Operational monitoring can be like looking down the wrong end of a telescope. There’s no clear picture of the horizon. Everything is blurred, indistinct, and difficult to trace. If you’re relying on traditional, domain-centric monitoring, you’re faced with a similar problem: you can see the performance of individual elements, but you don’t have any visibility into the broader picture.
As a commercial pilot landing at night on an unfamiliar runway, the last thing you want is a cockpit alarm telling you the passenger in 14A wants more ice in their soda. You need to concentrate on the job at hand. At that critical moment in flight, you only want visibility into the alarms that matter. It’s the same with your monitoring environment. Too often, you can be overwhelmed by a tsunami of alarms—thousands of monitoring alerts that all point to the same problem.
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.
The Cohesity Data Platform consolidates backups, file shares, object stores, and data on a single web-scale data management platform. As a result, this platform helps reduce data sprawl and mass data fragmentation. The Cohesity platform allows teams to make their backup and unstructured data more productive for a range of efforts, including rapid app development, compliance, security, and analytics.
The IT infrastructure landscape has seen tremendous changes over last few years due to evolving technologies, newer business models, and ever-changing market demands. Business, market, and consumer demands are pushing such IT advancements as cloud, mobility, and IoT.
Business leaders talk excitedly about "digital transformation" and "innovative customer experience," but it falls on the shoulders of IT operations to make sure everything actually works. As transformation takes hold, IT teams manage increasingly complex, hybrid, and distributed environments – often comprising traditional on-premises systems and modern infrastructures made up of containers, multiple clouds, and virtualized networks.
The cloud and Electric Vehicles (EVs) have a lot in common. Both are modern, fast, and agile. Both are also in great demand. Every street seems to have an EV parked somewhere. It’s the same with the cloud, which is fast becoming the platform of choice to power enterprise applications. Whether it is public, private, or hybrid, the cloud offers flexibility, security, and low total cost of ownership.
If you’re a current user of Agile Requirements Designer (ARD), you are most likely using ARD to design your functional tests. But did you know that you can use ARD to create API tests that can be executed with your test automation framework? In this blog, I’ll share five real use cases for creating API tests with ARD. These examples come directly from our customers, and illustrate how our powerful model-based approach can scale your API testing.
