From Monolithic to Microservices

The microservice architecture is growing in popularity. It is an architectural style that structures an application as a set of loosely coupled services that are organized around business capabilities. Its goal is to enable the continuous delivery of large, complex applications. However, the microservice architecture is not a silver bullet and it has some significant drawbacks. The goal of the microservices pattern language is to enable software developers to apply the microservice architecture effectively. It is a collection of patterns that solve architecture, design, development and operational problems. In this talk, I’ll provide an overview of the microservice architecture and describe the motivations for the pattern language. You will learn about the key patterns in the pattern language.

( Microservices Architecture Training: https://www.edureka.co/microservices-... ) This Edureka's Microservices tutorial gives you detail of Microservices Architecture and how it is different from Monolithic Architecture. You will understand the concepts using a UBER case study. In this video, you will learn the following: 1. Monolithic Architecture 2. Challenges Of Monolithic Architecture 3. Microservice Architecture 4. Microservice Features 5. Compare architectures using UBER case-study

The presentation from our online webinar "Design patterns for microservice architecture". Full video from webinar available here: https://www.youtube.com/watch?v=826aAmG06KM If you’re a CTO or a Lead Developer and you’re planning to design service-oriented architecture, it’s definitely a webinar tailored to your needs. Adrian Zmenda, our Lead Dev, will explain: - when microservice architecture is a safe bet and what are some good alternatives - what are the pros and cons of the most popular design patterns (API Gateway, Backend for Frontend and more) - how to ensure that the communication between services is done right and what to do in case of connection issues - why we’ve decided to use a monorepo (monolithic repository) - what we’ve learned from using the remote procedure call framework gRPC - how to monitor the efficiency of individual services and whole SOA-based systems.

This document provides an overview of microservices architecture, including concepts, characteristics, infrastructure patterns, and software design patterns relevant to microservices. It discusses when microservices should be used versus monolithic architectures, considerations for sizing microservices, and examples of pioneers in microservices implementation like Netflix and Spotify. The document also covers domain-driven design concepts like bounded context that are useful for decomposing monolithic applications into microservices.

Learn all about microservices from Product Marketing Manager Dan Giordano. We'll cover how to get started, the benefits, potential challenges, and how SmartBear can help.

- Microservices advocate creating a system from small, isolated services that each own their data and are independently scalable and resilient. They are inspired by biological cells that are small, single-purpose, and work together through messaging. - The system is divided using a divide and conquer approach, decomposing it into discrete subsystems that communicate over well-defined protocols. Each microservice focuses on a single business capability and owns its own data and behavior. - Microservices communicate asynchronously through APIs and events to maintain independence and isolation, which enables continuous delivery, failure resilience, and independent scaling of each service.

This document provides an overview of microservices and monolithic architectures. It discusses how monolithic applications are self-contained and execute end-to-end tasks, while microservices are small, independent services that communicate to perform tasks. The document outlines characteristics of each approach and compares their advantages and disadvantages, such as improved scalability, deployment and innovation with microservices versus better performance with monolithic architectures. Examples of companies using microservices are also provided.

Kevin Huang: AWS San Francisco Startup Day, 9/7/17 Architecture: When, how, and if to adopt microservices - Microservices are not for everyone! If you're a small shop, a monolith provides a great amount of value and reduces the complexities involved. However as your company grows, this monolith becomes more difficult to maintain. We’ll look at how microservices allow you to easily deploy and debug atomic pieces of infrastructure which allows for increased velocity in reliable, tested, and consistent deploys. We’ll look into key metrics you can use to identify the right time to begin the transition from monolith to microservices.

AWS offers a variety of data migration services and tools to help you easily and rapidly move everything from gigabytes to petabytes of data. We can provide guidance and methodologies to help you find the right service or tool to fit your requirements, and we share examples of customers who have used these options in their cloud journey.

This document provides an overview of cloud native concepts including: - Cloud native is defined as applications optimized for modern distributed systems capable of scaling to thousands of nodes. - The pillars of cloud native include devops, continuous delivery, microservices, and containers. - Common use cases for cloud native include development, operations, legacy application refactoring, migration to cloud, and building new microservice applications. - While cloud native adoption is growing, challenges include complexity, cultural changes, lack of training, security concerns, and monitoring difficulties.

The introduction covers the following 1. What are Microservices and why should be use this paradigm? 2. 12 factor apps and how Microservices make it easier to create them 3. Characteristics of Microservices Note: Please download the slides to view animations.

This presentation is made by me on Monolithic Architecture. By using this you can understand clear about monolithic architecture.

The document discusses Microservices architecture and compares it to monolithic architecture. It covers topics like infrastructure for Microservices including API gateways, service discovery, event buses. It also discusses design principles like domain-driven design, event sourcing and CQRS. Microservices are presented as a better approach as they allow independent deployments, scale independently and use multiple programming languages compared to monolithic applications.

Determine your best way to modernize your organization’s applications with Microsoft Azure. Want to know more? Don't hesitate to download our White Paper 'Making the Move to Application Modernization; Your Compass to Cloud Native': http://bit.ly/39XylZp

The document discusses strategies for migrating IT workloads to the cloud. It describes common drivers for cloud migration like cost reduction and agility. Potential barriers are also outlined, such as existing investments and lack of cloud expertise. The main sections of the document are on migration planning, common migration strategies ranging from rehosting to rearchitecting, examples of migration patterns, and modernizing applications on AWS.

This is a deep journey into the realm of "microservice architecture", and in that I will try to cover each inch of it, but with a fixed tech stack of Java with Spring Cloud. Hence in the end, you will be get know each and every aspect of this distributed design, and will develop an understanding of each and every concern regarding distributed system construct.

Applications built on a microservices-based architecture and packaged as containers bring several benefits to your organization. In this session, AWS highlights potential hurdles, how to plan your migration to microservices, and how to use containers and serverless architecture to manage this journey.

In this session, we’ll discuss the benefits of moving from monolithic to micro-services application architectures, and examine where micro-services can be used. We’ll share common transition strategies and relate them to the specifics of e-commerce and retail workloads, using customer examples. You’ll learn how to build micro-services using AWS services, and get a better understanding of the role of data storage, API endpoints and service discovery. Plus, you can learn from the real-life experience of Digital Goodie, an online retailing platform for connected commerce.

Microservices and Serverless computing allow you to build and run simpler and more efficient applications, while improving your agility and saving a lot of money. The ability to deploy your applications without the need for provisioning or managing servers opens for startups new opportunities to build web, mobile, and IoT backends.

The document discusses adopting a microservices architecture and provides guidance on when and how to transition from a monolithic architecture. It notes that monoliths can work well for simple applications but don't scale as the application and company grow. It then outlines some of the challenges of monolithic architectures including long development cycles and difficulty adding new features. The document introduces microservices as a way to decompose an application into smaller, independent services. It provides examples of microservice anatomy and principles for designing microservices including using appropriate tools, secure service communication, and being considerate within the ecosystem. Finally, it acknowledges that transitioning to microservices is a journey that requires planning and coordination.

Microservices are minimal function services that are deployed separately, but can interact together to function as a broader application. Microservices can be built, changed, and deployed quickly with a relatively small impact, empowering developers to speed up the rate of innovation. In this session, we show how containers help enable microservices-based application architectures, discuss best practices for building new microservices, and cover the AWS services that allow you to build performant microservices applications.