granular UAC elevation behaviors and privilege control policies are managed within Windows Security Options.
3
Configure elevation prompt behavior for administrators
Set 'User Account Control: Behavior of the elevation prompt for administrators in Admin Approval Mode' to 'Elevate without prompting'.
This specific setting allows tasks run by accounts with administrative privileges to automatically acquire elevated rights without requiring interactive user intervention.

Key Concept

Windows Local Security Policy UAC Elevation Settings
Question 4Question

A desktop technician has finished scanning and removing a spyware infection from a Windows workstation, updated the operating system and anti-malware signature files, and configured scheduled recurring scans. According to the CompTIA 7-step malware remediation process, which of the following actions should the technician perform NEXT?

Show answer & explanation

Answer: Re-enable System Restore and create a new restore point.

Answer

Re-enable System Restore and create a new restore point.
The standard CompTIA 7-step malware remediation process follows this exact order: 1. Identify malware symptoms, 2. Quarantine infected systems, 3. Disable System Restore, 4. Remediate infected systems (update anti-malware and scan/remove), 5. Schedule scans and run updates, 6. Enable System Restore and create a restore point, 7. Educate end user. Because the scenario states that infection removal, signature updating, and scan scheduling have already occurred, the immediate next action is to re-enable System Restore and create a new restore point.

Step-by-Step Solution

1
Identify the completed steps from the scenario against the CompTIA 7-step malware remediation process.
Steps 1 through 5 (Identify, Quarantine, Disable System Restore, Remediate/Scan, and Schedule Scans/Updates) are completed.
Determining which steps are already done establishes where the technician currently is in the remediation workflow.
2
Determine Step 6 of the CompTIA 7-step remediation framework.
Step 6 requires re-enabling System Restore and creating a new restore point.
Once the system is verified clean and ongoing prevention scans are scheduled, establishing a known-good recovery point restores baseline protection.

Key Concept

CompTIA 7-Step Malware Remediation Process - Step 6 (Enable System Restore and Create a Restore Point)
Question 5Question

A security technician at a defense contractor is investigating a multi-stage security incident reported across the corporate facility. Physical access logs and security footage show an unknown individual wearing a fake delivery uniform closely following an authorized employee through a badge-restricted turnstile without scanning an access card. Later that day, several senior lead engineers received customized emails containing authentic project reference numbers and names of their team members, requesting that they click an external link to verify their corporate credentials. Which of the following social engineering threat types were directly executed during this incident? (Select TWO.)

Select all that apply

Show answer & explanation

Answer: Tailgating; Spear phishing

Answer

The attack involved Tailgating (unauthorized physical entry by following an employee) and Spear Phishing (highly customized email targeting specific engineers).
The scenario describes two distinct threat vectors: physical entry achieved by closely following an authorized badged user through a security turnstile (Tailgating), and an electronic attack utilizing customized internal project references sent to specific senior staff members to harvest credentials (Spear Phishing).

Step-by-Step Solution

1
Analyze the physical access breach described in the scenario.
The intruder wearing a delivery uniform closely followed a badged employee through a restricted turnstile without presenting credentials.
This physical social engineering technique of entering restricted areas behind authorized personnel is defined as tailgating.
2
Analyze the digital attack vectors presented in the incident report.
Selected senior lead engineers received tailored emails with internal project names and coworker information designed to steal credentials.
Targeted, customized electronic messages directed at specific key individuals inside an organization represent spear phishing rather than broad phishing.
3
Differentiate and eliminate non-matching social engineering attack types.
Vishing requires phone interaction, dumpster diving requires searching trash receptacles, and shoulder surfing requires direct visual monitoring of screens.
None of these secondary vectors were indicated in the security footage or email log evidence.

Key Concept

Identifying Physical and Digital Social Engineering Vectors
Estimated Time:2m 0s
Question 6Question

An IT support specialist is responding to a reported malware infection on a company workstation. Arrange the following actions in the correct sequence according to the standard CompTIA malware removal process, starting with the earliest step and ending with the final step.

Drag items to arrange them in the correct order

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Answer

The correct sequence follows the CompTIA 7-step remediation process: 1. Disconnect the infected workstation from the network (Quarantine), 2. Turn off System Restore (Disable System Restore), 3. Update anti-malware definitions and perform a thorough scan (Remediate), 4. Re-enable System Restore and create a clean baseline restore point (Enable System Restore), and 5. Conduct security awareness training (Educate the user).
The standard CompTIA 7-step malware removal workflow mandates the sequence: Identify -> Quarantine -> Disable System Restore -> Remediate (Update & Scan) -> Schedule Updates & Scan -> Enable System Restore & Create Restore Point -> Educate End User. Isolating the system comes first to contain the threat. Disabling System Restore removes corrupted backups. Updating definitions and scanning removes the threat. Re-enabling System Restore creates a verified safe baseline. Finally, user education prevents recurrence.

Step-by-Step Solution

1
Isolate the infected endpoint from the network infrastructure.
The machine is quarantined to prevent lateral movement of the malware.
Quarantining the infected system immediately follows identifying the malware symptoms.
2
Disable the Windows System Restore feature.
All existing restore points (which may contain malware copies) are deleted.
Disabling System Restore prevents malware from preserving itself in restore archives.
3
Update malware signatures and run remediation tools.
The active malware infection is detected and eradicated.
Remediation requires updated signatures and scanning, typically performed in Safe Mode.
4
Turn System Restore back on and create a new restore point.
System Protection is active again with a known-good clean state image.
System Restore should only be re-enabled after verifying the system is completely clean.
5
Provide end-user training on safe computing practices.
The user is educated on recognizing phishing, rogue downloads, and social engineering.
Educating the user is the final step of the malware removal framework.

Key Concept

CompTIA 7-Step Malware Removal Process Order
Question 7Question

A system administrator is configuring security baselines on standalone Windows 11 Pro workstations located in a shared laboratory environment. To enforce strict access controls and prevent standard domain users from triggering administrative privilege requests or running unauthorized installers, the administrator opens the Local Security Policy snap-in (secpol.msc). Which TWO User Account Control (UAC) policy settings should the administrator configure under Security Options? Select TWO.

Select all that apply

Show answer & explanation

Answer: Set 'User Account Control: Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests'; Set 'User Account Control: Detect application installations and prompt for elevation' to 'Enabled'

Answer

The administrator should configure 'User Account Control: Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests' and set 'User Account Control: Detect application installations and prompt for elevation' to 'Enabled'.
Configuring 'User Account Control: Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests' prevents standard users from receiving credential prompts during elevation attempts. Setting 'User Account Control: Detect application installations and prompt for elevation' to 'Enabled' ensures software installation routines trigger UAC evaluation.

Step-by-Step Solution

1
Identify the proper snap-in for configuring User Account Control security baselines
Local Security Policy (secpol.msc) under Security Options houses granular UAC policy settings.
System-wide UAC elevation and detection policies are managed via local security options.
2
Select the policy setting that suppresses elevation prompts for standard accounts
Setting 'User Account Control: Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests' prevents standard users from seeing credential prompts.
This automatically blocks privilege elevation attempts by non-administrative users.
3
Select the policy setting that monitors software installer executions
Enabling 'User Account Control: Detect application installations and prompt for elevation' causes Windows to detect setup programs and require elevation.
This prevents unauthorized applications from making silent or unapproved system modifications.

Key Concept

Windows User Account Control (UAC) Security Options in Local Security Policy (secpol.msc)
Question 8Question

An IT security technician is finalizing a data destruction workflow for a decommissioned enterprise storage array that contains both magnetic Hard Disk Drives (HDDs) and Solid-State Drives (SSDs). The technician plans to pass all drives through a powerful magnetic degausser as the primary sanitization step before sending the hardware off-site for physical shredding. Which of the following identifies the most critical security flaw in this proposed workflow?

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Answer: Degaussing is ineffective for solid-state drives because flash memory does not store data magnetically, leaving the data on the SSDs fully intact.

Answer

Degaussing is ineffective for solid-state drives because flash memory does not store data magnetically, leaving the data on the SSDs fully intact.
Degaussing exposes media to a powerful magnetic field to eliminate stored magnetic patterns. While highly effective for magnetic hard disk drives (HDDs) and magnetic tapes, it does not affect semiconductor flash memory used in solid-state drives (SSDs). Therefore, applying a degausser to SSDs leaves the stored data completely intact.

Step-by-Step Solution

1
Analyze the underlying storage technology of the drives in the scenario.
The array contains magnetic HDDs (platter-based magnetic domains) and SSDs (NAND flash semiconductor memory cells).
Sanitization protocols must align with the physical storage mechanism of each media type.
2
Evaluate the operational mechanism of degaussing.
Degaussing exposes drives to high-density magnetic fields to neutralize magnetic alignment.
This method relies on changing the polarity of ferromagnetic material.
3
Identify the impact on non-magnetic solid-state media.
Degaussing has zero effect on electrical charges trapped in NAND flash transistors, leaving all SSD data completely intact.
Semiconductor flash storage does not utilize magnetic domains to record data.

Key Concept

Selecting media-appropriate data destruction techniques (Degaussing for magnetic media vs. Cryptographic Erase/Purge/Physical Shredding for solid-state media)
Question 9Question

A systems administrator is configuring remote support capabilities on standalone Windows 11 Pro workstations. During remote management sessions, the helpdesk technician notices that whenever an action requires elevated administrative privileges, the remote screen turns black and becomes non-responsive, preventing the technician from seeing or interacting with the elevation prompt. Local security policy mandates that User Account Control (UAC) elevation prompts must remain active for all administrative tasks. Which of the following Local Security Policy settings should the administrator modify to resolve the remote screen blackout issue while maintaining elevation prompts?

Show answer & explanation

Answer: Disable 'User Account Control: Switch to the secure desktop when prompting for elevation'.

Answer

Disable 'User Account Control: Switch to the secure desktop when prompting for elevation'.
When User Account Control prompts for administrative elevation, Windows by default dims the screen and transfers focus to the Secure Desktop—an isolated context accessible only by trusted system components. Standard remote support and screen-sharing utilities often lack the necessary privileges to render or accept input on the Secure Desktop, resulting in a blank or frozen remote view. Disabling 'User Account Control: Switch to the secure desktop when prompting for elevation' causes prompts to render on the active user's desktop, enabling remote technicians to view and respond to UAC prompts while keeping prompt verification fully active.

Step-by-Step Solution

1
Diagnose the cause of the screen blackout during remote UAC elevation requests.
By default, Windows switches to the Secure Desktop (Winlogon desktop) to present UAC prompts. Most remote support software without system-level UIAccess cannot capture or send input to the Secure Desktop, causing the remote display to go black.
The Secure Desktop protects elevation prompts from malware screen-scraping and synthetic input.
2
Evaluate administrative security constraints.
UAC elevation prompts must remain enabled for administrator accounts.
Silently elevating administrative requests violates organizational compliance rules.
3
Reconfigure the Local Security Policy setting.
Disabling 'User Account Control: Switch to the secure desktop when prompting for elevation' presents UAC prompts on the interactive user desktop rather than the isolated Secure Desktop.
This allows remote desktop software to view and process UAC prompts without disabling elevation security.

Key Concept

User Account Control Secure Desktop isolation and Local Security Policy configuration
Question 10Question

An enterprise systems administrator is decommissioning a high-security server room containing legacy magnetic hard disk drives (HDDs) holding regulated customer financial records. Company policy mandates a strict sanitization and disposal workflow adhering to NIST SP 800-88 guidelines and complete chain-of-custody preservation. Place the technician's disposition actions in the correct chronological order from start to finish.

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Answer

The correct chronological sequence begins with recording drive serial numbers and securing them in tamper-evident containers, followed by degaussing the magnetic media, mechanically shredding the drives, inspecting shredded fragments for compliance, and finally obtaining a signed Certificate of Destruction to update inventory records.
Proper security lifecycle management requires maintaining strict chain of custody from beginning to end. Serial numbers must first be logged and packaged securely. Magnetic drives are then degaussed to purge data prior to mechanical destruction. Physical shredding follows degaussing to ensure hardware cannot be reconstructed. The shredded residue is visually verified to meet particle size standards, and finally, a signed Certificate of Destruction is executed to update organizational records.

Step-by-Step Solution

1
Establish Chain of Custody & Document Assets
Drive serial numbers are recorded in the compliance tracking log and sealed in tamper-evident packaging prior to movement.
Chain-of-custody tracking must initiate before media leaves its secure operational enclosure to prevent unauthorized loss or theft.
2
Execute Magnetic Sanitization (Degaussing)
The internal magnetic fields on the HDD platters and factory timing tracks are permanently disrupted.
Purging data via degaussing renders data unrecoverable while the drive remains physically intact, ensuring data is safe before destruction machinery handling.
3
Execute Physical Destruction (Mechanical Shredding)
The hard drives are shredded into physical metal debris and particulate matter.
Physical destruction ensures total physical impossibility of drive reassembly or head alignment.
4
Perform Destruction Verification
The physical waste output is verified against compliance particle size specifications.
Verification confirms that the physical destruction step met security standards before issuing formal disposition compliance paperwork.
5
Finalize Compliance Documentation
A Certificate of Destruction is generated, signed, attached to serial number logs, and marked closed in asset management.
Legal and regulatory compliance requires formal documentation signed post-destruction to finalize hardware decommission lifecycle.

Key Concept

Enterprise Media Sanitization Lifecycle & Chain of Custody Protocol
Question 11Question

A system administrator is hardening domain-joined Windows 11 Pro workstations to adhere to a strict corporate security baseline. Under this baseline, standard domain users must be completely prevented from initiating elevation attempts—if an unprivileged account triggers a process requiring administrative credentials, the operating system must immediately reject the request without presenting a credential prompt. Furthermore, administrators logged in under Admin Approval Mode must explicitly re-enter their domain credentials on the Secure Desktop whenever an application requests elevated privileges. Which combination of Local Security Policy (secpol.msc) settings under User Account Control will correctly enforce this baseline?

Show answer & explanation

Answer: Configure 'User Account Control: Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests', and set 'User Account Control: Behavior of the elevation prompt for administrators in Admin Approval Mode' to 'Prompt for credentials on the secure desktop'.

Answer

Configure 'User Account Control: Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests', and set 'User Account Control: Behavior of the elevation prompt for administrators in Admin Approval Mode' to 'Prompt for credentials on the secure desktop'.
In Windows Local Security Policy (secpol.msc), administrators can independently configure UAC prompt behaviors. Setting 'Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests' immediately returns an access denied message without showing a credential prompt. Setting 'Behavior of the elevation prompt for administrators in Admin Approval Mode' to 'Prompt for credentials on the secure desktop' ensures that administrators must re-enter credentials on a dimmed, isolated desktop environment protected against spoofing.

Step-by-Step Solution

1
Identify the administrative tool used for granular UAC policy management.
Local Security Policy (secpol.msc) under Security Settings -> Local Policies -> Security Options contains the specific UAC policy behaviors.
GUI sliders in Control Panel only offer macro-level UAC settings, whereas secpol.msc provides specific policy controls for standard vs administrative elevation behavior.
2
Select the policy controlling standard user elevation attempts.
Setting 'User Account Control: Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests' prevents standard users from seeing credential prompts and denies elevation instantly.
This satisfies the baseline requirement to block unprivileged accounts from attempting privilege escalation.
3
Select the policy controlling administrator elevation verification.
Setting 'User Account Control: Behavior of the elevation prompt for administrators in Admin Approval Mode' to 'Prompt for credentials on the secure desktop' forces password re-entry on the isolated Secure Desktop.
This satisfies the requirement that administrators must verify their identity via password prompt on the Secure Desktop prior to elevated application launch.

Key Concept

Windows Local Security Policy User Account Control Settings
Question 12Question

A security administrator is hardening standalone Windows 11 Professional workstations deployed in a public testing center. To adhere to compliance guidelines, standard user accounts must be strictly prohibited from triggering administrator credential prompts upon attempting elevated tasks, and any executable requesting administrative privileges must be verified against a valid digital signature infrastructure before elevation is permitted. Which TWO settings in Local Security Policy (secpol.msc) under Security Options should the administrator configure to meet these requirements? (Select TWO.)

Select all that apply

Show answer & explanation

Answer: Set 'User Account Control: Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests'; Set 'User Account Control: Only elevate executables that are signed and validated' to 'Enabled'

Answer

The administrator must set 'User Account Control: Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests' and set 'User Account Control: Only elevate executables that are signed and validated' to 'Enabled'.
Configuring 'User Account Control: Behavior of the elevation prompt for standard users' to 'Automatically deny elevation requests' suppresses administrator credential prompts for non-admin accounts and rejects the operation. Additionally, enabling 'User Account Control: Only elevate executables that are signed and validated' mandates that any executable requesting administrative privileges must pass PKI cryptographic signature checks prior to execution.

Step-by-Step Solution

1
Open Local Security Policy console by running 'secpol.msc' on the Windows 11 Professional workstation.
Access to Local Policies -> Security Options is established.
UAC security policies for domain-independent or standalone machines are managed within Security Options.
2
Locate 'User Account Control: Behavior of the elevation prompt for standard users' and select 'Automatically deny elevation requests'.
Standard users will receive an access denied message without any prompt to enter administrator credentials when trying to run elevated tasks.
Fulfills the requirement to prevent standard users from attempting privilege escalation or viewing credential prompts.
3
Locate 'User Account Control: Only elevate executables that are signed and validated' and set it to 'Enabled'.
Windows will enforce Public Key Infrastructure (PKI) signature validation on binary executables requesting administrative access before triggering elevation.
Fulfills the requirement to mandate digital signature verification for elevated software.

Key Concept

Local Security Policy UAC Security Options
Question 13Question

A systems administrator is establishing a comprehensive security baseline across enterprise endpoints. Match each workstation hardening control on the left with the specific threat or vulnerability it directly mitigates on the right.

Click a left item, then click its matching right item

Items

Disabling the Remote Registry service and restricting inbound TCP port 445 via local firewall rules
Enforcing a mandatory screen saver lock requiring user password re-authentication after five minutes of idle time
Renaming the built-in local Administrator account and disabling the default Guest account
Configuring Group Policy to disable AutoRun and AutoPlay features for all removable storage media

Matches

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Answer

Disabling Remote Registry and blocking SMB port 445 prevents unauthorized remote tampering and SMB-based lateral movement. Enforcing screen saver locks mitigates unauthorized physical access on unattended endpoints. Renaming default admin accounts and disabling guest accounts mitigates automated credential spraying against standard account names. Disabling AutoRun/AutoPlay blocks automatic malicious script execution from plugged-in storage media.
Each workstation hardening measure targets a specific attack surface: restricting Remote Registry and SMB port 445 neutralizes remote management exploitation; enforcing idle screen locks secures physical access in shared office environments; disabling default accounts neutralizes automated brute-force attacks against predictable local usernames; disabling AutoRun prevents untrusted execution of external scripts from connected peripherals.

Step-by-Step Solution

1
Analyze network hardening controls
Disabling Remote Registry and closing TCP port 445 blocks network-based registry access and SMB exploitation.
Port 445 and Remote Registry are primary vectors for remote network probing and lateral movement.
2
Evaluate physical security enforcement controls
Enforcing a timed screen lock protects idle active sessions from walk-up unauthorized users.
Unattended unlocked workstations expose sensitive data to local physical threats.
3
Assess default user account security practices
Altering default account names thwarts automated dictionary attacks targeting standard account SIDs.
Default accounts like Administrator and Guest are known targets for automated brute-forcing.
4
Examine removable storage policy restrictions
Disabling AutoRun/AutoPlay stops drive-by code execution upon insertion of USB devices.
AutoRun automatically processes setup scripts on newly attached media unless explicitly restricted by policy.

Key Concept

Workstation Hardening and Attack Surface Reduction Controls
Question 14Question

An IT specialist is configuring several Windows 11 workstations deployed in a shared corporate training center. The systems must allow external guest speakers to plug in USB presentation remotes and keyboards, but security policy strictly prohibits executable files from automatically launching when USB flash drives are inserted. Which of the following is the most effective workstation hardening practice to satisfy this requirement without disabling essential USB input devices?

Show answer & explanation

Answer: Configure Administrative Templates in Group Policy to disable the AutoPlay feature for all drives.

Answer

Disabling the AutoPlay feature for all drives via Group Policy prevents automatic execution of software from removable storage media while keeping physical USB ports operational for essential input peripherals.
Disabling AutoPlay for all drives via Group Policy explicitly stops Windows from executing automated commands or launching software installers when removable storage media is attached. This directly mitigates malicious code execution from flash drives while keeping USB bus controllers active so that external keyboards and presentation pointers operate as intended.

Step-by-Step Solution

1
Analyze the security requirement and operational constraints.
Identified that removable storage auto-execution must be blocked, but physical USB ports must remain active for Human Interface Devices (HIDs).
Completely disabling USB ports or controllers would break required keyboard and presentation remote functionality.
2
Evaluate operating system policy controls that regulate removable media execution.
Determined that AutoPlay and AutoRun policies govern automated script/executable launching upon volume mounting.
Group Policy provides targeted control over storage drive behavior without affecting non-storage USB peripherals.
3
Select the appropriate Group Policy hardening configuration.
Navigated to Computer Configuration > Administrative Templates > Windows Components > AutoPlay Policies and set 'Turn off AutoPlay' to Enabled for all drives.
This baseline hardening step eliminates the primary attack vector of autorun malware from flash drives while maintaining full support for input peripherals.

Key Concept

Workstation Hardening - Disabling AutoPlay and AutoRun Policies
Estimated Time:1m 30s
Question 15Question

A technician is setting up a Wi-Fi network for a small home office. The client requires a wireless security mode that allows all devices to connect using a single, shared passphrase without requiring an external authentication server. Which of the following wireless security modes should the technician configure?

Show answer & explanation

Answer: WPA3-Personal

Answer

WPA3-Personal should be configured because it relies on a single shared passphrase (Pre-Shared Key / SAE) and does not require an authentication server.
WPA3-Personal allows all devices on a network to authenticate using a single shared password and operates independently without a centralized server, making it ideal for small home office environments.

Step-by-Step Solution

1
Analyze the scenario requirements
The network environment is a small home office requiring a single shared password without a dedicated authentication server.
Distinguishing between SOHO (Pre-Shared Key) and Enterprise (802.1X) requirements determines the correct wireless security mode.
2
Select the appropriate security protocol
WPA3-Personal satisfies the requirement for passphrase-based encryption without infrastructure dependencies.
Personal modes use pre-shared keys or SAE for authentication, whereas Enterprise modes require a centralized RADIUS server.

Key Concept

Wireless Security Modes (Personal vs. Enterprise)
Question 16Question

A financial analyst working in a public airport lounge notices an unfamiliar individual sitting nearby who is repeatedly looking at their laptop screen while they type sensitive user credentials and view confidential company budget files. Which of the following social engineering threat types is actively occurring in this scenario?

Show answer & explanation

Answer: Shoulder surfing

Answer

Shoulder surfing
The scenario describes shoulder surfing, which is the act of visually observing a target's screen or input device (such as a keyboard or PIN pad) to steal confidential data, PINs, or passwords without their knowledge.

Step-by-Step Solution

1
Analyze the scenario indicators
The individual is physically observing the analyst's screen and keyboard input in a public location.
Identifying the method of observation determines whether the attack vector is digital, physical access-based, or visual observation.
2
Map the observation technique to defined social engineering threat types
Directly viewing screens or keystrokes to steal credentials matches the definition of shoulder surfing.
Shoulder surfing relies on visual eavesdropping in close physical proximity without establishing direct communication.

Key Concept

Social Engineering - Shoulder Surfing
Question 17Question

A security technician is categorizing various physical and digital security incidents reported across an enterprise environment. Match each social engineering or threat type on the left with its corresponding attack description on the right.

Click a left item, then click its matching right item

Items

Pharming
Typosquatting
Tailgating
Watering Hole Attack

Matches

Show answer & explanation

Answer

Pharming matches corrupting local host files or DNS server records; Typosquatting matches registering domain names containing spelling errors; Tailgating matches following an authorized employee into a secured area; Watering Hole Attack matches compromising a third-party website frequently visited by targeted employees.
Each attack vector is correctly paired based on its primary execution method: Pharming manipulates name resolution services; Typosquatting exploits mistyped URLs; Tailgating circumvents physical access controls by closely following authorized personnel; and Watering Hole attacks infect trusted websites frequented by specific target organizations.

Step-by-Step Solution

1
Analyze each threat concept to determine whether it relies on DNS manipulation, domain registration tactics, physical access bypass, or third-party web resource exploitation.
Pharming alters name resolution mechanisms; Typosquatting relies on domain mistyping; Tailgating exploits physical proximity during entry; Watering Hole attacks exploit trusted external websites.
Proper classification requires isolating the specific vector used by an attacker to execute the threat.
2
Map each term to its exact operational description based on technical definitions.
Matched left_1 to right_2, left_2 to right_3, left_3 to right_4, and left_4 to right_1.
Aligns social engineering nomenclature directly with real-world incident characteristics.

Key Concept

Social Engineering and Threat Type Identification
Question 18Question

A system administrator needs to secure individual server chassis inside a shared colocation facility so that unauthorized personnel cannot physically remove hard drives or tamper with hardware components. Which of the following physical security controls should be implemented to directly achieve this requirement?

Show answer & explanation

Answer: Locking server cabinets

Answer

Locking server cabinets provide enclosure-level physical protection to prevent unauthorized drive removal or hardware tampering in shared spaces.
Locking server cabinets surround hardware enclosures with key or combination locks. In a shared facility, this prevents individuals with room access from opening server cases, removing hard drives, or plugging unauthorized devices directly into equipment ports.

Step-by-Step Solution

1
Identify the physical security threat
The scenario requires protection against physical tampering and drive theft in a shared room.
Different physical controls target distinct security domains such as perimeter safety, visual security, signal attenuation, or chassis enclosure security.
2
Evaluate the control mechanisms
Locking server cabinets physically enclose rack units behind key-locked or badge-locked doors.
Enclosing equipment deters and blocks unauthorized hands-on access to drive bays and cabling.

Key Concept

Server Enclosure Security and Equipment Locking Controls
Question 19Question

Match each physical security control to its primary protective function.

Click a left item, then click its matching right item

Items

Biometric scanner
Physical port lock
Faraday enclosure
Smart card reader

Matches

Show answer & explanation

Answer

Biometric scanner matches physiological identity verification; Physical port lock matches blocking unauthorized external drive insertion; Faraday enclosure matches blocking electromagnetic and radio frequency signals; Smart card reader matches authenticating badges with embedded microchips.
Each physical security control serves a targeted protective function: Biometric scanners analyze physiological traits (fingerprints, retina); Physical port locks obstruct physical interface ports to prevent unauthorized USB flash drives; Faraday enclosures shield electronics against wireless and RF signals; Smart card readers process credentials stored on badge microchips.

Step-by-Step Solution

1
Identify the primary mechanism of Biometric scanner.
Matches verification of physiological traits such as fingerprints or iris scans.
Biometrics specifically rely on biological measurement.
2
Identify the function of Physical port locks.
Matches preventing unauthorized insertion of USB drives.
Port locks physically obstruct interface slots on workstation hardware.
3
Identify the purpose of Faraday enclosures.
Matches blocking electromagnetic signals and RF emissions.
Faraday shielding creates a conductive cage that attenuates external RF signals.
4
Identify the role of Smart card readers.
Matches authenticating embedded microchips on ID badges.
Smart cards utilize embedded integrated circuits to prove identity.

Key Concept

Physical Security Controls
Question 20Question

A security technician is securing a dedicated equipment cabinet within a third-party colocation data center. The organization's security baseline requires preventing physical access to server hardware ports to block unauthorized hardware keyloggers, as well as containing electromagnetic emissions from critical cryptographic servers to prevent signal interception. Which combination of physical security controls directly addresses both of these specific requirements?

Show answer & explanation

Answer: Physical port blockers combined with a Faraday cage enclosure

Answer

Physical port blockers combined with a Faraday cage enclosure
Physical port blockers physically lock unused USB, Ethernet, or serial ports to prevent unauthorized hardware keyloggers or rogue devices from being inserted. A Faraday cage enclosure provides electromagnetic shielding to prevent unwanted signal leakage and RF interception from sensitive computing equipment.

Step-by-Step Solution

1
Analyze requirement 1: Prevent physical access to server hardware ports to stop unauthorized keyloggers or flash drives.
Identify physical port blockers (USB/RJ-45 locks) as the control designed to physically cap and disable open hardware ports.
Port blockers physically occupy ports and require a special key to remove, preventing unauthorized physical hardware attachments.
2
Analyze requirement 2: Prevent electromagnetic emissions and signal interception from sensitive server hardware.
Identify a Faraday cage (or RF shielding enclosure) as the control that absorbs or reflects electromagnetic radiation.
Faraday cages block radio frequency signals and electromagnetic emanations from leaving or entering an enclosure.
3
Synthesize the two required controls.
The correct combination is physical port blockers and a Faraday cage enclosure.
This pair directly mitigates both hardware port tampering and RF/electromagnetic leakage.

Key Concept

Physical Security Controls for Hardware and Electromagnetic Protection
Estimated Time:1m 30s
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