Operations | Monitoring | ITSM | DevOps | Cloud

Network visualization is the process of visually representing networks of connected entities, like devices, data flows, or relationships, using nodes and links. This technique helps in understanding complex data, identifying patterns, and improving network management by providing a clear visual overview of the network’s structure and behavior.

Fastify stands out among Node.js web frameworks for its obsessive focus on performance and boasts impressive benchmarks, with throughput often 2-3x higher than Express and other popular alternatives. But here's the paradox: without proper visibility, even applications with a good foundation will degrade over time as you add features and complexity.

Distributed tracing data is a unique and powerful observability signal, allowing you to understand how your services interact and the relationships between them. Sometimes it can be difficult, however, to turn raw tracing data into actionable insights. This is exactly why we introduced Grafana Traces Drilldown, an application that lets you quickly investigate and visualize your tracing data through a simplified, queryless experience.

Compliance with the Payment Card Industry Data Security Standard (PCI DSS) is essential for any organization that handles credit card data, and it extends far beyond databases and payment gateways. One area often overlooked is file transfer workflows, which can pose serious risks if not properly secured.

I’ve previously covered how eG Innovations AIOps-powered monitoring benefits those working with Digital Workspaces or leveraging APM; today, I’ll cover how those same AI-powered capabilities benefit those supporting cloud hosted architectures and workloads.

If you just want the gist without all the scroll.

VXLAN overlays bring flexibility to modern data centers, but they also hide what operators most need to see: true host-to-host and service-to-service traffic. Kentik restores that visibility by decoding VXLAN from sFlow, exposing both overlay endpoints and underlay paths in a single view without the cost and complexity of pervasive packet capture — the result: faster troubleshooting, smarter capacity planning, and confident operations at scale.