Recently, a Remote Code Execution vulnerability was discovered in the Java Spring Core library. This vulnerability allows attackers to execute arbitrary code on affected systems. You can find more information on that vulnerability in the announcement on the Spring Blog. While HAProxy Enterprise, HAProxy ALOHA, and other products within the HAProxy Technologies portfolio are not impacted by this (they do not use the Spring Core library at all), you can use our products to mitigate the attack.

Have you ever experienced user complaints and struggled to find the root cause of the performance degradation? I'm sure every IT operations professional has. Is it the application? Is it the underlying infrastructure? Is it the network? What if you have a single pane of glass that will gather all the relevant metrics and telemetry and display it in an intuitive and easy to understand fashion?

Event ingestion is one of the most mission-critical components at Sentry, so it’s only natural that we constantly strive to improve its scalability and efficiency. In this blog post, we want to share our journey of designing and building a distributed ingestion infrastructure—Sentry Points of Presence— that handles billions of events per day and helps thousands of organizations see what actually matters and solve critical issues quickly.

Network monitoring is a set of automatic processes that help to detect the status of each element of your network infrastructure. We are talking about routers, switches, access points, specific servers, intermediate network elements, and other related systems or applications (such as web servers, web applications, or database servers).In other words, network monitoring can be understood as taking a look at all the connected elements that are relevant to you or your organization.

In response to the explosive growth of Internet of Things (IoT) devices, organizations are embracing edge computing systems to better access and understand the enormous amount of data produced by these devices. As the name suggests, edge computing moves some storage and computing resources out of the central data center and closer to where the data is generated at the edge of the network, whether that’s a factory floor, retail store, or automated car.

In part 1 of our synthetics series, we looked at tracking network performance to drive better business outcomes. Here in part 2 of our series, we’ll dig into the very first and most basic business outcome of using digital experience monitoring (DEM). That is, we’ll look at how to protect and grow revenue by proactively monitoring the health, availability and uptime of your critical applications and services, so you can fix issues before your customers’ experience suffers.

The global march towards delivering operational resilience across the financial sector steadily continues.

IoT devices seem to be ubiquitous, but the truth is we’re not nearly there yet. In fact, IoT Analytics continues to predict steady growth as the future for IoT for years to come, with more than 27 billion devices online by 2025. They’re not alone in their bullish IoT predictions either. MarketsAndMarkets projects the global IoT market will more than double from 2021 to 2026, growing from just over $300 billion to over $650 billion.

What’s your network doing right now? Where is traffic flowing to, and where’s it coming from? Are there bottlenecks you don’t know about? Where’s the next problem going to be? Network traffic pattern analysis answers these questions and more. It’s a way for you to examine how your clients use your networks. You may think you know how heavily your clients utilize each segment and VLAN and where the weak points are. But do you?