|
Key Takeaways
|
|
Networks aren’t what they used to be. While your network operations teams still have legacy equipment to manage, they’re also contending with the expanded reliance on software-defined networking (SDN), hybrid and multi-cloud architectures, private clouds, and more. These environments are anything but static. They’re sprawling, dynamic, and evolving faster than ever—which means that establishing and retaining visibility and control is more challenging than ever.
The new demands of the new network
In today’s networks, complexity is a given. You’re managing a multi-dimensional environment that’s constantly shifting. To keep pace, your operations teams need scalable tools that are simple to use and powerful enough to handle today’s demands. You need solutions that offer visibility that is aligned with the complex, dynamic nature of today’s network environments. This means harnessing solutions that address the following key requirements:
- Intelligent clustering. Teams must be able to use a range of criteria, including location, role, segment, organization, and criticality to establish groups of elements. This is essential in managing categories of network elements in a unified, consistent fashion, which promotes quality and efficiency.
- Layering. To gain an effective, holistic understanding of dynamic network environments, it is essential to be able to gain the right level of context and detail, at the right time. Teams need to establish different levels of abstraction, spanning from high-level representations to granular details. For example, if an administrator starts at a high-level view, and sees a domain is experiencing an issue, it is critical for them to be able to immediately drill down into the domain, locate the problem device, and access details to start identifying the root cause.
- Multi-dimensional navigation. Administrators must be able to view and navigate across various clusters and layers. This requires the ability to gain comprehensive visibility across different domains, locations, and technologies, while working within a unified, standard interface.
Introducing DX NetOps Topology
With DX NetOps, teams can centralize day-to-day operations to boost efficiency and control. Now, the solution features DX NetOps Topology. DX NetOps Topology transforms how network operations teams visualize, understand, and manage modern networks. The solution is built to simplify your daily workflow, speed up problem-solving, and scale right along with your environment.
With DX NetOps Topology, you can:
- Gain end-to-end visibility. Whether you’re managing legacy systems, cutting-edge SD-WAN deployments, or a mix of pretty much everything, DX NetOps Topology provides a unified view that brings it all together. You get a “single pane of glass” that offers coverage that spans clouds, locations, and technologies.
- Troubleshoot faster with multi-hop triage. Stop relying on trial and error and guesswork when issues arise. The platform’s multi-hop triage workflows help you follow the problem path, hop by hop—so you can figure out whether that device with a red alarm is the actual culprit, or just a symptom of a deeper issue.
- Leverage intelligent, actionable views. Let’s say you’re troubleshooting an issue. You can either zoom in from a global view (top-down) or start with a known troubled device (bottom-up). And when it is time to act, you’re not left guessing. Every step in your navigation is packed with context—think alarms, metrics, port details—all shown right when you need them.
- Work smarter with intelligent clustering and layered views. You can organize elements by location, role, criticality, or any custom dimension you need. From a high-level overview to granular device details, layering gives you the control and perspective to dive deep when necessary—and do it quickly.
- Personalize your experience. Filters make it easy to narrow in by region, site, technology, or device type. You can even save those filtered views for later—so next time, you’re a click away from the insights you need.
- Stay ready for what comes next. With flexible integrations and a forward-looking roadmap, DX NetOps Topology is designed to grow with your organization, supporting emerging technologies and evolving infrastructures.
How it works
Once deployed, DX NetOps Topology becomes part of your inventory menu. Open it, and you’ll get a powerful visualization panel with zoom, search, and filtering tools. A detailed panel on the right gives you everything you need—alarms, metrics, port details, and more.
Whether you’re planning ahead or responding to a critical outage, this view gives you the clarity and control you need.
Example: Viptela SD-WAN
Managing SD-WAN? With DX NetOps Topology, you get unified, correlated views of both traditional and software-defined environments. For example, in a Viptela SD-WAN deployment that spans multiple locations, you can view the entire control and data plane. You’ll be able to:
- See physical routers, ports, and tunnels.
- Understand overlay and underlay relationships.
- Investigate issues quickly with a single click.
And it doesn’t stop with Viptela—DX NetOps Topology supports Cisco ACI, Cisco Catalyst Center, VMware NSX, and more.
Conclusion
Today, networks are more dynamic, more complex, and more business-critical than ever. Your tools should be up to the task. DX NetOps Topology gives you the scalable visibility, intuitive workflows, and actionable insights you need to run your network with confidence. To learn more, be sure to view our recent Small Bytes webcast, A Comprehensive Overview of DX NetOps Topology.
Sandeep Tiwary
Sandeep Tiwary is a product manager for network operational intelligence for AIOps solutions at Broadcom. He has a deep understanding of and expertise in cloud technologies, along with more than 16 years of experience building and marketing software products and services. He is currently driving customer-centric...
Other resources you might be interested in
Why Your NOC Will Ignore AI
Network engineers often ignore AI warnings due to a lack of trust. Learn how network observability provides the evidence needed to validate predictive insights.
ValueOps: Implementing Frictionless Cost Accounting
Learn how to implement and manage ValueOps Frictionless Cost Accounting (FCA)
Transforming Enterprise AI: Agile Operations in 2026
In this video, Broadcom’s Serge Lucio shares his 2026 outlook, explaining why true enterprise AI requires moving beyond basic chatbots to deploy domain-specific AI agents built on a foundation of...
Rally Office Hours: March 5, 2026
Rally Office Hours features a product announcement on team planning page updates, followed by Q&A covering column rearrangement, filtering, rollups, and time in state.
Rally Office Hours: February 26, 2026
Rally's AI Coding Assistance Integration (MCP server) is live. New conversational mode for creating child artifacts. Q&A covers PI objectives and custom views.
Automic Automation Cloud Integrations: Google Cloud Run Agent Integration
Broadcom's Google Cloud Run Automation Agent lets you easily execute Google Cloud Run jobs, monitor and manage them with your existing enterprise workload automation, as well as other cloud-native...
Rally Office Hours: February 19, 2026
Learn more about Rally's AI capabilities, including the upcoming MCP server and built-in features, plus follow a Q&A session and upcoming event announcements.
Clarity 101 - From Strategy to Reality
Learn how Clarity helps you achieve Strategic Portfolio Management.
Working with Custom Views in Rally
This course introduces you to working with custom views in Rally.