If you have been reading e-commerce magazines recently, you might have heard the term 'Microservices Architecture' as a part of software design. But why is every business after it? And how does it actually help them? This article will answer these questions by discussing the top 10 ways this 'superior model' can push your e-commerce site over to cloud nine!

Businesses can benefit greatly from these strengths of microservices

  1. Make amendments easily When your software developers start with something new, there ought to be errors in codebases or databases. With microservices, however, these bugs can be amended without shutting down the entire software. If you have to correct a particular detail of module 1, you can simply ask the team to do that. With monoliths, however, you would have to change data from other modules as well since they are interconnected. Web developers and engineers would then have to check for all lines of code to make sure everything supports the new correction. Nonetheless, with microservices, this does not have to be done. Your application developers do not have to rewrite the entire code to bring the change into effect.
  2. Extend software features effectively Since the microservices are kept separate, it is possible to add new features, functions, interfaces, or input types individually. You might as well add a new microservice to your existing chain. Another thing to note is that when consumer demand increases for a certain feature, you can use cloud server resources to improve only that microservice. As a result, a large amount of money is saved compared to monoliths, where you would have to pay for resources for the complete software!
  3. Scale your software efficiently Due to the isolation provided by microservices architecture, scaling your software up or down is highly efficient and easy. One individual component can be scaled down by either adding or removing features. This will not disrupt the functions of the rest. It is known as horizontal scaling and is helpful to organizations where continuous edits are required. After the process is done, this modified microservice can be redeployed independently, which with monolithic architecture would be impossible; you would have to redeploy the whole system!
  4. Provide individual attention and focus for each Microservice Since one team will be dedicated to a whole microservice sector, they can focus on that particular service at a time. Individual attention helps streamline the development approach rapidly. This simultaneously increases employee productivity and efficiency as it saves them from multitasking. New developers can also be introduced to the software gradually as they do not need to master all its aspects at once. This also makes the onboarding and recruiting process simple for business organizations.
  5. Follow easy maintenance and testing procedures The microservices can be rebuild, redeployed, and managed separately. As a result, the maintenance team is not overloaded with doing everything at once. While they can concentrate on one module, others can keep running as usual. This is the same for testing the software modules as well. The individual deployment method is hugely beneficial since it will not shut down your software for long periods. Businesses that own globally distributed teams also benefit from this since issues like time zone differences can cause delays.
  6. Have flexibility in choosing technology framework Starting from programming language to database structures, each microservice team has the freedom to choose any format in these subjects. Since the modules are individually run, one team can use JavaScript, and another can use C++ as per their expertise and skillset without hampering communication between software microservices. Additionally, coding conflicts are prevented.
  7. Increase data security and compliance Even though microservices work in distinct areas, interaction and communications are required to some extent. Application Programming Interfaces (APIs) are therefore installed to connect microservices securely. These APIs specify which data can be accessed by the recipient Microservice. Side effects of running code are reduced as well.
  8. Experiment with new features without the risk of failure Increased business demands and feedback from users might coerce you to try new features and add additional functionalities. With microservices Architecture, you can do that, and even if it does not work, you can omit it without running the risk of technology and vendor lock-ins. The act of responding to user requests will increase your company's profile and the number of reliable and loyal customers. Nonetheless, dependency failures, where one microservice dominates several other, can happen, so developers need to work on protecting applications that are susceptible to this risk.
  9. Detect major errors faster Your software stays resilient and profitable enough even when a huge error is detected in one of the microservices. The reason for this is that whenever a microservice malfunctions, perhaps caused by a virus or unauthorized access, the other microservices remain unaffected due to the isolation provided. As a result of having distinct databases, a hacker cannot gain access to numerous microservices at once, increasing data security. Locating errors is also done in an orderly fashion.
  10. Allow minimum coordination among developers of different microservices In monoliths, a simple change would affect multiple areas of the software, and therefore, developers would have to communicate with each staff related to that function to finalize a decision. However, in microservices, this is not required since the single developer has control over all aspects concerning the edit. This, therefore, is time-efficient and simple.
Microservices can be complex, but their quality of remaining organized makes them controllable and understandable with minimum experience. There are not tangled up like monolithic architecture, so tracking information is efficient and straightforward. Furthermore, microservices can increase your business revenue due to their cost-effective habits and intensify customer satisfaction as a result of faster updates and feedback-based improvements. Your employees become productive and coherent within their expertise which allows you to achieve goals faster. Also, team management becomes a straightforward process as a result of extreme focus being given to the software requirements.

Conclusion

In conclusion, microservices are a great option if you want your software to update with time and increase your user base reliability. Nevertheless, you should consider looking through the challenges of microservices as well, before coming to a decision. To learn more about accelerated microservices migration services visit https://nutech.lat/en/microservices-architecture/