A digital media platform is planning a large-scale migration of its application portfolio to AWS. The current on-premises infrastructure consists of 150 VMware vSphere virtual machines (VMs) and 25 physical bare-metal servers running CentOS. Due to strict corporate security and compliance policies, installing any software agents on the VMware VMs is strictly prohibited. However, agents are permitted on the physical bare-metal servers. The Solutions Architect must collect CPU and memory utilization history for right-sizing calculations across all servers, determine network dependencies for the physical servers to plan migration groups, and consolidate all tracking data in AWS Migration Hub. Which TWO actions should the Solutions Architect take to perform this discovery and tracking? (Select TWO.)
- Deploy the AWS Application Discovery Agentless Collector as an OVA virtual appliance in the VMware environment to gather VM inventory, configuration, and performance history.Cevap
- Install the AWS Application Discovery Agent on the physical bare-metal servers to collect system performance, running processes, and inbound/outbound network dependencies.Cevap
- CInstall the AWS Application Discovery Agent on the VMware vCenter Server to automatically push and run the agent within the guest operating systems of the VMs.
- DInstall the AWS Application Discovery Agentless Collector directly on the physical bare-metal servers to discover network dependencies without installing guest agents.
- EImport a flat CSV file containing the network dependency mapping of the VMware VMs into AWS Migration Hub using the Migration Hub Import tool.