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Microservices architecture can help address the challenges faced by modern enterprises. The architecture has been deployed successfully by big firms such as Amazon, Netflix, Twitter, and Uber. By hiring microservice consulting experts, you can make the most of the technology to improve business outcomes.
The concept of microservices is an exciting and innovative approach to software delivery that revolves around APIs and represents a major departure from traditional monolithic architectures. This disruptive technology has been gaining in popularity, with many businesses exploring its potential in order to gain a competitive edge in the marketplace. The benefits of microservices are numerous and significant, offering companies the ability to scale rapidly, improve agility and resilience, reduce complexity and cost, and enhance the overall development process. By adopting microservices, firms can achieve higher levels of efficiency, flexibility, and innovation, while also gaining access to a wider range of capabilities and tools. This blog post will provide valuable insights into how your organization can leverage microservices to achieve success in today’s fast-paced and dynamic business environment.
What is Microservices Architecture?
The main idea behind microservices architecture is to build applications as independent services instead of a large codebase. The technology allows continuous delivery of complex applications in a rapidly changing environment.
In other words, microservices architecture is a modular approach to application development. It represents a shift from the monolith approach where the solution is deployed as one code.
The microservices architectural style consists of loosely coupled services that allow the deployment of complex applications in stages. Each microservice can be scaled up (or down) independently of the system.
In the microservices architectural model, the applications are developed as services that are deployed independently. With this model, a business can deploy and also scale applications independently.
For instance, software having video viewing and editing features can be deployed using microservice architecture in phases. The video viewing and video editing service can be developed and deployed independently. What’s more, the services can be scaled separately as required.
Main Concepts of Microservices Architecture
Microservices can help in efficient deployment and upgrading of solutions for enterprises. The modular addresses issues with the traditional monolithic approach to application deployment. Here are the key concepts relating to microservices technology that will help in a better understanding of the technology.
Modular Deployment
Microservices technology breaks up the app development process into separate and independent modules. Each module is accessed and developed independently in a cloud environment. The independent unit can be accessed through the IP/Socket protocol using RESTful APIs.
Modular deployment of microservices approach results in lightweight services with granular control. It makes it easy to add features and functions whenever required.
Cloud Deployment
The Microservices approach was developed to address the challenges of cloud deployment. Companies that provided web services have to handle millions of users while responding to changing market needs. To overcome the problem they pioneered the modular approach to application development.
To help other companies with cloud architecture, a microservices approach was developed, refined, and released to the community. Implementation of the technology requires an understanding of different concepts related to cloud deployments such as API gateway, service registry, edge controller, and command patterns.
Contained Services
Another key aspect of microservices architecture is containerization. Microservices needs to be contained so that it can easily be developed, deployed, stopped, and tested in no particular order.
Containerization involves running the application and development environment in immutable units. These units have to be managed, scaled and deployed independently, similar to the deployment of a single code. This is the main benefit of the microservices approach, as it helps ensure durability, flexibility, and scalability of services.
Microservices Automation
Automation is probably the most challenging and important aspect of microservices. But it is the key to simplifying development and deployments in complex application development in large enterprises.
The isolated and modular nature of the microservices approach allows for continuous deployment. An automated platform that supports different parts of the flexible and scalable services such as DevOps can facilitate microservices deployment. Automation is required for all parts of the microservices development including integration, deployment, monitoring, and delivery.
Is Microservices Stateful or Stateless Technology?
Microservices offers great flexibility in application deployment. The reason behind that is the ability of the technology to be both stateful and stateless. This depends on the architecture of the application.
Scalable microservice cloud solutions have both stateful and stateless services. For instance, Microsoft Azure’s Service Fabric allows the development of both the services with separate code, data, and configurations. These three service components can be called based on the state and requirements of the application.
The benefit of stateful microservices is that there is no need for caches and queues. Moreover, stateful services have low latency resulting in smooth cloud access.
Stateless microservices require caches, queues, and partitioned storage to deploy the application in a scalable manner. The recommended method is to start with the stateless microservices and then introduce the state as required by the application. This will ensure that the service is flexible and scalable to the changing needs of the businesses.
How Businesses Can Gain from Microservices Deployment?
The need for the adoption of microservices technology stems from the complexity of cloud deployments.
The development of large applications takes months. The development time can be reduced significantly by the deployment of the microservice architecture. You can use shared packages similar to in monolithic architecture but you also have greater flexibility in using the packages for different services.
The use of technology stacks can help in the best use of the latest technologies with significantly improved outcomes. It will help in addressing issues in the traditional approach regarding application deployment, monitoring, upgrading, and state management.
Microservices allows modular and isolated testing of services. It facilitates scalable and faster deployment on cloud and hybrid cloud environments.
Unlike traditional monolithic architecture, microservices architecture is lightweight and scalable. The deployment is smooth even for large applications.
Final Thoughts
Businesses can gain a lot from migrating to microservices development environments. The service can be deployed on both on-premise and off-premise infrastructure as a solution (IaaS). The architecture can help reduce costs and improve the quality of cloud services.
Contact us if you want to take your business to the next level by adopting a microservice architecture.
Our microservice architects will help you build the required infrastructure to benefit from the technology.
We can help you leverage your investment in microservices development. Our microservice consultants understand the technical and functional requirements for deploying the technology. We can help you build the microservices architecture from the start and offer ongoing support to ensure that you get the most from the technology.
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