The Digital Employee Experience (DEX) is a term that's been gaining momentum in recent years. Simply put, DEX refers to the employee's experience of technology at work. This includes everything from the devices and applications they use to the network connectivity and support they receive. The Digital Employee Experience (DEX) is "a holistic approach to designing and managing the technology environment in which employees work." It includes a variety of components, such as digital workspaces, collaboration tools, and workflow systems. DEX is all about creating an environment that is engaging, productive, and conducive to a positive employee experience.

In today's remote work environment, virtual desktop infrastructure (VDI) solutions such as Citrix have become essential tools for organisations to enable their employees to work from anywhere. Citrix provides access to virtual desktops, applications, and data, allowing employees to work from any device and location. However, to ensure a seamless user experience, it is essential to have comprehensive monitoring of the Citrix environment. Unfortunately, many IT teams need help identifying and resolving issues that impact the user experience, particularly when the problems are intermittent or challenging to reproduce.

You're probably familiar with Splunk. It's one of the most popular big data solutions organisations worldwide use to monitor their systems in real-time. But you may not know that Splunk also offers synthetic monitoring solutions via 2 Steps. 2 Steps Synthetic Monitoring for Splunk is a powerful tool that can help you speed up your application troubleshooting process. Today we'll take a closer look at what it is and how it can benefit your organisation.

Over the last couple of years, there has been exponential growth in the volume and variety of machine data. The main reason has been the ever-growing number of connected machines in IT infrastructure, the sophistication of data algorithms, and the increased use of IoT devices. This data has proven to be quite valuable - even necessary - as an organisation can analyse and use it to drive productivity, improve efficiency, and gain visibility for their business. There is a catch: to make the machine data work for them, organisations need a simplified tool that can analyse and visualise. This is where Splunk comes in.

The global "mHealth market" is anticipated to reach USD 293.29 billion by 2026, growing at a CAGR of 29.1% over the forecast period, according to Fortune Business Insights. This growth is being driven by the rising adoption of mobile health technologies and the increasing use of cloud-based services. This growing customer dependence and ever-changing landscape of healthcare make it more important than ever to have a comprehensive understanding of how your applications are performing and to ensure that mission-critical applications, which can cause serious consequences from downtime, perform as they should.

Many enterprises are taking a customer-centric approach to meet customer demands more efficiently and upscale their businesses. However, several siloed communication and workflows within these organisations often make it challenging to achieve the desired experiences for customers. Additionally, the initiatives adopted by the enterprises usually don't provide an extensive understanding of the end users' experiences. The market's answer to this problem is monitoring software. Enter digital experience monitoring.

Synthetic monitoring and automated testing are a major advantage if you can use them. Unfortunately, some challenges stand in the way of running these technologies outside of a web browser. Trying to run synthetic monitoring on Citrix is even more challenging. Thankfully, 2 Steps has identified and solved these issues. In this post, we'll take your through the challenges that running a synthetic monitoring and automated testing solution on Citrix poses and tell you how 2 Steps makes those challenges go away.

Site reliability engineers (SREs) play a crucial role in ensuring the reliability of systems. From creating software to improving system reliability in production, responding to incidents, and fixing issues, SREs are responsible for guaranteeing the health of applications.. And observability helps support SREs'. Because an observable system allows them to identify and fix issues promptly, resulting in SRE's being better equipped to fast-track development cycles.

For most businesses, effective digital transformation is a key strategic objective, and as computing infrastructure grows in complexity, end-to-end observability has never been more important to this cause. However, the amount of data and dynamic technologies required to keep up with demand only continues to increase, and current tools are not equipped to handle it- with any discrepancies resulting in rising costs and reduced competitiveness.