Which QRadar Apps integrate with the User Behaviour Analytics App to enhance its detection capabilities?
- A . QRadar Risk Manager and QRadar Network Security
- B . QRadar Machine Learning App and Reference Data Import – LDAP
- C . QRadar Asset Profiler App and Palo Alto Networks App for QRadar
- D . QRadar Incident Remediation App and QRadar Artificial Analysis App
How can assets be used to help in investigations?
- A . As valuable data sources.
- B . Make searching for offenses easier.
- C . Help connect an offense to a device.
- D . Provide external threat intelligence.
An attacker, who has physical access to the premises, has connected a personal laptop to the network in an attempt to sniff traffic and record any clear text passwords.
This scenario would be classified as which type of attack?
- A . Fabrication
- B . Interception
- C . Modification
- D . Interruption
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What does QRadar Network Insight (QNI) create?
- A . An Offense from Events.
- B . A demilitarized zone from Apple Airport data.
- C . OSI Layer 7 packet from OSI Layer 3 flow information.
- D . IPFIX records with deep security content from SPAN or TAN port data.
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
What are offenses used for?
- A . To track the time spent investigating incidents by an Analyst.
- B . To provide incident statistics based on rule group membership.
- C . To bundle information about a suspicious activity, including events and flows.
- D . To allow the Historical Correlation engine to check for previous occurrences of security incidents
Which types of software appliance are involved of an events is received by an Event Collector, and the event is then to an Event Processor and causes an Offense to be updated on the Console?
- A . 13xx to 17xx to 31xx
- B . 13xx to 18xxt o 21xx
- C . 13xx to 16xx to 31xx
- D . 15xx to 17xx to 21xx
Which attributes would contribute to an effective demonstration of QRadar?
- A . Bring a whiteboard since prospect might not have one. Show what each tab of the QRadar interface does.
- B . Show all analysis features on flow data. Focus on the functions that the prospect asked for
- C . Explain all extension options for add-ons to the prospect. Explain QRadar’s architecture and scalability.
- D . Tell a story on how QRadar solves an issue that is relevant to the prospect. Talk about the benefits of QRadar in relation to the prospect’s situation.
What does QRadar Incident Forensics do?
QRadar Incident Forensics:
- A . analyzes event data for an incident that is discovered by QRadar SI EM.
- B . analyzes flow data for an incident that is discovered by a QRadar SI EM.
- C . brings in the vulnerability data relevant for an incident that is discovered by QRadar SIEM.
- D . aggregates the relevant network data for an incident that is discovered by QRadar SIEM.