A. Installing additional network routers
B. Designing a user-friendly dashboard
C. Limiting access to system logs
D. Ensuring secure network connections
A. To reduce the number of user roles
B. To ensure optimal system availability and efficiency
C. To disable event processing during peak hours
D. To increase system downtime
A. Disabling redundant components
B. Introducing new user roles and permissions
C. Addressing known software issues and improving stability
D. Reducing the load on the server
A. Real-time data presentation and intuitive navigation
B. Reducing the number of event types displayed
C. Customizable themes and color schemes
D. Limiting the number of users who can access the GUI
A. Minimizing system resource usage
B. Defining accurate event escalation procedures
C. Ensuring users are aware of policy changes
D. Reducing the number of event sources being processed
A. The energy consumption of the new event sources
B. Compatibility and seamless data integration
C. The proximity of the new sources to the server room
D. Ensuring the new sources match the office decor
A. Selecting a dynamic IP range for event sources
B. Minimizing event history logs
C. Using default settings for all events
D. Defining thresholds for event alerts
A. The volume of the alert tones
B. The color scheme of the alerts
C. Precision and context-awareness in the logic
D. The brand of the servers running the logic
A. Analyzing them for error patterns or anomalies
B. Storing them without reviewing
C. Using them to confirm the normal operation of the system
D. Ignoring them completely
A. Disabling all notifications
B. Ignoring user roles and permissions
C. Avoiding system monitoring
D. Setting up alert thresholds
