A. Manual server provisioning
B. Fragmented IT visibility
C. Decentralized incident response
D. Hardware replacement planning
A. On-premises-only monitoring capabilities
B. Unified visibility across cloud and on-premises environments
C. Limiting monitoring to legacy systems
D. Manual incident escalation workflows
A. Role-based access controls (RBAC)
B. Centralized hardware procurement
C. Integration-only cloud tools
D. Virtual Machine (VM) provisioning services
A. Automating all aspects of patch testing
B. Applying patches directly to production systems
C. Identifying potential conflicts with existing configurations
D. Simulating real-world scenarios to assess patch effectiveness
A. Reducing manual intervention in repetitive tasks
B. Limiting real-time monitoring capabilities
C. Enhancing compliance reporting
D. Suppressing critical alert escalation
A. Monitoring cloud and on-premises systems
B. Optimizing IT asset management across hybrid IT
C. Managing single-cloud environments exclusively
D. Automating hardware procurement
A. Manual categorization of all incidents
B. Predefined workflows for incident escalation
C. Automatic assignment of incidents to all users
D. Limiting escalation to a single user role
A. By restricting alerts to high-priority incidents only
B. By using predefined escalation rules and workflows
C. By requiring manual intervention for all incidents
D. By disabling automatic incident creation
A. Companies without monitoring needs
B. IT teams managing siloed on-premises systems exclusively
C. Organizations with hybrid IT environments
D. Enterprises requiring automated incident responses
