IoT App Development: Reasons Why Microservices Architecture Is Vital

Posted By : Priyansha Singh | 12-Aug-2021

 

IoT App Development: Reasons Why Microservices Architecture Is Vital

 

Over the last decade, the Internet of Things or IoT app development has skyrocketed exponentially. The hyperconnectivity paradigm has already positioned itself in an array of real-world scenarios and industries such as automobile, healthcare, transportation, agriculture, and more. For a lot of businesses, IoT app development solutions are no longer a neoteric technological goal but an operational requisite. 

Nevertheless, the sheer complexity and scale of the connected systems in association with IoT make it difficult to develop and integrate applications in a way that is secure and manageable. This is where the advantages and design principles of microservices architecture can enter to bolster IoT initiatives of organizations. By focussing and capitalizing on the benefits of attributes such as modularity, containerization, loose coupling, and independent deployment, software developers can navigate the challenges of IoT app development with much more ease and reliability.

In this article, we will discuss some of the major ways how the combination of microservices SaaS architecture and IoT can offer much-needed support.

IoT App development services using microservices architecture
4 Ways How Microservices And IoT Solutions Can Function Together


Businesses that are inclined to invest in IoT app development services may face a slew of challenges. Here are some of the core considerations that enterprises of all shapes and sizes must keep in mind where the amalgamation of microservices SaaS architecture and IoT applications come into play.
 

  • Connectivity 
     

IoT largely depends on a complex network of devices that are linked together with cloud-based databases, applications, communication points, and software platforms. With that aspect, containerized microservices are scalable, deployable, and lightweight and are integrated in the cloud or on-premises, extending the modularity required for ubiquitous communication.
 

  • Flexibility


The ability to offer support for evolving technologies and to quickly adapt to the ever-growing application functionality is a must. It becomes even more crucial considering the fact and progress rate of how IoT has evolved in recent years. The adaptive attribute of microservices architecture allows you to swiftly replace old services while introducing new solutions without disrupting the application.
 

  • Data Integrity
     

IoT indubitably relies on the organization’s capabilities to design a reliable and robust plan when it comes to accumulating and processing critical data, especially when it is related to legacy systems. While certain microservices that require prominent computing can be shifted to the public cloud, those that necessitate more security or faster response times can deploy services locally. 
 

  • Security
     

Organizations need to mitigate and manage all the risk factors associated with sensitive data exchanges and physical device breaches in IoT apps. Because of microservices’ loose coupling, services can be readily patched with security updates.

Also Read: Monolithic vs Microservices: Choosing The Best App Architecture
The Crucial Components of Microservices-Based IoT


A microservices-based IoT application development approach will connect to varied, multiple edge locations such as office networks, GPS devices, home computers, robotic manufacturing lines, and more. One of the benefits of using microservices architecture and SaaS app development services is its ability to seamlessly integrate with device platforms, programming languages, distributed application service types, functional libraries, and coding frameworks.

Here are some of the most widely used components of microservices-based IoT software systems:
 

  • An API gateway that functions as a broker and single entry point for all service calls, external client/server requests, API calls, and service messages.
     
  • The physical endpoints that are required to connect with the software systems like mobile devices, automated machinery, and sensors.
     
  • Several messaging protocols allow the process of data exchange and communication that takes place between multiple software systems like XML, HTTP, gRPC, and JSON.
     
  • A cloud-based infrastructure that facilitates and inculcates analytics, storage, and computation in the cloud- you can easily scale down or scale up your resources as required.
     
  • Customized security tokens that manage authorization, authentication, and other processes that are related to enabling services’ access.
     
  • Scalable and robust application monitoring tools that are capable of addressing and minifying problematic services and identifying failures.


Custom Microservices-based and IoT-enabled App Development Solutions

Developing IoT applications and platforms are often a bit expensive as it requires investment in the entire infrastructure, hardware, and software. Microservices SaaS architecture is an effective and efficient implementation that lowers the infrastructure cost and usage. 

Moreover, the overall architecture for IoT apps based on the containerized microservices for OTA updates, device management, cloud services, communication protocols, mobile and web services with REST APIs would tackle and solve a majority of the above challenges that are faced today. At Oodles Technologies, we assist businesses and enterprises handle huge volumes of data and the complexities of IoT app development. For custom mobile app development services, SaaS app development solutions, and IoT app development, feel free to contact our experts. Our team 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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