Digital trade and eCommerce companies are generating transactions in more significant quantities than ever before. In 2020, eCommerce sales made up 19% of all worldwide retail transactions, representing $26.7 trillion in revenue. The cornerstone of any eCommerce company is providing a seamless, reliable experience where customers can log into a clean interface, browse products, and make purchases quickly and on-demand. Increased digitization after the pandemic has only heightened the stakes.

This article will cover how the health of your serverless application can be measured and improved. Technology and its implementation methodology evolve with time very rapidly. Cost efficiency and productivity are the key drivers of technological evolution these days. With the advent of the cloud, infrastructure costs have been brought down significantly. Serverless technology adds icing to the cake!

The current version of DX APM continues a long history of innovation for APM technology. More than two decades ago, the solution was the pioneer in byte code instrumentation. DX APM is now a next-generation solution for today’s complex and hybrid enterprise environments. Figure 1: Broadcom’s DX APM has evolved from Wily Technology’s invention of byte code instrumentation-based APM, which was introduced in 1998.

Today, we are launching the newest feature of Broadcom’s Enterprise Software Academy: DX Unified Infrastructure Management (DX UIM) resource pages. DX UIM is redefining infrastructure management with full-stack observability, an open architecture, modern admin and operator consoles, and zero-touch configuration.

DX Unified Infrastructure Management (DX UIM) has more than 150 monitoring probes, which enables IT administrators to monitor everything from traditional mainframe servers to modern hybrid clouds running on a wide range of platforms and operating systems. Traditionally, a separate probe has been required to monitor each specific technology. That’s because the interface that retrieved monitoring metrics was either proprietary or technology specific.

When it comes to gaining control over complex distributed systems, there are many indicators of performance that we must understand. One of the secrets to understanding complicated systems is the use of additional cardinality within our metrics, which provides further information about our distributed systems’ overall health and performance. Developers rely on the telemetry captured from these distributed workloads to determine what really went wrong and place it in context.

In this digital era, applications are used on a daily basis to make our life easier. A lot of software applications are launched every day, continuously increasing competition in the market. There are thousands of applications available for a task. But, the success of any application highly depends on its performance. A good-performing application provides a flawless user experience to the customers.