Question

Difficulty: EasyImpact of Automation on Network Management

An enterprise network team is transitioning from legacy per-device CLI administration to an automated network management model. Which TWO statements describe key operational impacts of implementing network automation? (Select TWO.)

  1. Configuration drift is significantly reduced across network devices through centralized template enforcement.Answer
  2. Configuration changes can be deployed simultaneously across multiple devices using programmatic APIs.Answer
  3. C
    Network automation eliminates the operational requirement for a physical IP underlay routing fabric.
  4. D
    Retrieving telemetry data using automated REST APIs requires executing HTTP POST operations to read server state without modification.

Answer

Network automation reduces configuration drift through centralized template enforcement and enables simultaneous configuration changes across multiple devices via programmatic APIs.
Transitioning to automated network management provides operational efficiency by replacing manual CLI commands with centralized template-based provisioning (minimizing configuration drift) and allowing scalable, concurrent updates across network infrastructure via APIs.

Step-by-Step Solution

1
Analyze operational benefits of template enforcement.
Centralized automation platforms push standardized configurations, preventing localized manual changes that cause configuration drift.
Automation enforces a single source of truth for device configurations.
2
Evaluate scalability of change management via APIs.
API calls execute commands concurrently across many devices instead of requiring sequential hop-by-hop SSH CLI connections.
Programmatic execution significantly reduces human effort and deployment duration.

Key Concept

Impact of Automation on Network Management
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