AWS Lambda is one of AWS’s most popular cloud services. It allows serverless applications to be built by dividing up an application into functions that can be triggered by changes in your system. Since they are critical to the health of your application, properly monitoring Lambda functions is a top priority for most teams. In this blog post, we will go over how Blue Matador monitors Lambda functions automatically and without configuration. We will cover the following topics:

Have you been attending Stackery’s Serverless Summer School? As a non-engineer, I’ll admit, I was a little nervous. Was it going to be over my head? Would I spend the entire Twitch stream furiously writing down all the terms I didn’t know so that I could ask about them later? Would my brain need some debugging after trying to download a bunch of information that I didn’t really get?

We're delighted to announce that AppDynamics Serverless APM, which supports instrumenting AWS Lambda applications and microservices in Java, is now available to our SaaS customers through the AWS Marketplace.

In the first two articles in this series about using serverless on an open source platform, I described how to get started with serverless platforms and how to write functions in popular languages and build components using containers on Apache OpenWhisk.Here in the third article, I’ll walk you through enabling serverless in your Kubernetes environment.

I’ve heard many conversations about the limitations of “serverless technology” ever since the concept was widely known. They often focus on how specific implementations of serverless are limited by certain aspects that the user doesn’t have control of. This seems odd to me because serverless isn’t a technology.

Many articles have been written about AWS Step Functions since it was first introduced in 2016. Most of them create the impression that the service is simply an extension of the Lambda function that allows us to stitch together multiple Lambda functions to call each other. But actually, it is much more than that. Step Functions allows us to design and build the flow of execution of modules in our application in a simplified manner.

With serverless computing, our daily tasks and routines are much more comfortable than they used to be before. Serverless allows us to put our focus on the code itself without the need to worry about the configuration of the underlying compute resources or maintenance. Numerous cloud providers (AWS included) gives us a variety of previously managed services which we can combine and create a massively scalable and incredibly robust serverless microservices.