HCI takes resources such as computing, network, and storage as basic components to form a technical architecture that is selected and predefined according to system requirements. The specific implementation method is generally to integrate software virtualization technology (including virtualization of computing, network, storage, and security) into the same set of cell nodes (x86 servers). Each set of cell nodes can be aggregated through the network to realize modular seamless horizontal expansion (scale-out) to build a unified resource pool. We are convinced that the HCI architecture based on HCI can replace the heavy and complex traditional cloud infrastructure and realize the minimalism of cloud architecture.

Relying on HCI technology, HCI simplifies the data center into two kinds of equipment: x86 server and switch, which reduces the initial investment cost and the cost of learning to use the equipment. Smooth capacity expansion is realized by accessing the SCP cloud computing platform to support the demand for high-performance services. HCI has a built-in P2V migration tool, which can realize one-click migration of applications to the cloud and improve its innovation efficiency. HCI ensures data reliability through CDP technology, data multi-copy technology, virtual machine backup technology, application data backup, network behavior management, and other technologies. It has unique optimization technology for key applications, supports the stable operation of key businesses of Oracle RAC cluster, SQL server AlwaysOn cluster, Kingdee, UFIDA, and ERP software, and can meet the needs of the ultra-high reliable business. The built-in firewall, WAF, cloud antivirus, and other business applications running on the cloud platform make them have a perfect security protection system, meet the security and compliance requirements, and effectively prevent East-West security threats in the data center. HCI has global resource management capability. It deploys and configures what you draw is what you get, reduces application deployment time, fault location, and repair time, and can master the use method of the platform without special training.