This guide walks you through installing the open‑source BI platform DataEase, explains its architecture built on SpringBoot, Apache Doris, and Kettle, and demonstrates how to create data sources, datasets, and visual dashboards from Excel and MySQL using Docker containers.
The Fast OLAP Forum held on December 19 at DataFunCon gathers leading experts from Baidu, Tencent, JD, and FreeWheel to share cutting‑edge techniques in vectorized execution, cloud‑native ClickHouse, large‑scale OLAP architectures, and Presto optimizations, offering deep insights for practitioners dealing with massive real‑time data workloads.
At Baidu Aifanfan, the data team built a unified real‑time and offline big‑data platform—leveraging Watt, Bigpipe, Fengge, AFS and Palo within Lambda/Kappa patterns and a fast‑slow parallel rollout—that cut OLAP query latency from 18 minutes to under 15 seconds, enabled self‑service analytics, and standardized metrics across 15 agile teams.
This article compares Apache Doris and ClickHouse across architecture, deployment, multi‑tenant management, data import, storage, query capabilities, performance testing, and cost, providing practical guidance for selecting the most suitable analytical database in large‑scale OLAP scenarios.
This article presents a detailed technical comparison between Apache Doris and ClickHouse, covering their architecture, deployment, distributed capabilities, transaction support, data import, storage design, query performance, cost, and future development, and provides guidance on selecting the appropriate engine for specific OLAP scenarios.
This article describes how Shuhai Supply Chain upgraded its data warehouse from a complex, high‑cost 1.0 architecture to a streamlined, real‑time solution built around Apache Doris, detailing the motivations, design choices, zero‑code ingestion, metadata management, Flink connector, and the resulting performance gains.
This article details JD Logistics’ challenges in handling petabyte‑level data, outlines their existing data architecture, and explains how they adopted Apache Doris for faster, scalable analytics, covering table management, data import workflows, visualization tools, and future roadmap for data engineering.
This article presents Sohu Intelligent Media's data warehouse construction practice, covering fundamental concepts, batch and real‑time processing, OLAP theory, multidimensional modeling, workflow management, data quality, metadata lineage, and security, with a focus on Apache Doris and a Lambda‑style architecture.
This article details JD.com's transition from a custom ad‑reporting system to Apache Doris, describing the background, challenges with the legacy platform, selection criteria, implementation of data import, pre‑aggregation, on‑site computation, and the resulting performance and operational benefits during regular operation and major sales events.
The article details Xiaomi's growth analytics platform evolution from a Lambda architecture using SparkSQL, Kudu, and HDFS to a streamlined MPP solution with Apache Doris, covering performance gains, real‑time data ingestion, query tuning, and operational improvements for large‑scale analytics.
The article details Meituan's food‑delivery data warehouse transformation from a MOLAP‑centric design to a dual‑engine (MOLAP + ROLAP) architecture powered by Apache Doris, describing the challenges of massive, mutable data, the technical trade‑offs, and the performance gains achieved through MPP, predicate push‑down, multi‑instance concurrency, colocate joins, and bitmap aggregation.
Meituan Takeaway’s data warehouse combines Apache Kylin’s MOLAP cubes for stable dimensions with Apache Doris’s MPP‑driven ROLAP engine to handle changing dimensions, detail queries, and near‑real‑time analytics, achieving millisecond‑level responses, reduced storage/compute costs, and simplifying operations across diverse analytical workloads.
This article provides an in‑depth technical comparison of Apache Kylin and Apache Doris, covering their system architectures, aggregation and detail data models, storage engines, data import processes, query execution, deduplication, metadata handling, performance, high availability, maintainability, usability, schema‑change capabilities, features, and community ecosystems.
This article presents a comprehensive overview of Apache Doris, covering its positioning as a distributed MPP analytical database, core architecture with FE and BE nodes, key technologies such as vectorized execution and materialized views, integration with Kafka and Elasticsearch, additional features, roadmap, and detailed case studies from Baidu Statistics and Meituan, illustrating its practical deployment and performance characteristics.
