A. Maximizing downtime
B. Ensuring system availability and performance
C. Reducing system functionality
D. Ignoring alerts
A. Reviewing user feedback
B. Limiting the number of event sources
C. Running system stress tests
D. Disabling logging functionality
A. Minimizing disruption to users during maintenance
B. Increasing system downtime
C. Disabling event sources during maintenance
D. Ignoring system updates during peak hours
A. Planning social media campaigns
B. Scheduling system maintenance windows
C. Organizing corporate events
D. Monitoring and managing network events
A. To ensure the issue is genuinely resolved
B. To create additional problems
C. To make the process longer
D. To impress management
A. Historical Data Viewer
B. Event Archiver
C. Event Analytics
D. Event Dashboard
A. To monitor and manage system and network events
B. To configure new data sources
C. To perform system backups and restoration
D. To install new software updates and patches
A. To improve the aesthetic of the user interface
B. To ensure all components can be visually monitored
C. To reduce the load on the network infrastructure
D. To prevent unauthorized access to event data
A. The color palette of the external interfaces
B. API compatibility and security protocols
C. Entertainment options for the IT team
D. The scalability of the network
A. Real-time data updates
B. Intuitive layout and user experience
C. Visually pleasing color palettes
D. Background images of the company logo
