A) Firewall (it should have blocked port 443) B) Behavioral antivirus (it did not stop the outbound connection or theft) C) Network segmentation (local drive theft is unrelated to network isolation) D) Encryption (disk encryption would have prevented theft)
A) Monitors running programs for malicious actions in real time B) Compares file "fingerprints" (hashes) to a database of known malware. C) Looks for suspicious code patterns or behaviors
A) The smart speaker cannot reach the file server because IoT devices are isolated by default B) Encryption on the file server will prevent the attacker from reading any stolen data C) The attacker can use the smart speaker to scan and attack employee laptops on the same network D) The firewall will automatically block the smart speaker’s outbound traffic
A) It allows email traffic on port 25 but cannot inspect the attachment for malware. B) It blocks outgoing traffic on port 4444, stopping a virus from exfiltrating data. C) It logs repeated failed login attempts but takes no action. D) It blocks an incoming connection from an unknown IP address on port 22.
A) Encryption at rest (BitLocker) would prevent the attacker from capturing packets B) The attacker can read all emails because WPA3 only protects the Wi-Fi password C) The firewall would have blocked the packet capture attempt D) The attacker cannot read the content of HTTPS traffic but can see which websites were visited.
A) Symmetric uses one key and is faster; asymmetric uses two keys and is slower. B) Symmetric is used only for data in transit; asymmetric is used only for data at rest C) Symmetric uses two keys and is faster; asymmetric uses one key and is slower D) Symmetric requires a digital certificate; asymmetric does not
A) The firewall was configured to block all HTTPS traffic B) The firewall does not inspect the payload of encrypted allowed traffic by default C) The firewall only filters inbound traffic, not outbound D) The antivirus deleted the firewall rules
A) Multi-factor authentication (missing) B) Firewall (allowed VPN traffic) C) Antivirus (did not scan the email attachment) D) Encryption (did not protect the password)
A) Offline backups following the 3-2-1 rule B) Cloud backups with automatic sync every hour C) Backups stored on a separate VLAN with read-only access D) External hard drive always connected to the file server
A) VPN for remote access + offline backups B) Antivirus (signature-based) + disabling unused ports C) Default credential change + logging and monitoring D) Network segmentation + Principle of Least Privilege
A) It prevents all outgoing traffic from the compromised device B) It automatically enables encryption on all files the account touches C) It ensures the firewall blocks known malicious IP addresses D) It restricts the compromised account to only the access necessary for its role.
A) Changing default credentials on the smart TV B) Network segmentation using VLANs C) Disabling unused ports on the firewall D) Enabling MFA on the finance server
A) Compares file "fingerprints" (hashes) to a database of known malware. B) Looks for suspicious code patterns or behaviors C) Looks for suspicious code patterns or behaviors D) Monitors running programs for malicious actions in real time
A) Firewall blocking port 80 + heuristic antivirus + MFA B) Firewall blocking port 443 + signature-based antivirus C) Firewall allowing port 443 + behavioral antivirus + disk encryption D) Firewall allowing all outbound traffic + signature-based antivirus + offline backups
A) Disabling unused ports on the firewall is identical to disabling services on a server B) Unused ports automatically encrypt traffic, which the firewall cannot inspect C) A firewall only blocks traffic; it does not reduce the attack surface of the device itself D) Firewalls cannot block traffic on ports below 1024
A) Default admin password B) Lack of logging C) UPnP enabled D) Telnet on port 23 open
A) Neither can be used for data in transit B) Both can be broken by heuristic analysis C) Neither protects against data theft at the endpoint if malware captures the decryption key D) Both require the sender and receiver to share the same key in advance
A) A hardware firewall cannot block ports; a software firewall can. B) A hardware firewall uses symmetric encryption; a software firewall uses asymmetric encryption. C) A hardware firewall protects only one device; a software firewall protects an entire network. D) A hardware firewall typically sits at the network perimeter; a software firewall protects an individual computer.
A) Looks for suspicious code patterns or behaviors B) Compares file "fingerprints" (hashes) to a database of known malware. C) Monitors running programs for malicious actions in real time
A) Encryption was bypassed because port 4444 is B) The antivirus failed because it did not block port 4444. C) The firewall failed because it allowed the initial infection D) The firewall successfully prevented data exfiltration despite a possible infection
A) The thief can bypass encryption by reinstalling the operating system B) The data remains unreadable without the decryption key, even if the hard drive is removed C) Antivirus will delete the encrypted files to prevent data theft D) The thief cannot access any files because the firewall blocks remote connections.
A) Behavioral AV decrypts all network traffic before scanning. B) Behavioral AV requires firewall rules to be disabled temporarily C) Behavioral AV compares file hashes to a cloud database updated every hour. D) Behavioral AV monitors running programs for suspicious actions, not just known patterns. |