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 Duration 21 hours

Course Outline

Introduction

  • Fundamental overview of the Apache Kafka platform
  • Foundations of event streaming and real-time data processing workflows
  • Core capabilities and architectural features of Apache Kafka
  • Strategic applications and operational benefits of Kafka in modern software development

Kafka Architecture and Core Concepts

  • Architectural components: brokers, topics, partitions, and replication mechanisms
  • Roles of producers and consumers in message publishing and ingestion
  • The operational function of ZooKeeper within the Kafka ecosystem

Topics and Partition Management

  • Procedures for topic creation and parameter configuration
  • Implications of partitioning strategies on system performance and distribution
  • Mechanisms for data replication and ensuring fault tolerance

Producer Implementation

  • Implementation of Kafka producers across diverse programming environments
  • Message serialization standards and encoding techniques
  • Optimal configuration parameters and operational best practices for producers

Consumer Implementation

  • Development of Kafka consumers utilizing various programming languages
  • Configuration of consumer groups and offset management
  • Strategies for message processing efficiency and delivery guarantee enforcement

External System Integration via Kafka Connect

  • Overview of the Kafka Connect framework and its connector architecture
  • Configuration and deployment of Kafka Connect for robust data integration
  • Techniques for integrating Kafka with third-party external systems

Streaming Application Development with Kafka Streams & ksqlDB

  • Introduction to Kafka Streams and its stream processing functionalities
  • Building stream processing applications using the Kafka Streams library
  • Utilizing ksqlDB for real-time data analytics and processing tasks

Confluent Cloud Integration

  • Overview of Confluent Cloud services and feature sets
  • Configuration and connection of Kafka client applications to Confluent Cloud environments

Security Protocols

  • Overview of built-in Kafka security features and controls
  • Implementation of SSL/TLS encryption for secure data transmission
  • Authentication protocols and authorization mechanisms within Kafka

Monitoring and Operations

  • Kafka monitoring strategies utilizing performance metrics and diagnostic tools
  • Management of Kafka cluster resources and capacity planning
  • Troubleshooting common operational issues and performance optimization

Best Practices and Operational Use Cases

  • Best practices for the architectural design of Kafka-based applications
  • Case studies illustrating Kafka implementations in public and private sector contexts
  • Guidelines for constructing scalable and highly available Kafka architectures

Summary and Path Forward

Requirements

  • Familiarity with fundamental programming concepts

Target Audience

  • Software developers
  • Programming specialists

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