Large models and ETL (Extract, Transform, Load) processes can coexist, and will not replace each other.
Despite the excellent performance of large models in many areas, ETL remains an efficient, deterministic and transparent tool for data processing.
Large models' efficiency depends on high-quality data and hardware demands.
ETL is highly transparent, with every data handling step documented and auditable, ensuring compliance with corporate and industry standards.
Future ETL tools will embed AI capabilities, merging traditional strengths with modern intelligence.
As ETL and large model functionalities become increasingly intertwined, data processing is evolving into a multifunctional, collaborative platform.
The foundation of data processing is shifting from CPU-centric systems to a collaborative approach involving CPUs and GPUs.
AI-enhanced ETL represents a transformative leap from traditional ETL, offering embedding generation, LLM-based knowledge extraction, unstructured data processing, and dynamic rule generation.
Tools like Apache Seatunnel illustrate how modern data processing has evolved into an AI+Big Data full-stack collaboration system, becoming central to enterprise AI and data strategies.
The convergence of large models and ETL will propel data processing into a new era of intelligence, standardization, and openness, becoming a core engine for the future of data-driven enterprises.