Don't Get Ghosted by Your Network: AOS-CX NAE Sees All, Reacts Instantly.
Dear network engineers,
We've all been there. That intermittent issue that disappears the moment you start troubleshooting. The "ghost in the machine" that leaves your users frustrated and your team scrambling. These "silent changes" - a brief MAC flap, a fleeting packet drop, a flickering power supply-are the bane of network operations. They're hard to catch, harder to diagnose, and often impact performance long before a human can react.
But what if your network had an ever-vigilant guardian? An always-on virtual assistant that not only sees every subtle shift but can also act on it immediately?
This is the promise of AOS-CX with its Network Analytics Engine (NAE).
All possible because The AOS-CX NAE Difference: Database -Driven Microservices Architecture.
Traditional networks rely on periodic polling or manual checks, which are simply too slow and inefficient to catch these transient issues. AOS-CX switches, however, operate on a database-driven, microservices architecture. This means:
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Every change (configuration, state, telemetry) is a data point.
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NAE agents are always listening, always analyzing.
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Built-in virtual assistants act on pre-defined policies, turning observation into immediate action.
Nothing goes unnoticed. And when something happens, NAE doesn't just alert you; it can proactively collect diagnostics, remediate the issue, or even open a ticket.
Let's dive into some of those "ghosts" that AOS-CX NAE helps you banish:
🤫 The "Ghost" MAC Flap Detective
The Problem: An intermittent MAC address flap briefly appears between two ports, indicating a potential loop or a device moving unexpectedly. By the time you log in to investigate, the MAC address has settled, and the evidence is gone. These "phantom" flaps can cause micro-outages and performance degradation.
How NAE Helps: An NAE agent proactively monitors the system logs for MAC_MOVE events. When detected, the agent is instantly triggered to:
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Run show mac-address-table and show lldp info remote-device on the affected ports.
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Capture the specific vendor and device ID of the rogue or problematic device before the entry ages out.
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Potentially disable the offending port or quarantine the MAC address.
The Benefit: No more chasing ghosts. You get immediate, actionable intelligence to pinpoint the source of the flap, even if it's transient.
🤫 The "Silent Drop" Packet Capture🤫 The Transceiver "Early Warning System"🤫 The Rogue DHCP Server Hunter🤫 Unauthorized Login Hunter🤫 Fan/Power Fail: The Chassis Sentinel🤫 High CPU Usage: The Performance Profiler
Learn more:
https://github.hpe.com/nae
Best,
Yash
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