Microservice architecture is a great milestone in the history of application development. A microservice architecture can be compared to building a large and complex house. In this analogy, the microservices are the individual rooms that make up the house.
The microservices are built separately from one another but still work together to build a cohesive whole to produce an efficient product. However, because they were built independently of each other, they have their specialties and focus on different things which is beneficial, it helps build a job search website like Glassdoor. This blog post will explore microservice architecture, microservice architecture examples, and the different benefits it will bring to your company.
What is Microservice Architecture?
Microservices are a way of building and deploying large applications as a suite of small services, each running in its process and communicating with lightweight mechanisms such as HTTP. This method contrasts with the more traditional approach of building an application out of monolithic components.
The main idea behind microservices is that they are composed of several small elements or “micro-servers” that each performs one task. These tasks are then combined to form whole services with specific purposes like user authentication or tracking inventory levels. While some prefer to build their applications using monolithic design, which means all code resides within one large programming system known as modules, others find this approach to be inefficient in terms of scalability and development.
What is the Need for Microservice Architecture?
The microservice architecture methodology has been adopted in the past decade by many organizations. Primarily, because it provides a more efficient way to develop and deploy applications that might otherwise be too large or monolithic for one team of developers to handle at once.
This is because microservices are developed with specific purposes in mind, which means they can be built separately without needing full integration beforehand; this then allows them to communicate using lightweight mechanisms like REST instead of relying on heavyweight protocols such as SOAP.
Microservices Architecture Example
If we think about microservice architecture examples, we come across several examples. A system composed of micro-servers is used for different tasks, but together creating a cohesive whole while being independently created and communicating with lightweight mechanisms.
This microservices architecture example is a system composed of micro-servers that are used for different tasks but together create a cohesive whole while being independently created and communicating via lightweight procedures such as REST instead of heavyweight protocols like SOAP.
Some examples of this are the Netflix API or Facebook’s GraphQL protocol. These two products rely on microservices to provide specific functions without relying on the monolithic design. All code resides within one large programming system known as modules – which would not be efficient in terms of scalability and development time because it relies too heavily on individual teams for each module.
Benefits of Microservice Architecture
Microservice Architecture comes with numerous benefits that are useful for a developing company. Following are a few benefits that microservice architecture can provide:
Scalability of The Systems
Microservices allow for greater scalability in the sense that they are not reliant on a monolithic design. Microservices are developed with specific purposes in mind, which means they can be built independently without needing full integration beforehand. This allows them to communicate using lightweight mechanisms like REST instead of relying on heavyweight protocols such as SOAP. This provides an efficient way for developers to scale and grow their systems even when resources might not suffice.
Flexibility in Building Features
Microservices can change the code or build new features separately from one another because they were designed independently of each other while still working together to form a cohesive whole that is scalable, secure, and reliable. With the help of microservice, we can build micro-features that are independently developed which is a great benefit.
Maintainability of The Systems
Microservices allow for greater maintainability in the sense that they are not reliant on monolithic design. Microservices were designed independently of each other while still working together to form a cohesive whole, scalable and reliable system with ease. This microservice architecture example provides flexibility in building features by helping us build micro-features that we can develop separately from one another; this makes them easily updated or modified according to changing needs without any obstacles.
Ease of Building Apps
Microservice architecture provides an easy way to build complex applications without having too many moving parts by using micro-servers, which work together. Building complex apps without micro-servers would require more moving parts for different services to communicate with each other.
Faster and Efficient Development
Microservice architecture can be beneficial to companies who want faster development time and more efficient application deployment due to its lightweight mechanisms; this also means it doesn’t rely heavily on individual teams of developers which would increase development time because each team is working with different modules.
Independently Deployable Services
Microservices can be deployed on their own, which means that if one microservice goes down or is being updated, it doesn’t affect the whole system. This microservice architecture example provides a safer environment for developers because they know that any change in microservers will not have an impact on other microservices and vice versa.
Lesser Maintenance Cost
By using micro-servers instead of modules, we can reduce operational costs by having less load on our servers as well as more scalability with ease when increasing resources needed to handle larger loads. Microservice architecture would also provide faster development time and greater efficiency due to lightweight mechanisms like REST without relying heavily on individual teams working within different modules; this allows us to save money in terms of development and operational cost.
More Reliable Systems
Microservice architecture can be beneficial to companies who want more reliable systems due to micro-servers working together as a whole, which means that microservices are not reliant on one another for all of their functionality. This microservice architecture example provides greater reliability by reducing the chances of an outage in microservices because they were designed independently from each other. This also makes it easier to update or modify microservices without any obstacles when changing needs arise.