We are thrilled to share with you that Lumigo recently celebrated its 5th birthday! It’s been an incredible journey since our founding back in March of 2018, as we’ve made significant strides in providing developers a new way to troubleshoot their microservices in the cloud. From the beginning, our mission has been to help developers in organizations of any size to confidently take full advantage of all the promise of cloud architectures.

In today’s modern digital environment, many organizations are architecting their infrastructure and services around a mix of cloud and on-prem solutions. Both cloud and private servers offer unique benefits, and taking a hybrid approach to infrastructure can allow businesses to better meet user demand on a global scale while expanding capabilities, minimizing risk, and keeping services consistent.

With the growing popularity of Kubernetes, the need for effective monitoring solutions has become crucial. LogicMonitor, a leading cloud-based monitoring and observability platform, has rolled out a new set of DataSources in its Kubernetes monitoring solution, LM Container, that uses data from the kube-state-metrics service to provide enhanced visibility into the state of Kubernetes objects.

As enterprises grow bigger, more sophisticated, and more complex, it can be difficult to detect signs that network reliability is at risk. That’s why the ScienceLogic SL1 AIOps platform uses advanced, real-time analytics to track behavioral correlation and understand issues affecting infrastructure performance—and solve them quickly.

Climate change has been a global concern, and organizations are working harder everyday to reduce their carbon footprint. We can contribute to this global cause by making endpoint power management a fun and engaging activity. So grab your favorite snack, settle in, and let’s delve into this crucial aspect of sustainability. Picture this: You’re an IT admin handling over 1,000 computers. Lets say 30-50 watts of power is consumed per computer screen.

In today’s digital economy, businesses have access to more data than ever. As newer technologies are introduced every single day, the risk of data being exposed to hackers is also increasing. Regardless of size or domain, almost every organization finds it challenging to meet its data security and management needs.

Part of implementing an error monitoring platform like elmah.io is dealing with the IP addresses of the clients generating errors. In this post, I'll show you parts of how we have implemented this in ASP.NET Core, to make sure that different hosting scenarios still produce the correct IP address. Let's jump right in. ASP.NET Core supports getting the client IP directly on the HttpContext object available throughout various places.