Microservices Architecture Creates Microservices Debugging Challenges And, of course, the language it is written in). But whether you deployed microservices in the public cloud or totally on-prem – you will face the same difficulties (I don’t assume your application’s gender, age, religion or cloud. It is still possible to build a monolithic web application running entirely on AWS ElasticBeanstalk or Azure AppService or deploy a microservice on top of nginx server running on EC2.Īfter this subtle but legally important distinction – it’s important to mention that I will still address serverless debugging issues alongside microservices debugging ones – since they interpolate very often.Īnother important thing to mention is that the microservices architecture is just a subclass of a more broad and comprehensive cloud-native paradigm, which introduces even more challenges for development teams (which are out of the scope of this post).

And yet, serverless’s main goal is to reduce the total cost of ownership of an application, i.g.reduce the cost of managing servers and usage bill – and it has nothing to do with microservices. Well, right, pretty often microservices are built using serverless architecture, and pretty often the serverless architecture is used bearing microservices in mind. First of all – “microservices” and “serverless” – these are two different things. Characterizing Microservices Architectureīefore we start, though, let’s clearly define a few things. Then, I will recommend tools and platforms that can help overcome these problems, because microservices aren’t going anywhere. In this blog post I am going to discuss the issue that was (and still is, in some cases) a very significant part of the aforementioned price – microservices debugging difficulties. For a long time the tag has been too high for many teams. And all those great advantages come with a price tag attached. Also, these are some of their biggest disadvantages, especially when it comes to debugging microservices.īecause all the world’s a trade-off.

Microservices are loosely coupled, independently deployable and scalable, allow highly diverse technology stack – and these are only some of their biggest advantages. Microservices have come a long way from being a shiny, new cool toy for hypesters to a legitimate architecture that transforms the way modern applications are built.

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