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C++ Microservices in Docker

Microservices have become a popular way to architect applications, particularly those that compose functionality from a variety of loosely coupled systems and services. While there are a variety of frameworks and tools for implementing a microservice architecture, it isn’t always clear how to expose native code like C or C++ code within a wider microservice system. That’s where HydraExpress comes in.

The Complete Guide to Microservices

Microservices, also known as microservices architecture, refers to a method of designing and developing software systems. Microservice architecture is becoming increasingly popular as developers create larger and more advanced apps. The goal is to help enterprises become more Agile, especially as they adopt a culture of continuous testing. Here are the basic features of microservices.

Starting With a Monolith or Microservices: How New Technology Is Changing the Conventional View

Conventional wisdom says that new app development projects should begin as monolithic systems. This perspective suggests that you should wait until later to refactor the monolith into a microservices-based architecture — i.e., don’t use microservices until your use-case and scaling demands require them. But is this viewpoint still correct?

Learnings from CNCF's Envoy and OPA Creators Matt Klein and Tim Hinrichs

Applications architected as microservices are becoming more prevalent every day, but just like their monolithic ancestors, microservice applications must adhere to organization-wide constraints around compliance, security, performance, etc. Authorization — controlling which people and machines can perform which actions — is a foundational security problem that requires new solutions in a microservice world because of changes in requirements around performance, availability and even where authorization gets enforced architecturally.

Microservice Authorization with Open Policy Agent and Kuma | Kong Summit

Applications architected as microservices are becoming more prevalent every day, but just like their monolithic ancestors, microservice applications must adhere to organization-wide constraints around compliance, security, performance, etc. Authorization, controlling which people and machines can perform which actions, is a foundational security problem that requires new solutions in a microservice world because of changes in requirements around performance, availability, and even where authorization gets enforced architecturally.

Microservices vs API

In this article, we’ll cover the key differences between APIs and microservices as answered by our contributors consisting of senior decision-makers and CTOs from technology companies around the world. One of the most popular ways to consume data from a web service is through a web application programming interface (API). By interface, we are referring to an agreement, or schema, that anyone using this API must abide by.

Node.js Microservices: Developing Node.js Apps Based On Microservices

Node.js application developers, in the ever-evolving business landscape, enjoy tangible advantages while incorporating microservices in Node.js apps development. The microservice architecture, or microservices, is a distinct method of software systems development, which attempts to create modules that are single-function, with well-defined operations and interfaces.

Kong Demo: Protecting Microservices with Servicemesh

In this interactive demo, we will show how to encrypt and protect all services inside a service mesh using the Kuma Mutual TLS policy. We will then demonstrate how to control traffic permissions among each individual service using the TrafficPermission policy. In addition to security, Kuma provides traffic metrics using Prometheus and Grafana dashboards, as well as traffic tracing (APM) and traffic logging integrated into managed cloud logging and analytics services.