Full-Cycle Observability With Dynatrace and Lightrun
Getting a good grasp on your application, especially when it is distributed across multiple clouds, kubernetes clusters and serverless functions is not an easy fit.
Getting a good grasp on your application, especially when it is distributed across multiple clouds, kubernetes clusters and serverless functions is not an easy fit.
All companies are going through some form of cloud adoption - whether cloud migration for the first time, hybrid cloud adoption, or extending cloud-native with newer microservice architecture. But, according to a recent survey by Aptum*, only 39% of companies are completely satisfied with their current rate of digital transformation. Cloud adoption projects create a continuous state of change for engineering teams juggling to keep things up and running while limiting the impact on customers.
If the spreadsheet was the essential application for accounting and massification of personal computers, MS Windows® operating system was the graphical interface that turned work into something more pleasant and paved the way for web browsers for the Internet as we know it today. Today, in Pandora FMS blog, we discuss.
You may remember Dark Screen of Death, the Chrome extension to bring dark mode to ASP.NET Core exception pages that we launched back in February. I probably should have followed the commits on the aspnetcore repository more closely, since it turns out that ASP.NET Core 7 comes with its own dark mode version of error pages. In this post, I'll share how to enable it and look at the differences between the built-in version and the Chrome extension.
Microsoft 365 services help companies worldwide improve business and revenue by providing best in class digital workspace experience. The NiCE Active 365 Management Pack complements this by advanced M365 monitoring such as full Teams Call analysis integrated into Microsoft SCOM. Advanced monitoring and analytics help you reveal unwanted micro-events influencing the health and performance of the system and its users.
A new study shows that it is possible to use the genetic sequences of a person’s antibodies to predict what pathogens those antibodies will target. Reported in the journal Immunity, the new approach successfully differentiates between antibodies against influenza and those attacking SARS-CoV-2, the virus that causes COVID-19.