Microservices: 3 Reasons Why It Matters For IoT Architecture

Posted By : Priyansha Singh | 13-Sep-2021

 

Microservices: 3 Reasons Why It Matters For IoT Architecture

 

In the landscape of SaaS software development solutions, microservices, also referred to as microservice architecture is an emerging star. And it is because of many good reasons- it provides a flexible, scalable, lightweight, and robust approach to building and running applications. As IoT or the Internet of Things continues to gain a strong foothold, the manifold merits and advantages of a microservice architecture are key for complex and large-scale IoT systems. 

In this article, we will explore the discerning factors associated with microservices and why they are so crucial for IoT architecture.

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Microservices: Best Approach For Agile Software Development


Microservices is described as a distributed architectural approach wherein a software application is constructed from a set of loosely coupled, modular, and independently deployable services or components. Each of these components or services has its own set of code, offers a distinctive and unique functionality, and communicates with other services via open protocols or interfaces. By significantly reducing the dependency and interdependence among various components, each piece of code can be updated and changed separately without having to touch or disturb the other components. Subsequently, it increases the rate of software development, reduces the time taken while making it relatively easy to upgrade, scale, and maintain an application.

For instance, well-designed microservice architectures employ industry-standard containers such as Docker to entail discrete services within separate and individual containers. 

Containers offer the added advantage of delivering an extra degree of agility and protection by separating individual software solutions from each other as well as from the host of environments. 

Moreover, containerized microservices are preeminently infrastructure-agnostic, meaning that they can run and can be deployed uniformly in any computing environment- be it an on-premises server, a cloud, or even a computer. 

How IoT Adopters Can Benefit From Solutions Based on Microservices

Among software and mobile app developers, containerized microservices have been immensely popular for some time, however, their advantages and benefits are just as lucrative, effective, and attractive for IoT decision-makers and project leaders. 

The rapidly evolving and intricate IoT architecture needs seamless interaction between heterogeneous applications, devices, and protocols, along with the capability to easily migrate from one computing environment to the other.  

At the same time, continuous integration, upgrade, and maintenance are crucial to ensure secure, relevant, and up-to-par operations of the IoT apps. We have mentioned three benefits of microservices-based app development solutions for IoT adopters when creating connected applications and systems.

 

  1. Agile and Flexible Deployment


Whether for IoT device and network management or application enablement, microservices-based software offers optimum flexibility and control over deployments. 

Since software services usually come loosely coupled, users can further decide to deploy only the selected functionalities that they need while deactivating the rest in order to save computing resources. Nevertheless, they can also reactivate any single service if the need arises.

 

  1. Portability and Resource-Efficiency


Containerized services are notably lightweight and can be used to be scaled on a standalone basis. It all depends on the data workload, enabling more efficient usage of the computing resources. 

Additionally, these services can be rightfully deployed off or on-premises and independently from one another in order to better cater to organizational requirements while optimizing system operations. 

Also Read: Prime Benefits of SaaS-Based Mobile App Development Services

For instance, solutions needing prominent computing resources can be shifted to the cloud, while mission-critical services that demand quick response times can be locally deployed for reduced latency and enhanced security. 

 

  1. Easy Updates and Resilient Operations


Containerization and lose coupling practices help to minimize and truncate risks associated with running IoT applications. Since all these services operate and function separately from one another, the failure of a single component or service will not disrupt the entire system. Thereby, it makes the operations highly secure and resilient. 

Moreover, each service can also have its own release cycle for fast updates as well as easy maintenance without causing a system shutdown. Likewise, new services can be rightfully and swiftly introduced without having to re-architect the whole system.

Wrapping Up

Microservices have indubitably assisted in reinventing the complete process of software development services. And now, they are doing the same in the world of IoT for offering custom IoT app development solutions. The loosely coupled and modular nature of microservices architecture brings more distributable and lighter applications that are easy and hassle-free to migrate to various computing environments- from the data center to the cloud network to more resource-constrained architecture such as an edge gateway.

Subsequently, they offer scalable and highly resilient applications, enabling businesses to stay at the forefront as the requirements continue to change. If you are looking for custom SaaS app development services or IoT mobile app development solutions, feel free to drop us a line. Our experts will get back to you within 24 hours. 

 

About Author

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Priyansha Singh

Her expertise lies in creating insightful and engaging content for the readers and has worked on multiple projects such as Blockchain, IT, Marketing, Home Decor, AI, and many more. She is a trained pianist, painter, and an avid reader.

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