300-540 · Question #38
A large company's legacy network is set up with equipment from multiple vendors. The company engaged a network architect to optimize the network for virtualization. The architect must ensure robust…
The correct answer is C. Implement a flexible service-modeling approach that leverages automation for ongoing. Option C aligns perfectly with NSO service-modeling approaches: - Service models must be flexible, not rigid, enabling changes as technologies and needs evolve. - The architecture must support continuous refinement, enabling multi-vendor abstraction and lifecycle automation…
Question
A large company's legacy network is set up with equipment from multiple vendors. The company engaged a network architect to optimize the network for virtualization. The architect must ensure robust and efficient operation, considering the company's immediate needs but also anticipating future network complexities and scalability requirements. The chosen strategy must be capable of integrating seamlessly with existing systems, while providing a pathway for innovation and growth. The solution must facilitate end-to-end service automation throughout the entire lifecycle, and the implementation must ensure the validation, execution, and abstraction of network configurations and services. Which action must be taken to meet the requirements?
Options
- AImplement a service life-cycle approach with simplified monitoring that plans for post-deployment
- BImplement a configuration-management approach that allows for configuring each network device
- CImplement a flexible service-modeling approach that leverages automation for ongoing
- DImplement a service-modeling approach with a static YANG one-size-fits-all model that includes
How the community answered
(35 responses)- A6% (2)
- B14% (5)
- C77% (27)
- D3% (1)
Explanation
Option C aligns perfectly with NSO service-modeling approaches: - Service models must be flexible, not rigid, enabling changes as technologies and needs evolve. - The architecture must support continuous refinement, enabling multi-vendor abstraction and lifecycle automation. This ensures the network evolves seamlessly while remaining stable and automated.
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