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Golang Kafka Build Distributed System ( Real-Time App )
New
23 students

Golang Kafka Build Distributed System ( Real-Time App )

Build a real-world distributed system Golang, Kafka, WebSockets, and Microservices Understand The Main Concepts 2026
New
Created byAhmed Khalaf Elsayed
Last updated 6/2026
English
ArabicEnglish [Auto],

What you'll learn

  • Understand how modern distributed systems work
  • Learn the core principles behind scalable system architecture
  • Build a real-world distributed social network application
  • Create and manage Kafka clusters using Docker Compose
  • Integrate Apache Kafka with Golang applications
  • Implement heartbeat mechanisms for node health monitoring
  • Build event-driven microservices using Kafka
  • Design scalable message-driven architectures
  • Create real-time chat systems using WebSockets
  • Implement notification services with Kafka and WebSockets
  • Manage online and offline user presence across distributed nodes
  • Learn inter-service communication patterns
  • Understand fault tolerance and distributed system challenges
  • Deploy applications that can scale across multiple servers
  • Gain practical experience building production-style backend systems

Course content

8 sections • 21 lectures • 10h 3m total length

  • Introduction1:38

    Overview of the course structure and what we will build throughout this full-stack journey.

Requirements

  • Basics of Golang

Description

Modern applications rarely run on a single server.

Today's platforms such as social networks, messaging applications, e-commerce systems, and SaaS products rely on distributed systems that can scale across multiple machines while handling millions of events in real time.

In this course, you'll learn distributed systems by building a complete real-world project using Golang and Apache Kafka.

Rather than focusing on theory alone, we will design and implement a distributed social network application step by step. Along the way, you'll learn how multiple application nodes communicate, how messages flow through Kafka, how services stay synchronized, and how real-time communication works at scale.

We'll start by understanding the foundations of distributed systems, including architecture patterns, scalability challenges, and why modern applications require distributed designs.

Next, we'll create a Kafka cluster using Docker Compose and integrate Kafka into our Golang application. From there, we'll build several real-world components including:

• Heartbeat services for node monitoring
• Distributed notification systems
• Event-driven message managers
• Online/offline presence tracking
• Real-time chat infrastructure
• WebSocket communication layers
• Kafka-powered microservices

By the end of this course, you'll have built a complete distributed application while gaining practical experience with the technologies and patterns used in modern backend systems.

Whether you're a backend developer, software engineer, or aspiring system architect, this course will give you the hands-on experience needed to understand and build real-world distributed systems using Golang and Kafka.

Who this course is for:

  • Golang developers who want to build scalable distributed applications.
  • Backend engineers interested in learning Apache Kafka and event-driven architectures.
  • Software engineers looking to understand how real-world distributed systems work.
  • Developers who want hands-on experience building microservices with Golang.
  • Engineers interested in real-time systems using WebSockets and message brokers.
  • Developers preparing for backend, distributed systems, or system design roles.
  • Anyone who wants to learn Kafka through practical projects instead of theory alone.

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