When you think about the internet, what is the first thing that comes to mind? For most people, it is the interconnection between people at the same time – a world that is inside our reality, similar to the Japanese concept of Isekai like on this page. Others think of it as a storage site of information, and we all have access to most of the information available. However, there are some areas that we cannot chart or map because of their danger or their location, just like the real world.
In the modern context, though, the internet means business or opportunity for everyone who has the connection. People from all over the world can interact with each other through various platforms, and it is as easy as typing words on your keyboard. There are several modern functions of society that would not be possible without online mechanisms, and we should be thankful for them. For example, building businesses through the online world is now possible, and many people found success with it.
If you are a company, it is important to have some sort of presence online as it is crucial for your development. Many people are working online these days, and it does not make sense to avoid a place where your potential customers might be located. However, there are several things that you need to take a look into before diving in on this project. You need to have a website or application ready for them to access, and with it, you need to make a choice.
There are two possible ways that you can assemble this online service for your consumers: monolithic and microservices. You can think of this article as a quick guide to monolithic vs microservices architecture as we are going to compare the two and see which one works well. It is a wide world out there, and you need to learn which one would work the best for our platform. Each of these architectures has its advantages and disadvantages, so think critically and see all the possibilities involved.
The monolithic architecture is considered the older version, and it has been used almost ever since the conception of the internet itself. It is based upon large servers that can do multiple tasks at the same time. Each of these servers is codes, which are commands that let the entire application work. Some people might be led to believe that monolithic architectures only have one server due to their name. However, it can have many servers, but most of them do many services at a time.
One of the main advantages of monoliths is their ease to use, especially for beginners. It is even more so if you are a part of the entire team that started it. Once you get the groove of each of the servers, then you can easily follow through with the commands and make it run smoothly. Monoliths are ideal for smaller and long-term teams who are willing to work around the system most of the time. It is hard work, but it is important to keep it functioning.
However, trouble comes with the monolith once there is a new service to be added or something fails in the system. In both cases, you need to restart the entire thing and find the code or codes that have malfunctioned or adding new ones. As for those who need to learn pre-existing monoliths, it is harder to understand since you need to learn about the entire system. It is not the case for microservices, which divides each server depending on the tasks.
Each of these services is also subdivided, making it easier to learn even if you are introduced in the middle of the process. Each service is also supported by several smaller services, which have codes of their own. It is great for larger companies who want to make their website or application more mainstream. A smaller team can also do it, but they need to master how to start the microservice first like here: https://www.entrepreneur.com/article/242530.
It is the more difficult one out of the two to start as a team. There are several areas that you need to know before even embarking on this journey. Also, it is quite complicated to emulate in teams who are in the same place doing similar things. Microservices are great if you want to focus more on smaller functions that keep the entire system afloat. If one fails, then you can easily support it or replace it without the complications of a monolith system.