Cisco Understanding Cisco Cybersecurity Operations Fundamentals - 200-201 Free Exam Questions

A. Run "ps -d" to decrease the priority state of high-load processes to avoid resource exhaustion

B. Run "ps -ef to understand which processes are taking a high amount of resources

C. Run "ps -u" to find out who executed additional processes that caused a high load on a server

D. Run "ps -m" to capture the existing state of daemons and map the required processes to find the gap

A. Risk represents the nonintentional interaction with uncertainty in the system

B. Threat represents a state of being exposed to an attack or a compromise, either physically or logically.

C. Risk represents the known and identified loss or danger in the system

D. Threat represents a potential danger that could take advantage of a weakness in a system

A. detection and analysis

B. vulnerability management

C. post-incident activity

D. vulnerability scoring

E. risk assessment

A. Logs can be gathered

B. An exploit can be built.

C. Risk can be calculated

D. A pcap file can be prepared

A. traffic fragmentation

B. port scanning

C. SYN flood

D. host profiling

A. Role-based are efficient in small workgroups, and rule-based are preferred in time-defined workgroups.

B. Rule-based are simple and easy to execute, and role-based are well-defined.

C. Role-based are an appropriate choice in geographically diverse workgroups, and rule-based are for simply structured workgroups.

D. Rule-based are less granular, and role-based have time constraints.

A. tunneling

B. encapsulation

C. TOR

D. NAT

A. identifies, removes, and mitigates system vulnerabilities

B. detects and removes vulnerabilities in source code

C. conducts vulnerability scans on the network

D. manages a list of reported vulnerabilities

A. info

B. tags

C. name

D. MIME

A. Identifying possible malware communications and botnet activity

B. Review of session logs for performance optimization in a distributed application environment

C. Monitoring of encrypted and unencrypted web sessions for diagnostics.

D. Analysis of traffic flows during network capacity testing

A. identity and access management

B. configuration management

C. mobile device management

D. vulnerability scanner

A. circumstantial evidence

B. corroborating evidence

C. best evidence

D. direct evidence

A. code red

B. ping of death

C. UDP flooding

D. MITM

E. TCP connections

A. CD data copy prepared in Mac-based system

B. CD data copy prepared in Windows

C. CD data copy prepared in Linux system

D. CD data copy prepared in Android-based system