Operations | Monitoring | ITSM | DevOps | Cloud

The COVID-19 outbreak has brought businesses around the globe to their knees. To survive, organizations across verticals are rolling out work-from-home policies. And for effective remote working, it’s imperative to employ VPN connections, as they serve as a conduit for workers to access business-critical data remotely. But when valuable VPN bandwidth is consumed by trivial activities, business-critical applications can run on only meager bandwidth, which translates to lost productivity.

Due to the COVID-19 epidemic, an increasing number of people are currently using online resources for their daily lives to work from home, shop online, and for entertainment. Many companies are now turning to ecommerce to fulfill their customers’ orders and those who already have ecommerce stores may be seeing an increase in traffic, causing reliability or performance issues.

Over the last few days, most of us have been getting to grips with this new, albeit temporary, norm of remote working. At SquaredUp, we’ve always been able to work like this as all of the tools we use day-to-day are SaaS products or hosted in Azure, but while we’ve always had the right tools, we’ve never actually had to experience everyone being out of the office at the same time.

AWS S3 buckets are an indisputably powerful—and extremely well-organized—DevOps tool. Standing for “simple storage service,” the S3 is the lowest tier offered for AWS storage, but it is also the most indispensable. S3 buckets store data for immediate recall, the most active components in Amazon’s arsenal of storage options. They can store a variety of developer applications and up to five terabytes of data each.

One of the challenges introduced by microservices architectures is the ability to understand how the application performs and where most time is spent. The Elastic Stack and Elastic APM can provide observability for modern, microservice-based solutions as well as monolithic applications. Application Performance Monitoring (APM) combines different technologies to provide a deep, transparent and holistic view of what each service component is doing, where, when, and for how long.

Application performance monitoring (APM) is a critical part of a unified observability strategy. APM offers deep insights into application performance and behavior, and organizations depend on it to deliver performant and high-quality digital experiences to their customers — both for keeping a proactive pulse on the health of their applications and for troubleshooting issues.