Microservices

Microservices is a growing standard in cloud based software design, used by several companies today. Whether you need an introduction to microservices architecture or wish to expand existing developer skills, we offer microservices training that can meet your needs. Join a microservices course led by experienced professionals.Microservice is a small, loosely coupled distributed service. Each microservice is designed to perform a specific business function and can be developed, deployed, and scaled independently. It allows you to take a large application and decompose or break it into easily manageable small components with narrowly defined responsibilities. It is considered the building block of modern applications. Microservices can be written in a variety of programming languages, and frameworks, and each service acts as a mini-application on its own.

About Project

Typically, microservices are used to speed up application development. Microservices architectures built using Java are common, especially Spring Boot ones. It’s also common to compare microservices versus service-oriented architecture. Both have the same objective, which is to break up monolithic applications into smaller components, but they have different approaches.

Our team of instructors are committed to creating an excellent learning experience for users that can be both affordable and easily accessible. We are focused to make microservices concepts much more easier to the audience and produce expert software, test professionals.

Success Feature

High-Standard Training
Top Technical Instructor
Broad Course Curriculum
100% Placement Support
Superb Satisfaction Result
Internship on Real-Time Project
3I– Individual Focus, Innovative & Interactive

Target Student

Web Developers
Frontend Developers
Aspiring Developers
UI/UX Designers
Tech Enthusiasts and Career Changers

Basic Knowledge Required

Architecture Knowledge
Domain Modelling
DevOps and Containers
Security
Testing

Curriculum

Module 1 : Introduction to Microservices

Introduction to Microservices
Monolithic Architecture
SOA Architecture
Key benefits of Microservices
Challenges in Microservices
Comparisons between Monolithic, SOA, and Microservices
Microservices: Process and Organization

Module 2 : microservices design and architecture

Introducing Microservices Architecture
Microservices Design Patterns
Use case: Apollo Store
Decomposition Strategies
Obstacles in Decomposition
Inter-process communication
Partial failure in communication
Service Discovery
Transaction management

Module 3 : Microservices with spring boot and cloud

Introduction to Spring cloud
Difference between Springboot and Spring cloud
Spring Cloud features
Spring Cloud and Netflix Eureka
Registration and Discovery
Spring Load Balancer
Introducing Spring Cloud Gateway

Get in Touch with Experts!

Jordan Reynolds

Instructor

working function of microservices

Modular Structure:
- Microservices architecture breaks down large, monolithic applications into smaller, independent services.
- Each service is a self-contained module with a specific business capability or function.
- This modular structure promotes flexibility, ease of development, and simplified maintenance.
Independent Functions:
- Each microservice is designed to handle a specific business function or feature.
- For example, one service may manage user authentication, while another handles product catalog functions.
- This independence allows for specialized development and maintenance of each service.
Communication:
- Microservices communicate with each other through well-defined Application Programming Interfaces (APIs).
- APIs serve as the interfaces through which services exchange information and requests.
- This standardized communication enables interoperability and flexibility in integrating services.
Flexibility:
- Microservices architecture supports the use of diverse technologies for each service.
- This means that different programming languages, frameworks, and databases can be chosen based on the specific requirements of each microservice.
- Teams have the flexibility to use the best tools for their respective functions.
Independence and Updates:
- Microservices operate independently, allowing for updates or modifications to one service without affecting the entire system.
- This decoupling of services reduces the risk of system-wide disruptions during updates, making it easier to implement changes and improvements.
- Also Microservices contribute to system resilience by ensuring that if one service encounters issues or failures, it does not bring down the entire system.
Scalability:
- Microservices offer scalability by allowing the addition of instances of specific services.
- If a particular function requires more resources, additional instances of that microservice can be deployed to handle increased demand.
- This scalability is crucial for adapting to varying workloads.
Continuous Improvement:
- The modular nature of microservices facilitates continuous improvement.
- Development teams can independently work on and release updates for their respective services.
- This agility enables the system to evolve rapidly and respond to changing requirements or user needs.

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