Operations | Monitoring | ITSM | DevOps | Cloud

If you integrate DX NetOps with external dashboards, reporting engines, or IT service management tools, you likely rely on our API framework. We are currently migrating this framework from OData 2 to OData 4. This transition requires you to update your existing integrations so they continue to function properly. Let me walk you through exactly what is changing, how to identify your active API queries, and the specific adjustments you need to make to your setup.

If you have been in network operations for more than a week, you know the dream of the single vendor shop is exactly that, just a dream. In the practical reality of your daily job, the network is a diverse, chaotic ecosystem. It is a complex stack in which layers of technology from different times and vendors coexist, often uneasily.

Upgrading a large DX NetOps environment with multiple components across distributed infrastructure can be a challenging endeavor. Network interruptions, time-consuming validations, and the need for detailed diagnostics have been persistent pain points for administrators. With the release of version 25.4.6 of the DX NetOps Upgrade Automation Tool, we've addressed these challenges head-on. This release introduces powerful new capabilities that fundamentally change how you approach upgrade operations.

Imagine you are driving to work and a yellow check engine light flickers on your dashboard. The car feels fine. It accelerates normally, there is no strange noise, and the temperature gauge is steady. What do you do? If you are like most people, you keep driving. You might make a mental note to look at it later, but you don't pull over on the highway and call a tow truck.

If you work in network operations, you know that the only constant is the increasing complexity of the infrastructure you manage. The days of installing a monolithic software package on a single bare-metal server and letting it hum along for years are largely behind you. The software industry has largely shifted toward cloud-native architectures, microservices, and containerization. While these shifts promise agility and scalability, they also introduce significant operational complexity.

There is a satisfaction in building things yourself. It is the same psychological hook that powers the endless stream of DIY renovation videos on your social media feeds. You watch a sixty-second clip of someone transforming a pile of lumber into a custom coffee table, and it looks ingenious, cost-effective, and uniquely tailored to their needs. It triggers a powerful "why buy when I can build?" mindset.

As we enter 2026, the dust has settled on the initial explosion of hybrid work and cloud adoption. The "new normal" is no longer new; it is simply operations as usual. However, the tools we use to manage this ecosystem are undergoing a massive correction. The fragmented, tool-sprawl approach of the early 2020s is proving unsustainable in the face of growing network complexity. Network operations teams are no longer looking for more data; they are looking for better answers.

December has arrived. The change freeze is looming, and the holiday requests are likely piling up in your inbox right now. It is the natural time for you to look back at the last twelve months, not just to measure your team's performance, but to consider how much the game itself has changed. If you look at the trajectory of your industry this year, a clear pattern emerges. You didn't just face new technical challenges; you faced a genuine shift in what it means to manage a network. The old metrics broke.

The cloud landscape is no longer just about "getting to the cloud"—it is about mastering the complexity once you are there. For organizations using VMware Cloud Foundation (VCF), the stakes have never been higher. As infrastructure converges, the margin for error shrinks, and the need for precision grows. To understand how the industry is navigating these changes, we dive into the VMUG Cloud Operations and VCF User Experience Report 2026.