Kubernetes

Next-Generation Application Development

The world of IT infrastructure has evolved dramatically since the days of relying solely on bare metal hardware to support application development. In the early 2000s, a company called VMWare broke the mould, giving rise to virtualization — using an abstraction that makes software (virtual machines) look and behave like hardware. The primary difference between virtualization and bare metal is the inherent benefit of using software to “virtualize” infrastructure. Virtualization offers increased flexibility, scalability, reliability, and often overall capability and performance, all while lowering capital and operational expenses.

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What is Event-Driven Microservice Architecture?

In an event-driven architecture, when a service performs some piece of work that other services might be interested in, that service produces an event—a record of the completed action. Other services consume those events so that they can perform any of their tasks needed as a result of the event. Unlike with REST, services that create requests do not need to know the details of the services consuming the requests. Here’s a simple example: When an order is placed on an e-commerce site, a single “order placed” event is produced and then consumed by several microservices:

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Microservices Best Practices

API Gateway

API Gateway acts as a single entry point for all clients with a more critical role as an edge service for exposing microservices to the outside world as managed APIs. It sounds like a reverse proxy, but also has additional responsibilities like simple load-balancing, authentication & authorization, failure handling, auditing, protocol translations, and routing. There are several ways in which the API Gateway can be deployed from a development perspective.

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Microservices

Microservices is a trending topic among software engineers today, why is this? In this post, I’ll endeavour to take the mystery and explain things in plain English so you can build genuinely modular, business agile IT systems with Microservices architectural style.

The goal of microservices is to increase the velocity of application releases, by decomposing the application into small autonomous services that can be deployed independently. 

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