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Difficulty: EasyImpact of Automation on Network Management

A network operations team switches from per-device manual command-line configuration to centralized template-based automation. Which primary operational advantage does this shift deliver?

  1. It reduces configuration drift by enforcing consistent and repeatable changes across all managed devices.Answer
  2. B
    It shifts data plane packet forwarding responsibilities from local switches to an off-device controller.
  3. C
    It replaces state-mutating HTTP POST calls with HTTP GET operations when applying configuration changes.
  4. D
    It structures all network configuration files into flat JSON arrays containing no key-value mappings.

Answer

It reduces configuration drift by enforcing consistent and repeatable changes across all managed devices.
Transitioning from manual CLI configurations to centralized template-based automation allows engineers to define standardized configuration states once and deploy them uniformly. This eliminates human error and minimizes configuration drift across the network footprint.

Step-by-Step Solution

1
Analyze the operational impact of moving from manual CLI configurations to centralized template-based automation.
Manual CLI changes often lead to inconsistent settings across devices over time.
Human errors during individual device access introduce configuration drift.
2
Identify the primary core operational benefit provided by centralized templates.
Centralized templates guarantee that defined configurations are pushed identically across target nodes.
Standardizing change execution ensures compliance and reduces configuration drift.

Key Concept

Impact of Network Automation on Operational Consistency and Configuration Drift
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Topics

Impact of Automation on Network Management

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