Operations | Monitoring | ITSM | DevOps | Cloud

We've all been there. Users report that applications are slow, calls are dropping, or that "the internet is broken." Yet, a glance at the network dashboards shows a sea of green—latency looks acceptable, packet loss is minimal, and bandwidth seems fine. This common scenario highlights a fundamental challenge in network observability: the perceived disconnect between the technical measurements we gather and the actual experience of the people using our digital services.

A critical vulnerability in SAP NetWeaver (CVE-2025-31324) is currently being exploited in the wild. Disclosed on April 24, 2025, this vulnerability has the highest possible CVSS score of 10.0, indicating severe risk. The vulnerability affects SAP NetWeaver Application Server Java's Visual Composer Framework (version 7.50), allowing unauthenticated attackers to upload arbitrary files to NetWeaver servers. This can lead to remote code execution and complete system compromise.

Change is constant, but without a structured approach, it can lead to confusion, resistance, and costly disruptions. A well-planned change management process ensures transitions happen smoothly, minimizing risks while keeping teams aligned and operations running efficiently. Whether adopting new technology, restructuring teams, or refining business strategies, organizations that manage change effectively turn challenges into opportunities for growth.

With the introduction of cloud services and microservices, applications have become more complicated due to their increased layers of complexity and distributed architecture. While microservices clearly offer speed, they also make things harder for the developers and operations teams. These teams need to plan for the reliable and efficient performance of such applications. To combat these challenges, application performance monitoring (APM) has surfaced as an indispensable discipline.

By applying data engineering and machine learning to raw network telemetry, it’s possible to surface insights that would otherwise go unnoticed. Learn how this approach helps teams detect anomalies in real time, forecast capacity needs, and automate responses across complex, multi-domain environments.

Modern infrastructures are no longer confined to on-premises servers alone. Instead, they span cloud environments, containers, microservices, and globally distributed systems. This landscape, known as a hybrid cloud environment, has become the new norm for organizations, primarily because it offers the scalability of the cloud and ownership over specific elements afforded by an on-premises setup.

The wait is finally over! We are thrilled to announce that DX NetOps 24.3.9 marks the official general availability (GA) of DX NetOps Topology, a key milestone in our network observability journey. After a successful early access program with many customer deployments, we are excited to bring this highly anticipated solution to the broader community. DX NetOps Topology is designed to provide you with the insights and operational efficiency needed to manage both traditional and software-defined networks.