Agentic AI: A Bold New Era for Enterprise Operations
Agentic AI—intelligent systems capable of proactive, context-aware decision-making—is reshaping how corporations operate. Rather than forcing organizations to rely on rigid, feature-laden enterprise software that only fulfills a fraction of their needs, Agentic AI learns a company’s unique business logic to generate predictive, customizable workflows in real time. This shift not only enables “digital twin” simulations of corporate operations—letting leaders test new ideas or products in a virtual environment before rolling them out—but also demands a radical rethinking of enterprise compute infrastructures. To fully harness Agentic…
Why You Can’t Afford to Miss the AI Networking Summit NYC This Fall
If you’ve been paying even the slightest attention to the AI gold rush, you know that every tech event now tries to slap “AI” onto its agenda. But here’s the truth: most of what you’ll hear is the same generic hype: more slideware than substance, more marketing than mastery. That’s exactly why the AI Networking Summit, hosted by the ONUG Community this October in New York City, is different. Over two days, you’ll get an unfiltered look at how Agentic AI is transforming the very…
Reimagining Networking: My Vision for a Secure Data Exchange with an Agentic AI Overlay
A New Era for Networking Last week at the AI Networking Summit in Dallas, I shared a vision for the future of networking that challenges us to rethink what our industry is fundamentally about. We’re no longer just moving packets between devices; we’re orchestrating a secure data exchange that powers the AI era. Our current enterprise compute infrastructure—rigid, siloed, and reliant on outdated protocols like BGP—is buckling under the weight of petabyte-scale networks, exponential AI growth, and unpredictable traffic patterns. To meet these demands, we…
Finding the Needle Without the Haystack: Revolutionizing Network and Security Management with AI Agents
For years, enterprise network and security management has relied on a centralized model that’s starting to feel like a relic of a bygone era. Picture this: every networking device, every security appliance, every switch, router, and firewall diligently sending a flood of system logs, SNMP data, alerts, and threat indicators to a massive, centralized data lake. It’s a digital haystack—overflowing with terabytes of information, growing daily, and hiding the critical insights engineers need to keep the infrastructure humming and secure. When an incident strikes—say, a…
