Which is NOT a step for MID Server auto selection?

Which is NOT a step for MID Server auto selection?

• A. Configure an appropriate IP range
• B. Set default MID Server for the ALL application
• C. Prioritize MID Servers based on highest configuration
• D. Identify the first MID Server that is Up

Answer: (C)

The process of MID Server auto selection revolves around choosing the most suitable MID Server to handle a particular discovery job in an efficient manner. Each of the steps in the process has a specific function that contributes to optimizing the selection of the MID Server. Configuring an appropriate IP range is essential as it ensures that the MID Server can communicate effectively with the devices it is supposed to discover. Without this, the MID Server may not be able to engage with the correct targets. Setting a default MID Server for the ALL application helps streamline the selection process, providing a fallback option in situations where other MID Servers might not be available or suitable. Identifying the first MID Server that is up is relevant because it allows the system to quickly assign a task to an available MID Server, facilitating a more efficient and reliable discovery process. Prioritizing MID Servers based on the highest configuration, while it may seem logical to select the most capable server, is not a formal step in the auto selection process. Instead, the process tends to focus on availability and speed of connection rather than the configuration of the MID Servers. This choice emphasizes practical availability over theoretical capabilities, which reflects the need for rapid and effective service delivery in dynamic network environments.

The process of MID Server auto selection revolves around choosing the most suitable MID Server to handle a particular discovery job in an efficient manner. Each of the steps in the process has a specific function that contributes to optimizing the selection of the MID Server.

Configuring an appropriate IP range is essential as it ensures that the MID Server can communicate effectively with the devices it is supposed to discover. Without this, the MID Server may not be able to engage with the correct targets.

Setting a default MID Server for the ALL application helps streamline the selection process, providing a fallback option in situations where other MID Servers might not be available or suitable.

Identifying the first MID Server that is up is relevant because it allows the system to quickly assign a task to an available MID Server, facilitating a more efficient and reliable discovery process.

Prioritizing MID Servers based on the highest configuration, while it may seem logical to select the most capable server, is not a formal step in the auto selection process. Instead, the process tends to focus on availability and speed of connection rather than the configuration of the MID Servers. This choice emphasizes practical availability over theoretical capabilities, which reflects the need for rapid and effective service delivery in dynamic network environments.