A. To document manual processes
B. To restrict access to automated tools
C. To override user permissions
D. To define conditions and actions for automated workflows
A. Unified monitoring for hybrid IT environments
B. Automatic configuration of legacy hardware
C. Limiting integrations to on-premises systems
D. Automated incident and alert management
A. To serve as a centralized monitoring dashboard
B. To automate the patch management process
C. To manage user roles and permissions
D. To isolate and manage resources for a specific customer or workload
A. It enables seamless integration with modern cloud tools
B. It removes the need for on-premises IT staff
C. It eliminates network latency
D. It replaces hardware components with virtualized solutions
A. Simplifies real-time data sharing across cloud platforms
B. Restricts integration to specific vendors
C. Eliminates the need for gateways
D. Automates hardware provisioning
A. Configure manual patch management
B. Limit monitoring to high-priority devices
C. Monitor and analyze performance metrics across devices
D. Automatically upgrade hardware components
A. User permissions based on assigned roles
B. Network bandwidth allocation
C. Multi-cloud resource allocation
D. Application performance optimization
A. Predefined, non-editable templates
B. Custom filters for specific metrics
C. Automated hardware configuration integration
D. Adjustable widget layouts
A. Ensures timely updates to meet security standards
B. Limits vulnerabilities in legacy systems
C. Eliminates the need for audit trails
D. Reduces the risk of regulatory breaches
