Did you know that over half of global web traffic now comes from mobile devices? We have all struggled with a slow-loading mobile site at some point. It’s a common frustration, and that’s where mobile website monitoring comes into play. Today’s mobile-dominant landscape demands require that your website performs seamlessly across all devices.

Whether you are a solopreneur or the owner of a large business, think about the instances on your website or app when customers feel irritated, stuck, or frustrated on their mobile screens. Be it an app slowdown, broken flow, or irregular functionality, a mobile application performance issue can make or mar a business's reputation quicker than ever before, especially since mobile phones have become the primary screens for many users.

Kubernetes is now much past a hyped-up buzzword and has become nearly the de facto platform for microservices, enabling the flexibility and scalability modern engineering organizations require. It’s no surprise then that many organizations still running on legacy platforms are exploring how to migrate to cloud-native platforms like Kubernetes.

The age of information technology has rapidly expanded to include a wide range of necessary roles to manage and optimize operational frameworks. Site Reliability Engineers (SREs), Development Operations (DevOps), and Platform Engineers have become invaluable within this digital landscape. Here, you’ll learn more about each role, how they differ, and what they bring to the table.

Incidents are unavoidable in software development and IT. As a Site Reliability Engineer (SRE), one of the tools you’ll use frequently is an incident timeline. The incident timeline provides a real-time report on any incident, including alerts, system updates, issue severity changes, manual chat entries, and more.

Webhook monitoring helps ensure your system is working correctly. It gives you an understanding of the health of your webhooks. This article will cover different kinds of webhook tracking and how to implement them in your system. To follow this article, sign up for a free trial of MetricFire.

In the rapidly evolving landscape of IT infrastructure, enterprises are increasingly moving away from traditional virtualization platforms due to rising licensing costs and the limitations these older systems impose on modern cloud-native application needs. The shift towards Kubernetes, which can manage diverse workloads such as containers, virtual machines (VMs), and bare metal environments, accelerates the migration from traditional virtualization platforms.

A tool’s success often rests on one question: Is it easy to use? In this final installment of our series on the AI by Design framework, we’ll discuss how SolarWinds applies best practices in simplicity and accessibility to develop artificial intelligence-driven solutions that provide a deeply intuitive user experience. Let’s take a closer look.

The majority of cloud providers let you upload data for free. But moving that same data across their services, to another cloud provider, or back to your own data center comes at a cost commonly known as AWS egress costs. The cost may be cents per gigabyte (GB). But once you exceed the free tier’s 100 GB, it starts to add up. In this guide, we explain how AWS egress pricing works. With this understanding, along with the cost-saving tips we’ll share, you can reduce your egress costs like a pro.

React is an open source JavaScript library known for its simplicity and incredible performance when creating an interactive user interface. React has gained wide adoption from web developers and reputable companies. While there are other frameworks in the JavaScript ecosystem, React is often the first choice when it comes to user interface and frontend business logic.