Load balancing: NSX provides load balancing capabilities that distribute traffic among multiple servers or services, improving application availability and performance.
Micro-segmentation: This is one of the primary use cases for NSX. It allows for granular security policies to be applied to individual workloads within the data center, helping to protect against lateral movement of threats.
Automated backups: While backups are essential for data protection, they are typically handled by backup solutions and are not a direct use case for NSX.
Data encryption: While NSX may support some aspects of network security, data encryption is generally handled at the storage or application level, rather than being a direct function of NSX.
Cloud monitoring: NSX does not specifically focus on monitoring; instead, it is primarily concerned with network virtualization and security.

Ignoring alerts can lead to more significant problems down the line.
Increasing disk size may not directly resolve performance issues.
Overprovisioning should be avoided to maintain performance integrity.
Regular health checks help identify potential problems before they escalate.

NSX does not need to be operational first.
vSAN is not required to be operational prior to enabling IaaS.
vCenter Server must be operational to manage resources.
SDDC Manager must be operational before enabling IaaS control plane.

Expiration dates are important but secondary to obtaining certificates.
Ensuring valid certificates are in place before deployment is crucial.
Backup strategy does not relate directly to certificate setup.
Manual installation is not directly related to certificate configuration.

Best practices help standardize configurations across hosts.
Compliance is important but not the main focus of best practices.
Unique configurations are discouraged in best practices.
They do not simplify the complexity of configurations.