Core Insights - The report focuses on the application of OceanBase Community Edition in the pan-internet industry by showcasing its value in addressing data challenges through industry analysis, technical interpretation, and multi-domain case studies [1][2]. - The pan-internet industry is experiencing explosive data growth, facing challenges such as high concurrency, real-time analysis, and rapid business iteration, making distributed databases like OceanBase a key solution [1][2]. - OceanBase's native distributed architecture, high compression rate, HTAP capabilities, and comprehensive ecosystem make it a preferred choice for many enterprises looking to upgrade their database solutions [1][2]. Technical Overview - Database development is trending towards integration, intelligence, and cloud-native solutions, with OceanBase achieving a single-node distributed integrated architecture that supports mixed storage and HTAP mixed workloads [1][2]. - The Paxos protocol ensures strong data consistency, while the system offers elastic scalability and multi-tenant resource isolation capabilities [1][2]. - OceanBase's vector technology accelerates business analysis and AI integration, while its compatibility with the MySQL ecosystem reduces migration costs [1][2]. Industry Applications - Various enterprises have successfully utilized OceanBase to solve core issues, such as Kuaishou leveraging it for PB-level core business support, NetEase Games reducing storage costs by 60%, and Didi achieving a tenfold reduction in latency after selecting a distributed database [2]. - Other notable applications include Haoweilai saving 86% in monthly storage costs for AI business scenarios, Beike using it for real-time data warehousing and AI storage, and Belle Fashion Group relying on it for stable support during major sales events [2]. - Overall, OceanBase provides high-performance, reliable, and cost-effective database solutions that facilitate digital transformation in the pan-internet industry, aligning with industry trends in distributed transactions, storage compression, and HTAP [2].