Operations | Monitoring | ITSM | DevOps | Cloud

Docker is a platform that enables developers to run software in packaged environments called containers. These containers are operating system (OS)-level virtualized elements that share a common Linux server yet have their software, libraries, and configuration files bundled within them. These containers can communicate with each other and exchange information, making it easier to develop and host multiple applications through the CI/CD DevOps methodology.

When was the last time you checked your website’s performance? If your answer is longer than five minutes ago, you’re dropping the ball on one of the most important things you can do to improve bounce rates, Google rankings, conversions, and revenue. In this article, we go over the steps you need to take when maintaining a fast user experience.

Applications have traditionally been run on servers, which have to be closely monitored to ensure there are no hindrances in production. In the case of serverless computing, you no longer have to manage servers, as the onus falls on cloud service providers. Read along to discover more about serverless computing, including some of its advantages and disadvantages. So what actually is serverless computing?

The classic debate when running a software as a service (SaaS) business is between release frequency vs. stability and availability. In other words, are you Team MTTR (mean time to recovery) or Team MTBF (mean time between failure)? In this blog post, I argue for MTTR, which encourages you to push more frequently, embrace the instability this may introduce, and invest in training and tooling to deal with the pursuing outages.

A majority of front-end developers deal with this buzzword all the time: V8. A big part of its popularity is due to the fact that it led JavaScript to a new level of performance. Yes, V8 is very fast. But, how does it perform its magic and why is it so responsive? The official docs state that “V8 is Google’s open source high-performance JavaScript and WebAssembly engine, written in C++. It is used in Chrome and Node.js, among others”.

With pandemic’s sudden hitting, most offices and companies had to quickly move their operations and have an apt Work-from-Home policy defined, the technology gap in both the front end and the companies’ back-end operations came in scathing review , While BFSI institutions also had a WFH policy, there services were deemed to be necessary. Since people couldn’t line up outside banks, the banks had to keep their technology fine-tuned to assist their customers in these testing times.

Most modern web applications are heavily reliant on persisting data with relational databases, and so it’s no surprise that a large part of application performance monitoring relates to keeping an eye on database performance to ensure that our SQL queries are as efficient as possible. With this in mind, Scout features a Database Addon module, and in this video we are going to take a closer look at what it has to offer.

IT teams face many visibility challenges due to the massive shift to remote work due to the Coronavirus outbreak. This includes the variability of home network environments, reliance on SaaS and cloud applications, the unpredictability of Internet transport, and higher congestion than ever before. How do you overcome these monitoring challenges?

Ten years ago, Amazon found that every 100ms of latency would cost them roughly 1% in sales. This is a pretty clear statement on the importance of user experience! It’s especially true in today’s ultra-competitive market where the cost of switching (to another provider) for consumers is lower than ever. And one of the most common performance issues in serverless architectures is related to elevated latencies from services we depend on.