A network architect wants to propose a scalable network monitoring solution in which data is repeatedly acquired from network devices. The solution must use a push model and provide close to…

The correct answer is A. streaming telemetry. Streaming telemetry (Option A) is the correct answer because it is specifically designed as a push-based model where network devices proactively stream operational data to a collector at regular intervals or upon change, providing near-real-time visibility without polling…

Network

Question

A network architect wants to propose a scalable network monitoring solution in which data is repeatedly acquired from network devices. The solution must use a push model and provide close to realtime access to operational data. Which technology must be used to meet these requirements?

Exhibit

Options

Astreaming telemetry
Blogging
CSNMPv3
DCLI-based scripting

How the community answered

(23 responses)

A
87% (20)
B
4% (1)
D
9% (2)

Explanation

Streaming telemetry (Option A) is the correct answer because it is specifically designed as a push-based model where network devices proactively stream operational data to a collector at regular intervals or upon change, providing near-real-time visibility without polling delays. This makes it highly scalable since the collector does not need to query each device individually. SNMPv3 (Option C) uses a pull model (polling), introducing latency and scalability limits. CLI-based scripting (Option D) also typically uses a pull model and does not scale well. Logging (Option B) is event-driven and push-based but is not structured for continuous, near-real-time operational data streaming with subscription-based granularity. Streaming telemetry (gRPC/gNMI-based) is the industry-standard answer for push-model, scalable, real-time monitoring.

Topics

#Streaming Telemetry#Network Monitoring#Real-time Data

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