Operations | Monitoring | ITSM | DevOps | Cloud

Many people think because we’re an online business, with technology at the heart of everything we do, we’d be better placed than many to make the transition from in-person meetings to virtual meetings during the pandemic. Whilst we have made that leap and made it work well, it’s not because we’re au fait with tech and the latest tools, it’s quite the opposite.

Legacy monitoring tools weren’t built for visibility into the cloud and can obstruct your ability to compete and grow your business. Interlink Software works with MSPs to define, monetize and deliver AIOps monitoring solutions that meet the requirement for high-performing business services and hybrid cloud infrastructures that digital enterprises rely on.

In this post, I will show you, how to monitor your API in just 2 simple steps.

In this post, I will explain what are manual monitors? Manual monitors are monitors that do not actively monitor any resources. You can use them if you are using an external monitoring tool and can ping Fyipe API to create incidents. They can also be helpful to create manual incidents for your customers and show them on status page. Manual monitors can be created in just 2 simple steps.

Your servers generate heat—this is a fact common with any type of electronic device. The amount of heat they generate will vary, depending on where they are located and the number of servers in use. For example, a small business may have only one or two servers that are stored in a small server room. On the other hand, a large corporation could have hundreds of servers in a massive data center.

Managing projects isn’t an easy task, particularly if you’re managing parallel projects with inter-team dependencies. Lack of visibility coupled with difficulty in obtaining the right metrics on time can make it nearly impossible for project teams to track issues, action items, and risks, often resulting in projects running behind schedule, overshooting budgets, or worse, getting stalled due to unforeseen problems.

Google Kubernetes Engine (GKE) is the preferred way to run Kubernetes on Google Cloud as it removes the operational overhead of managing the control plane. Earlier today, Google Cloud announced the general availability of GKE Autopilot, which manages your cluster’s entire infrastructure—both the control plane and worker nodes—so that you can spend more time building your applications.

First things first. Observability is inherent as a principle to a system and not something that is instilled. Here, we are addressing observability as an open source based solution in the context of insightful monitoring within the ITOM landscape. ITOM is now in the middle of addressing the needs of the expanding and dynamic nature of IT infrastructure as a function. It is no longer about being a monolithic computing stack. It is now beyond monitoring discrete infrastructure elements.

ActiveRecord is Ruby on Rails’ most magical feature. We don’t usually need to worry about its inner workings, but when we do, here’s how AppSignal can help us know what’s going on under the hood.

DevOps came about as a result of ever-growing lags between development and operation. It’s a framework that deals with communication bottlenecks, allowing for smooth change management. DevOps monitoring is a crucial element and a necessity for this framework to succeed. Monitoring plays a vital role in realizing the underlying goals of DevOps. DevOps is all about eliminating technical inefficiencies and improving the speed of the whole cycle from development to deployment.