A biotechnology firm is planning to migrate its drug discovery platform to AWS. The on-premises environment consists of 50 VMware vSphere virtual machines (VMs) and 10 physical bare-metal database servers. The firm's strict security compliance policy prohibits installing any third-party software or agents on the production VMware guest operating systems. However, they must perform network connection dependency mapping on the bare-metal database servers to identify active TCP connections and group them with the correct front-end applications. All servers are restricted from direct outbound internet access, but a central proxy server is available for outbound HTTPS traffic. Which combination of actions should a solutions architect recommend to collect the necessary discovery data and track the migration? (Select TWO.)
- Deploy the AWS Application Discovery Agentless Collector as an OVA in the VMware vCenter environment to gather VM configuration and utilization metrics without guest OS agent installation.Answer
- Install the AWS Application Discovery Agent on the 10 physical bare-metal database servers and configure the agent configuration file to route HTTPS traffic through the central proxy server.Answer
- CInstall the AWS Application Discovery Agent on the VMware VMs, and configure the local firewall to permit traffic on TCP port 1500 to the migration staging area to discover the server dependencies.
- DDeploy the AWS Application Discovery Agentless Collector on a dedicated physical utility server to perform active network connection mapping and process discovery on the bare-metal database hosts.
- EUse AWS Schema Conversion Tool (SCT) to extract database schemas and manually upload the database metadata as a CSV file to AWS Migration Hub to dynamically map real-time network dependencies.