Hopechart’s cloud platform HQEC2 is mainly composed of distributed access layer, distributed file system, multi-dimensional database based on unshared architecture and distributed computing framework. It has the characteristics of high availability, high scalability, high concurrency, high security, low delay and low cost. Using distributed multi-level cache technology and parallel computing to improve throughput and achieve high-speed batch storage. A single server can support 100,000 terminals data concurrency, and store 1 million records per second. The platform realizes the end cloud collaboration through the scheduling service cluster deployed in the cloud. Using the idle time computing power of a large number of terminals, the platform cooperatively performs image preprocessing, feature extraction, data mining and other operations to reduce the expansion speed of the cloud and effectively control the scale of the cloud.

Hopechart’s plotform, HQEC2, has the characteristics of high availability, high scalability, high concurrency, high security, low latency and low cost. The Cyber-Physical Systems (CPS) based on HQEC2 has been successfully applied to large commercial vehicle factories in China. Through the collection, processing and analysis of online operation vehicle data, the platform feeds back to the vehicle factory research and development, design, procurement, production, sales and after-sales links, effectively improve the vehicle design level, improve the quality of parts, optimize the sales strategy, and improve the real-time and accuracy of after-sales. Furthermore, the platform provides a data base for "automobile after service" such as commercial vehicle insurance, vehicle loan and logistics, and improves the ecological chain of traditional manufacturing industry.