Optimizing Apache Kafka for efficient data ingestion

Deva, Sruthi (2025) Optimizing Apache Kafka for efficient data ingestion. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 1081-1091. ISSN 2582-8266

Apache Kafka has emerged as the industry standard for high-throughput, low-latency data ingestion across distributed systems. This article explores practical optimization strategies to maximize Kafka's performance across various deployment scenarios. Beginning with an examination of Kafka's core architecture—producers, brokers, consumers, and the topic-partition model—the discussion progresses to key optimization techniques including effective partitioning, broker configuration tuning, compression and batching, consumer group optimization, and performance monitoring. A detailed implementation example for IoT data ingestion demonstrates these principles in action, showcasing how techniques like LZ4 compression, batch configuration, and acknowledgment strategies can be applied to handle massive volumes of sensor data. The article concludes with an exploration of emerging trends including serverless Kafka implementations, multi-region deployments, machine learning integration, hardware acceleration, and autonomous scaling operations that will shape future optimization approaches.