Digital Native Full Cloud Capability Solution

Full cloud capability solutions with thousands of sets of physical environments and tens of thousands of nodes

Eight years, tens of thousands of nodes under the Production validation, EasyStack to learn more about private cloud deployment of more understand enterprise cloud, with the demand of the cloud, in order to meet the modernization of enterprise application architecture, support enterprise digital transformation, EasyStack full cloud ability solution, through the evolution of architecture, the container, virtualization, storage, SDN organic integration of network, security, operating system,  Form a digital native engine, through the flexible combination of multiple computing power, with unified storage, unified network, full stack security, as required to build a unified cloud platform from 3 nodes to 10,000 nodes for all industries, unified experience of own products, ecological products and services.

Challenges of large-scale full-stack distributed cloud construction

Cloud platform incremental development challenges

The construction of cloud platform is a continuous process. With the development of technology and architecture required by business, the capability of the platform is constantly evolving. The stable version of traditional ToB software cannot meet the continuous requirements of enterprises for cloud computing services.

Hidden dangers behind separate and layered cloud construction

Virtualization, storage, network, IaaS, and PaaS separated and layered cloud construction poses challenges to software compatibility, consistency of service access, continuous platform evolution/upgrade, global security, resource visibility, and complexity of monitoring and management operation and maintenance.

Service redundancy in the "full stack cloud"

Usually large-scale cloud platform construction cases, the construction plan will be in the traditional "full stack cloud" software according to the border with the default function, consume large amounts of hardware resources at the same time, fixed function and service boundaries, cannot be provided as a public cloud on-demand, how to build an on-demand portfolio/continued evolution of cloud platform become the planning and construction difficulties

Standardization challenges for services on the cloud

As the cloud platform needs to provide computing services including multiple computing services, SDN network, storage, containers, middleware, database, big data, AI and installation, deployment, upgrade, monitoring, management, operation and maintenance services based on service requirements, a single cloud platform vendor cannot provide all services. At the same time, a large number of professional manufacturers are required to provide some scenarioalized services, and the unified standardization of products and services has become a common problem for cloud platform and ecological manufacturers

Full cloud security challenges

Large-scale cloud construction needs to meet requirements such as equal protection compliance and confidential evaluation compliance, and provide a global cloud security solution to ensure the security of the platform and services

Diversity of deployment patterns and scale challenges

Generally, enterprise cloud construction requires multi-cluster, multi-center, small-scale to medium-sized large-scale development, and needs to rely on different hardware resources, computing power requirements, storage forms and scales to build distributed cloud platforms that meet service requirements

Our strength - progressive composable full cloud capability building solution

Multiple computing power, unified storage and network, full cloud capabilities ready

Built on the digital native engine, the multi-computing power, storage, network, monitoring, management, operation and maintenance, security, cloud native, middleware, ecological products and services full stack full plane capabilities unified service supply

Base standard, diversified capabilities, ecological openness

Open and neutral cloud platform, LOKI (Linux, OpenStack, Kubernetes Infrastructure) architecture Infrastructure, platform and product separation, unified API compatible with open-source native and third-party, jointly build customer own ecosystem

Digital native, flexible scale, sustainable development

For the entire data center to establish a fully automated digital base, service components unified arrangement, a high degree of autonomy, support a single cluster from 3 nodes to 5000+ nodes cloud automatic construction

One cloud multi-core, compatible and stable, innovation and upgrading

Fully compatible with various brands of servers, storage, network and other data center infrastructure, through the multi-cloud environment, links to infrastructure, cloud services and ecological vendors, compatible with major middleware and database and other business environments, to provide support for the transformation of more business systems to the cloud and the road to the cloud

Build on demand, assemble flexibly, and evolve continuously

Through the digital native engine, the platform is decoupled from cloud products and services, so that the cloud platform changes from rigid architecture and solidified capabilities to smooth upgrade, sustainable capability evolution, full-stack and full-scene topology arrangement, and version fragmentation of the cloud platform is eliminated

Security protection, security assessment and reinforcement, comprehensive compliance

It provides comprehensive compliance security solution capabilities based on xinchuang software and hardware, deeply integrates security capabilities into xinchuang architecture cloud platform in the way of services, and can manage security services and upgrade later through a unified interface to meet the requirements of equal protection and encryption evaluation of large-scale cloud platforms