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 Artificial intelligence is changing the way network engineers approach monitoring, troubleshooting, and automation. Traditionally, a network engineer might receive an alert, log in to the Cisco SD-WAN management platform, check device health, investigate WAN links, examine tunnel status, review application performance, and then decide what action should be taken. Now imagine an AI agent performing…

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 Artificial intelligence is changing the way network engineers approach monitoring, troubleshooting, and automation. Traditionally, a network engineer might receive an alert, log in to Cisco APIC, check faults, inspect endpoint information, verify contracts or routing, perform troubleshooting commands, and then decide what action should be taken. Now imagine an AI agent that can perform many…

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 Enterprise WAN networks are becoming increasingly complex. A modern Cisco SD-WAN deployment may include hundreds of branch locations, multiple transport circuits, cloud connectivity, SaaS applications, and centralized policy management. While Cisco SD-WAN simplifies operations through centralized control, troubleshooting issues across multiple sites can still consume significant time. Imagine receiving alerts that twenty branch offices have…

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Cisco ACI has transformed data center networking by introducing policy-based automation, centralized management, and application-centric networking. However, as enterprise fabrics grow, troubleshooting becomes increasingly challenging. Imagine receiving multiple faults from different leaf switches after a maintenance window. Instead of manually checking APIC health, interface counters, contracts, endpoint learning, and event logs one by one, an…

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 An AI agent that can only talk isn’t much use to an SD-WAN operations team. It can summarize a wall of syslog you paste in, sure — but it can’t tell you a branch’s current BFD state right now, and it definitely shouldn’t be pushing a centralized policy change just because it “reasoned” its way…

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 An AI agent that can only talk isn’t much use to an ACI operations team. It can summarize a fault log you paste in, sure — but it can’t tell you Leaf-104’s health score right now, and it definitely shouldn’t be pushing a contract change just because it “reasoned” its way there. What separates a…

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 SD-WAN engineers already live in a world of layered decisions — underlay vs. overlay, per-app policy vs. site-wide policy, one control-plane failure that can silently affect hundreds of branches at once. That’s exactly the kind of environment where how an AI agent plans before it acts becomes critical, not optional. This post walks through the…

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 If you run ACI in production, you already know the job isn’t really “networking” — it’s decision-making under a policy model. Every ticket forces the same question: is this a quick lookup, a known runbook, an investigation, a design choice, or something that needs a second pass before it goes live? AI agents face the…

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 Artificial Intelligence is rapidly becoming a key part of modern network operations. Whether you are managing a Cisco ACI fabric, troubleshooting Nexus switches, automating configuration changes, or investigating performance issues across multiple sites, understanding how AI agents think and execute tasks can help you work more efficiently. In this article, we will explore some popular…

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