A. An attack that attempts to overload a network with excessive traffic
B. An attack that intercepts wireless network packets
C. An attack that targets physical infrastructure
D. An attack that manipulates people to obtain sensitive information
A. Increasing the risk of unauthorized access to the documentation
B. Decreasing accountability and traceability of incidents
C. Increasing the likelihood of compliance with industry regulations
D. Creating confusion among users accessing the documentation
A. To monitor network traffic for potential security threats
B. To filter network traffic based on predefined rules
C. To authenticate users before granting them access
D. To encrypt traffic between two networks
A. The process of ensuring the confidentiality, integrity, and availability of an organization's information assets.
B. The process of analyzing potential threats and determining the likelihood and impact of those threats on an organization.
C. The process of mitigating threats to an organization's information assets by implementing appropriate security controls.
D. The process of identifying, assessing, and prioritizing vulnerabilities in an organization's networks and systems.
A. TCP
B. ICMP
C. UDP
D. ARP
A. Ethernet
B. VPN
C. Wi-Fi
D. DSL
A. Implementing strong access controls and authentication mechanisms
B. Regularly updating antivirus signatures
C. Conducting periodic employee training on incident response
D. Creating secure backups of critical data
A. To encrypt sensitive data to protect it from unauthorized access.
B. To centrally collect, store, and analyze logs from various systems to detect and respond to security incidents.
C. To analyze network traffic and detect potential security threats.
D. To authenticate and authorize users to access network resources.
A. To prevent unauthorized access to the system
B. To avoid interference with malware removal tools
C. To stop the infected system from collecting sensitive information
D. To prevent further spread of the malware
A. To update antivirus software and security patches
B. To prevent and mitigate security incidents
C. To respond and recover from security incidents
D. To monitor and analyze network traffic
A. Anonymity
B. Discrimination
C. Impersonation
D. Confidentiality
A. The likelihood of a security incident occurring.
B. The degree to which a threat is capable of causing damage.
C. The potential for loss or harm as a result of a threat exploiting a vulnerability.
D. The exploitation of a vulnerability by a threat.
A. To identify any vulnerabilities or weaknesses in the system
B. To determine the level of compliance with regulatory requirements
C. All of the above
D. To assess the potential impact of changes on overall system performance
A. To analyze the impacts of cyberattacks after they occur
B. To attribute cyberattacks to a specific threat actor
C. To prevent cyberattacks from occurring
D. To detect and respond to cyberattacks early
A. To prevent unauthorized access
B. To encrypt data
C. To authenticate users
D. To monitor network traffic
A. Conducting periodic software audits
B. Enforcing strong password policies
C. Regularly updating firmware
D. Implementing software firewalls
A. SNMP
B. Telnet
C. FTP
D. SSH
