This is where microservices architecture comes into the picture. With microservices, it becomes easier for the developers to test, maintain and customize software applications. It’s replaced monolithic architecture and has given developers the authority to reuse codes. In this article, we’ll discuss more about microservices architecture and learn what role it plays in software development.
- What is microservices architecture?
- Adoption of microservice architecture
- Type of microservices architecture
- How is microservice architecture better than monolithic architecture?
- Benefits and limitations of microservices architecture
- What are the fundamentals of a successful microservice design?
- How does microservices represent a shift in approach for app development?
- How can one implement microservices in different types of software?
- Future predictions of microservices architecture
- Wrapping up
What is microservices architecture?
Microservice architecture helps software development companies to style the structure of an app as a group of small independent services that can be independently maintained, tested and deployed. It’s a way to create an application as a system of coupled scalable apps; In other words, microservices break down large and complex products into individual mini-applications that can handle one specific function of the business. The main idea behind this architecture is to have independent software components that are capable of doing one particular thing. These standalone functions can enable the organizing of complex designs for businesses.
Adoption of microservice architecture
With microservices architecture, it becomes easy for custom software development companies to reuse code and use them for a new implementation.
Many businesses has started to adopt a microservices style to get organized around business capabilities. By doing so, organizations can split a large application into small parts and focus on the technology layer of the application. This can separate the UI team, database team and the server-side logic team while allowing them to work alongside one another to complete the building of the application.
Because of the way it’s being adopted by developers and businesses, it’s stated that the adoption of microservices application architecture will increase by 23.4% and reach up to $1.8 million by the year 2025.
Type of microservices architecture
The main two types of microservices architecture are:
Microservices applications blend various atomic microservices into a comprehensive user experience. It means dynamic composition, on-demand provisioning and service level management.
Differential types of microservices decompose themselves into self-encapsulated services. It can break into various transactions. This means that the local transactions can be distributed into multiple ones.
How is microservice architecture better than monolithic architecture?
Monolithic and microservices are the two architectures that help developers to create unique software applications. While monolithic architecture is a single unified unit, microservices architecture is something that breaks down into smaller units that are independent in nature. These smaller units are the ones that process as a separate service and come with their own logic and database.
By using microservices architecture, the functionality of the entire application can be divided into modules that can communicate with each other via APIs. This makes microservices a better architecture than monolithic.
Benefits and limitations of microservices architecture
Every service created using microservice has a set of capabilities that focuses on solving problems. If it scales, the service can be divided into smaller services. With microservices, the software developers can measure the size of infrastructure requirements, sustain reliability if there’s any demand and value the product.
The developer can create each component in the microservice architecture and then deploy, operate and scale it without affecting the way it functions.
- Technological freedom
Microservices isn’t a technology that follows a one-size-fits-all concept. This is the reason the software development team chooses the best tools available in the market to address their issues and goals.
When it comes to microservices architecture, independence controls the failure of any sort of services that don’t affect the entire application.
- Easy development
Microservices enables software developers to continuously integrate and deliver solutions, which makes it easy for them to try new concepts and find solutions if something goes wrong. Some of the new features of microservices architecture development promote software upgrades, encourage development and accelerate time-to-market.
When it comes to microservices, independence is both an advantage and a disadvantage. The reason is that every service has its own data consistency, transaction management and database.
- Complex communication
With the increase in interdependencies and interconnection, complexity is also increasing, meaning there’s a higher chance of mismanagement.
The threat of network hacks has risen with the increase in inter-service communication.
What are the fundamentals of a successful microservice design?
Microservices has the ability to break monolithic applications into smaller components that can be managed, updated and deployed independently. Microservice is one of the technologies that have the capability to change the ground rules of an application. It has the power to revolutionize an application's design and operations, but to build individual services, understanding its fundamental components is a must. Here are the five main components that a microservice requires before being a part of distributed application style:
1. Presenting an API
When a developer breaks a single application into multiple services, the only way they can talk to each other is through the REST web services API. To make the application work properly, every individual service must be able to send and receive data. To check whether the API is working correctly, regular testing must be carried out.
2. Data offloading
The erratic traffic in microservice shows that individual services are able to come and go. But when there’s a constant transformation, there are chances that the virtual machine will break down. For this, the overall service has to continue operating. Only then can the users get results from their application. To make operations run continuously, data management is required. For this, the user-specific data needs to be migrated off the service instances to the shared storage system.
3. Properly scoped functionality
The main issue with monolithic application services is that it has a lot of code that implements different functionalities. To make the code continue operating properly, developers need to invest time in integrating and testing it. To avoid this problem and deliver new application capabilities, developers now use microservices as it over partitions the functionality into tiny services.
4. Traffic management
It’s a myth that after the API is up and one service is able to call another, the system is working perfectly. This isn’t the case in the world of operations application. There may be a chance the service is running slowly and the calls are taking a long time or that the service is overwhelmed. To avoid such situations, traffic management is necessary. Microservices is the perfect solution as it coordinates traffic loads.
Traditional monolithic application monitoring tools make the app topology more complex. This is why microservices-based applications are monitored using tools that can capture the data in the central location and display it when required. Essentially, the microservices monitoring tools help the developers to place monitoring agents on each service and track them. It also captures the log information that an application creates.
How does microservices represent a shift in approach for app development?
The world of software development came into existence with the emergence of single-purpose apps that could work for specific business solutions. The software development initially started with accounting programs that helped in finance. But in time, many different fields like inventory, supply chain and manufacturing, started using software applications and also benefited from it.
To increase the efficiency and transmit information across various business functions, ERPs were designed. These enable the software developer to help businesses to customize their operations and cater to unique requirements. Besides, the increase in customization leads to having slower applications as there were a lot of rigid scales. Therefore, the software development world came up with microservices architecture to help businesses to overcome these issues.
After learning everything about the microservices architecture and how organizations started shifting to it, we’ll look at how the custom software development companies implement microservices in different organizations.
How can one implement microservices in different types of software?
There are companies that have built their systems by using monolithic architecture, but with increasing complexity in some brands, microservices have taken over. It’s also helped the developers to create distributed systems. Here, we’ll see how software development companies implement microservices in different types of software applications of different businesses.
Amazon was one of the first companies to implement microservices. It helped the company to transform their entire business. All the services and components of Amazon were tightly coupled together, but by using microservices architecture, Amazon broke down its structure into a single app and simplified the process for the developers. The microservices architecture also helps Amazon to rebuild the apps as service-oriented architecture.
Netflix is an adopter of microservices architecture. It started with moving the movie encoding and non-customer apps, and then decoupled the customer-facing elements like movie selection, configuration, device selection and sign-ups. Netflix is an application that has more than 500 microservices and API gateways that enables the developers to handle around 2 billion API requests.
Another company that adopted microservices architecture is Walmart, as it wasn’t able to handle 6 million page views per minute. After Walmart re-platformed itself into microservice architecture in 2012, their conversion rate increased by 20%.
Spotify grew rapidly after its launch in 2006. Eventually, it needed a solution that could support the scale of its millions of users. Microservices helped Spotify handle complex rules and meet their performance requirements. In recent times, Spotify is running on 810 services that are flexible, scalable and problem solvers.
5. Coca Cola
Coca Cola had issues connecting all their entities on distinct continents. Rapid change wasn’t an option as there were multiple solutions implemented globally. Microservices architecture helped in using GIT and DevOps models.
Future predictions of microservices architecture
With more and more developers adopting the microservice architectural style, it’s becoming the default application architecture. Here are some of the future predictions regarding the microservices architectural approach:
1. Serverless architecture
In the future, the demand for serverless engineering and on-demand services will increase. Besides, there will be better tools that can rapidly develop and deploy microservices applications by eliminating the use of large investments.
2. Multi-cloud environment
Using microservices across various cloud environments brings added benefits to specific features. Microservices is something that’s related to information management and data that can use Oracle's cloud environment to optimize the solutions. Besides, there are microservices that can get an advantage from the Amazon s3 for extra storage of data. In other words, microservices architectures will involve a rapid reduction in the friction for custom software developers.
3. Multiple microservices
Unlike a monolithic application, the future of microservices will entirely focus on the integration layer that can help to tie the services together. This approach was explored by the team of Microsoft when the applications were built by combining services and APIs together.
The Function-as-a-Service is an approach that can allow developers to decentralize the entire application's technology stack. This means that the intelligence-driven microservice will be able to do real-time analytics with the help of the computer's memory.
By leaving the old monolithic applications approach behind, microservices architecture is becoming a preferred solution for creating software applications. It helps developers to innovate the companies by using a disruptive and microservices architecture. It’s a cost-efficient concept that only focuses on creating software development projects which are simply unrivaled. By seeing all these come to fruition, it’s clear that microservice architecture has a huge role to play in the modern software development world.