With the rapid development of Bank of Communications' mobile banking services, the data generated by production and management systems is growing exponentially. The traditional data warehouse analysis methods and siloed architecture can no longer meet business demands.
As the pace of digital society construction accelerates and a new round of financial market opening picks up speed, Bank of Communications has taken the lead in the financial industry by conducting test and verification work. This involves upgrading the infrastructure and decentralizing the business and management systems.
The operational costs of digital business are gradually increasing, necessitating more optimized methods and tools. This requires suppliers to provide stable and reliable products and to have the capability to assist customers in planning their business and systems to meet the regulatory requirements.
Bank of Communications has built a FusionInsight+DWS big data cluster with over 1,000 nodes, reconfiguring the One Lake, One Warehouse data architecture system. Through the real-time engine, the system achieves real-time updates of massive data volumes. Given the trend toward domestic production, high-performance, domestically-produced servers are needed to provide sufficient computing resources.
Assisted the client in building a FusionInsight+DWS big data cluster with over 1,000 nodes, integrating and reconstructing multiple existing data platforms. Leveraging the capabilities of the new product version, the data architecture system was re-planned under the “One Lake, One Warehouse” model. This fusion of lake and warehouse ensures data consistency, and the real-time engine facilitates the real-time update of massive data volumes.
The Bank of Communications data warehouse (DWS) utilizes KunTai R722 servers as the data foundation. These servers employ a Massive Parallel Processing (MPP) architecture, supporting both row-based and column-based storage, and providing the ability to process data volumes at the petabyte (PB) scale.
