IT Home May 5 news, recently, China Mobile Cloud Competence Center, together with China Mobile Information Technology Center, Jiangsu Mobile, completed the pilot launch of China Mobile's first CRM system based on BC-Linux Euler Edition.
The project is based on the mobile cloud BC-Linux Euler version of the operating system, based on the Panji PaaS platform capabilities for the full deployment of CRM core system, in 2021 The Panji PaaS platform and the mobile cloud BC-Linux Euler version of the operating system completed the compatibility mutual certification.
As an "all-round player" in the business support system, the CRM system covers most of the main business of Jiangsu Mobile CHBN full scenario. According to calculations, after the main business center is launched, the backward IT software and hardware will be phased out, that is, it can save 12% of the hardware use resources, of which the underlying server operating system and the upper container image system of the entire system have adopted the BC-Linux for Euler V21.10 version, which fully verifies the compatibility and stability of the business hall and the grid office unit running on the mobile cloud BC-Linux Euler version of the operating system CRM business center.
China Mobile Cloud Competence Center has landed a number of competitive features in the fields of kernel, virtualization, security, containers and other technologies on bc-Linux Euler Edition, using iSulad to improve the startup performance of container pods by 50%+, through the deep integration of NUMA tethered core, network card interrupt binding and other tuning technologies, improve the random write performance of block storage in databases and other application scenarios 14%, random read performance of 100%, and improve MySQL performance by 30% through A-Tune intelligent tuning. At the same time, it improves the operational efficiency, availability and security of the system.
China Mobile Cloud Competence Center said that it will continue to cooperate with the Euler open source community to achieve innovation and upgrading in the direction of virtualization, kernel and security. In the direction of virtualization, we carry out the innovation of mixing of high and low priority of virtual machines and online and offline mixing of containers to improve the overall utilization of cluster resources; in the direction of security, realize a memory-based dynamic measurement mechanism to improve container isolation; in the kernel direction, support memory scale expansion and storage level acceleration functions; and create a high-performance, safe and trustworthy cloud-based operating system.