What is Microservice Architecture?
Microservices, also known as microservice architecture, is a software design approach in which a large application is divided into small, independent, and modular services. Each microservice focuses on a specific business function or capability and can be developed, tested, and deployed independently of the other services.
The main advantage of microservices is that they enable organizations to deliver new features and capabilities quickly and efficiently, as they can be developed and tested independently of the other services. Additionally, microservices can be deployed on different platforms and technologies, allowing organizations to choose the best tools and technologies for each service.
Microservices are often built using APIs, which enable the services to communicate with each other and provide a seamless user experience. This approach allows organizations to build complex and scalable applications that are easy to maintain and modify.
Microservices are typically deployed in a distributed architecture, with each service running on its own server or cluster of servers. This approach allows for scalability and improved fault tolerance, as the services can be scaled independently of each other and can continue to function even if one service fails.
Another advantage of microservices is that they are easier to manage and maintain than traditional monolithic applications. Because each service is independent, any changes or updates to a service can be made without affecting the other services. Additionally, microservices can be developed and tested by small teams, allowing for faster development and deployment.
However, microservices also have some challenges, such as increased complexity and the need for a robust governance structure to manage the various services. Additionally, the use of APIs and distributed architecture can result in increased network traffic and latency, which can impact the performance of the application.
Overall, microservices provide organizations with a flexible and scalable approach to software development, allowing them to deliver new features and capabilities quickly and efficiently. By dividing an application into small, independent services, organizations can improve their ability to manage and maintain complex applications.
Examples of Organizations using Microservices
One of the most well-known examples of an organization using microservices is Netflix. The company uses microservices to power its streaming service, with each service focusing on a specific capability, such as user authentication, video playback, and recommendation algorithms.
Using microservices allows Netflix to develop and deploy new features quickly and efficiently, as each service can be developed and tested independently. Additionally, the use of microservices allows Netflix to scale each service independently, enabling the company to handle the massive amounts of data and traffic generated by its millions of users.
eBay uses microservices to power its online marketplace, with each service focusing on a specific business function, such as listing items, managing bids, and handling payments.
Another example of an organization using microservices is Twitter. The company uses microservices to power its social media platform, with each service focusing on a specific capability, such as user authentication, posting and displaying tweets, and managing user interactions.
These examples demonstrate how organizations can use microservices to power complex and scalable applications, allowing them to develop and deploy new features quickly and efficiently. By dividing an application into small, independent services, organizations can improve their ability to manage and maintain complex applications.
Deploying microservices is complicated and requires careful preparation and execution. This custom software development method breaks a large application into smaller, independent components with their own functionality and capabilities. This simplifies upgrades and lets you build and distribute each component separately. API development helps microservices communicate and integrate.
The steps in deploying microservices include:
- Identify the business functions and capabilities that can be implemented as microservices. This step involves analyzing the application and identifying which functions and capabilities can be divided into independent services.
- Develop the microservices. This step involves creating individual services using the chosen programming languages and technologies. Each service should be designed to focus on a specific business function or capability and should be developed and tested independently of the other services.
- Create APIs for the microservices. APIs enable the services to communicate with each other and provide a seamless user experience. This step involves creating the APIs and defining the interfaces between the services.
- Deploy the microservices. This step involves deploying the individual services on the chosen platform and infrastructure. Each service should be deployed on its own server or cluster of servers, allowing for scalability and improved fault tolerance.
- Monitor and manage the microservices. This step involves monitoring the performance and availability of the individual services and managing any issues or errors that may arise. This may involve using tools such as monitoring and logging systems to track the health and performance of the services.
Microservices in the Philippines
In the context of custom software development in the Philippines, microservices can be a useful approach for building large and complex applications. Online banking companies may employ microservices to develop their applications, with microservices for account administration, transactions, and payment processing. This simplifies application upgrades and lets each development team focus on its specialty.
E-commerce is another example of microservices in Philippine custom software development. Microservices can be used to develop an online retail platform’s application, with independent microservices for product catalog, shopping cart, payment processing, and delivery. This lets development teams work on different portions of the app at once and grow and adapt to changing business needs.
Businesses and organizations in the Philippines are using microservices to strengthen their digital capabilities and adapt to the fast-changing digital world. Many financial organizations are embracing microservices to improve their web platforms and offer more tailored and efficient services to customers.
EACOMM Corporation has been utilizing Microservice Architecture when developing custom software applications for clients in the Philippines and countries such as the United States, United Kingdom, Australia, and Singapore. Contact us today to find out how EACOMM can develop custom-built software systems for your organization using microservice architecture.