A network operations team replaces traditional periodic SNMP polling with API-driven streaming telemetry push notifications across enterprise switches. Which operational advantage does this architectural shift directly provide to network management?
- AIt eliminates the need for HTTP GET requests by requiring HTTP POST calls to continuously mutate monitoring server states.
- It continuously streams structured data from network devices in near real-time upon state changes, reducing monitoring latency and CPU overhead compared to periodic polling.Answer
- CIt forces devices to use local agent software to execute agent-based polling loops over SSH connections instead of agentless SNMP queries.
- DIt inverts monitoring prioritization by processing level 7 debug logs before level 0 emergency notifications during data transmission.
Answer
Streaming telemetry continuously pushes structured data from network devices in near real-time upon state changes, reducing monitoring latency and CPU overhead compared to periodic SNMP polling.
Transitioning from periodic SNMP polling to API-driven streaming telemetry allows network devices to push operational statistics in near real-time whenever state changes occur or on structured subscription intervals. This significantly reduces latency, optimizes network bandwidth, and lowers CPU utilization on monitored devices.
Step-by-Step Solution
Key Concept
Impact of Streaming Telemetry vs Traditional Polling on Network Management