A global logistics company operates hundreds of edge routers configured individually via SSH CLI scripts. Due to subtle differences introduced during manual troubleshooting over time, routine network changes frequently lead to unexpected outages. Which primary operational shift occurs when this network adopts an automated, intent-based management system to handle configuration updates?
- AManagement workflows require deploying dedicated agent software on each edge router to parse declarative configuration files locally.
- Device state is continuously validated and aligned against a centralized target intent, eliminating inconsistencies caused by manual ad-hoc changes.Answer
- CSystem monitoring relies on HTTP GET requests to push live configuration state updates directly to remote network hardware.
- DEvent logging priority is inverted so that Syslog severity level 7 notifications automatically initiate emergency configuration rollbacks instead of severity level 0 messages.
Answer
Device state is continuously validated and aligned against a centralized target intent, eliminating inconsistencies caused by manual ad-hoc changes.
Transitioning from manual CLI administration to automated, controller-led management establishes a single source of truth. The management system continuously validates active device configurations against defined business intent, eliminating configuration drift and operational errors caused by ad-hoc CLI changes.
Step-by-Step Solution
Key Concept
Impact of Automation on Network Management Consistency and Configuration Drift