Which scaling option is right for an application?

After a fair understanding of both options, we can see that both of them have some pros and cons. There will be always some tradeoffs so it may be a little bit trickier for developers to decide which one is better for an application. You need to make a smart decision here.

  • Firstly, you should identify your requirements, business goals, and areas where we would like to add value.
  • Then make important design decisions by questioning ourselves, developing prototypes, and refining the design.

Certain factors are important to consider for a better understanding of your business goal or requirement. Such as:

  • Performance requirements or performance characteristics of an application.
  • System throughput
  • System response time
  • System availability requirement
  • Is the system fault-tolerant? If so, what is the degree of it?
  • Is the design reliable?
  • What level of consistency do we care about?
  • What’s the scalability goal of the application (you might have some short-term or immediate one’s goal, but what is going to happen in the long run ?)

All the above factors will help you to identify the business goal and requirements for your application. Whatever option you choose, it should ideally be able to answer the above and many other similar questions. You should have a clear understanding of the differences between these 2 scaling approaches. Identify what suits your requirements, and see if the application really fits the model you choose.

Most of the time in big organizations engineers take some good qualities of vertical scaling and some good qualities of horizontal scaling. They follow the hybrid approach of combining the speed and consistency of vertical scaling, with the resilience and infinite scalability of horizontal scaling. 



Horizontal and Vertical Scaling | System Design

In today’s fast-paced digital world, creating systems that can handle increasing demands is key to success. Picture this: you’re hosting a big party, and more and more guests keep arriving. You need to make sure your setup can handle the crowd without slowing down or crashing.

In this article, we’ll break down the concepts of horizontal and vertical scaling and see why they’re essential for building systems that can handle the ever-growing demands of the digital world.

Horizontal scaling and vertical scaling are two different approaches to scaling a system, both of which can be used to improve the performance and capacity of the system.

Important Topics for the Horizontal and Vertical Scaling

  • What is Scalabilty?
  • What is Vertical Scaling?
  • What is Horizontal Scaling?
  • Differences between Horizontal and Vertical Scaling
  • Which scaling option is right for an application?

Similar Reads

What is Scalabilty?

Scalability refers to the ability of a system to handle increasing amounts of workload or requests without sacrificing performance or incurring excessive costs....

What is Vertical Scaling?

Vertical scaling, also known as scaling up, refers to the process of increasing the capacity or capabilities of an individual hardware or software component within a system. You can add more power to your machine by adding better processors, increasing RAM, or other power-increasing adjustments. Vertical scaling aims to improve the performance and capacity of the system to handle higher loads or more complex tasks without changing the fundamental architecture or adding additional servers....

What is Horizontal Scaling?

Horizontal scaling, also known as scaling out, refers to the process of increasing the capacity or performance of a system by adding more machines or servers to distribute the workload across a larger number of individual units.In this approach, there is no need to change the capacity of the server or replace the server. Also, like vertical scaling, there is no downtime while adding more servers to the network....

Differences between Horizontal and Vertical Scaling

...

Which scaling option is right for an application?

After a fair understanding of both options, we can see that both of them have some pros and cons. There will be always some tradeoffs so it may be a little bit trickier for developers to decide which one is better for an application. You need to make a smart decision here....