Imagine you built a mobile application for your friend’s online clothing store. It was well
designed with easy navigation. Customers started using it and traffic increased day by day.
One day, your friend approached you to make additions to the app. The need was to add a
separate section for seasonal collection. He also told you to include personalized
recommendations from the preference of the customer. Amazed by the requirement, you sat
down and started coding it. But as started implementing, you understood it is not easy to
implement the changes. This is because you have built it as one large block of code. Such a
large block of code is called a monolith.
You can develop the same app in another way. You can divide the app into smaller
independent components. Each component can handle specific tasks. These individual
components are the ”microservices”
How to define a microservice?
It is a method of designing software by dividing it into many smaller components. Examples
are user service, payment service, order service, etc.
These are small, independent units. They can communicate with other services in the system.
Each unit deals with a specific function or business capability. Each service operates
independently but still contributes to the larger distributed system.
Why is service component architecture important today?
In today’s world, where technology powers everything we do. So the software should be able
to handle the increasing workloads. This is where the service module architecture becomes a
valuable solution. This architecture is flexible and easier to manage. The scalability of this
model allows businesses to update services when in need. We can do the updating without
disrupting the entire system.
Main technologies used to create service modules.
Developers use specialized tools and technologies to build a service architecture. It helps
them to organize, scale, and manage their micro-units. These tools also ensure that each
microunit component functions properly. These tools help them to create strong and efficient
systems. They give more attention to containers, orchestration platforms service meshes, and
serverless computing.
- Containers like Docker help them to pack the application code in bundles.
- Orchestration tools like Kubernetes help in the automated deployment. It also helps to scale and manage the containers.
- Service mesh like Istio helps by providing an infrastructure layer. This layer helps the communication between service modules. It also handles the security, traffic management, and monitoring.
- For the communication between micro-units of services, APIs should be there. They have to ensure smooth functionality and communication of APIs. For this purpose, they use API management and testing tools.
- By using different tools, developers continuously check service units after deploying. For this, they use the tools like Garfana.
- Serverless platforms, such as AWS Lambda allow developers to run service units. This is done without the need to manage the underlying infrastructure.
Service module trends in coming years
Market research reveals that the cloud microservices market is growing to reach new heights.
As per researchers, it grows from 1.84 million dollars in 2024 to 8.33 billion dollars in 2032.
A massive annual growth rate of 20.8%.
As the demand for service modules is increasing, innovations are going on faster than ever.
More tools and technologies come to market every year. They support the micro-unit
architecture growth and development. These advanced tools help businesses to build,
manage, and scale their systems efficiently. When we are approaching 2025, let us have a
look at the new trends in this field.
Microservice units in edge and serverless computing
The advancement in cloud computing has reached new heights. Currently, edge computing
and serverless computing are leading in the cloud platforms. Edge computing is becoming
more popular with independent service architecture. It processes the data near its creation.
This helps to reduce the errors. And it also makes applications run faster. Edge processing
works well with the distributed property of service modules. The two are becoming more
popular because of the rise of IoT devices and live streaming.
Serverless architecture is changing deployment trends for service modules in the cloud. In a
serverless, the cloud providers look after the management of servers. So developers focus on
coding making them save time and resources. Function-as-a-service, the other name of
serverless microservice helps to run the micro-units independently. It also gives the benefit of
automatic scaling and pays only for usage systems. It provides flexibility and a fast
development facility. In this way, FaaS continues to help the developers. So the trend of FaaS
will increase to new heights in the next years.
Service mesh and API gateways in a microservice architecture
The two software tools, API gateway, and service mesh are important in this architecture.
They help to manage the communication between service modules. API gateways handle
client requests and manage security. It also directs the requests to the right service. Service
mesh helps to talk with other services securely. They also balance the workloads
automatically. So, when developers create more complex systems, these features will help a
lot. By the coming year,2025, more complex programs will be developed. This is due to the
growing business need to stay competitive in the market.
Management of containers with Kubernetes
In a microunit module, each service runs in its container. This makes containerization an
important part of functional units. Kubernetes helps them to orchestrate and manage these
containers, ensuring proper functionality. More businesses are adopting cloud technologies.
This makes Kubernetes evolve to support multi-cloud and edge technologies. Kubernetes will
improve more in the coming year,2025. It will upgrade to the advancements in the cloud
platform. This degradation helps developers to manage more complex systems.
Use of multilanguage in microunit module architecture
The microservice architecture allows developers to use many programming languages. This
type of programming is polyglot programming. It helps the developers to choose the best
programming language suited for a service. This trend will increase in the coming years when
more companies start polyglot way. More tools that help developers for this type of
programming will emerge in the coming years.
AI with the service component
With the rise of artificial intelligence, service components will start powering with AI. This
leads to many new features of this technology. Mainly the predictive nature of AI will be
utilized more. It helps in managing service components. It can predict about what will happen
next. The new trend of AI managing a service component is all set for the coming years.
Future
The service module architecture will continue to grow in the future. More businesses are
adopting cloud platforms for their activities. This makes service units more popular in use
due to their immense benefits. To help the service component all the tools related to it also
will become more in use. We can expect new tools to emerge in the market to help cloud
microservice computing.
Conclusion
In conclusion, microservice units are rapidly used in development. The popularity of cloud
computing will make it popular in the coming years. The benefits like flexibility and
scalability are a plus point. The ease of management makes service units a preferred choice of
developers. Supporting tools like Kubernetes, edge, and serverless computing will be used
more. This will make such supporting tools a trend in the coming years. These advancements
will make it easier for you to create and manage complex systems in the years ahead.