An evolvable all-cloud capability building program for enterprise digitalization
As a rock-solid digital base, EOS supports on-demand construction of 3 to 1000+ node cloud platforms.
A unified infrastructure that integrates cloud and cloud-native products and services provides multiple computing power, unified storage, unified SDN network, and unified security to support diverse businesses and applications.
With open source ecological products as the core, we build standardized, open and evolvable full-cloud capability services.
Through composable own and ecological products and services, 1000+ enterprise customers production practices build a variety of field evolution cloud solutions.
Under the production test of tens of thousands of nodes, EasyStack understands the private deployment of cloud and the needs of enterprises on and using cloud. In order to meet the modernization of enterprise application architecture and support the digital transformation of enterprises, ECS organtically integrates container, virtualization, storage, SDN network, security and operating system through an evolvable architecture to form a digital native engine. Through the flexible combination of multiple computing power, unified storage, unified network, and full-stack security, a unified cloud platform from 3 nodes to 10,000 + nodes suitable for various industries and unified experience of own products, ecological products and services is built on demand
The construction of cloud platform is a continuous process, with the development of technology and architecture required by the business, the ability of the platform continues to evolve, the stable version of the traditional ToB software cannot meet the continuous requirements of enterprises for cloud computing services, the construction of the backward status requires that the cloud platform can continue to maintain upgrading and continuous expansion of capabilities.
Behind the separated and hierarchical cloud construction of virtualization, storage, network, IaaS, PaaS, it challenges the compatibility between software, the consistency of service access, the continuous evolution/upgrade of the platform, global security, resource visibility, and the complexity of monitoring, management and operation.
In general, in the case of large-scale cloud platform construction, the construction scheme will be provided by the traditional "full-stack cloud" software according to the default function boundaries, which consumes a lot of hardware resources, but the function and service boundaries are fixed, which cannot be provided on demand like the public cloud. How to build an on-demand combination/continuous evolution cloud platform has become a difficulty in cloud planning and construction.
Since the cloud platform needs to provide computing services including multi-computing power, SDN network, storage, container, middleware, database, big data, AI and installation, deployment, upgrade, monitoring, management, operation and maintenance services built around the service according to business requirements, a single cloud platform vendor cannot provide all services. At the same time, it also needs a large number of professional field vendors to provide some scenario-oriented services, and the unified standardization of products and services has become a common problem for cloud platforms and ecological vendors.
Large-scale cloud construction needs to meet the requirements including equal security compliance and confidential assessment compliance, and provide the corresponding global cloud security solutions to ensure the security of the platform and business.
Usually, enterprise cloud construction needs multi-cluster, multi-center, from small-scale to medium-large scale development, and needs to rely on different hardware resources, computing power requirements, storage forms and scales to build a distributed cloud platform that meets business requirements on demand.
It has passed the production-level practice test of thousands of physical environments, 10,000 + physical nodes, tens of thousands + virtual machines, and pods/containers running stably. It builds a unified full cloud capability platform through composable cloud products, deeply integrates the computing, storage, network capabilities of traditional infrastructure and cloud native, and carries the traditional steady state + cloud native business transformation.At the same time, it has the ability of multiple computing power, security and trust, agile application delivery, and multi-center distributed cloud.
In order to meet the modernization of enterprise application architecture, ECNF takes cloud native related technologies as the core, and organically integrates containers, virtualization, storage, SDN network and operating system through an evolvable architecture to form a digital native engine, which supports the transformation of infrastructure construction from resource-oriented construction to application-oriented construction. ECNS provides users with a cloud native product suite for microservice applications, including Kubernetes container service, container application center, secure container instance, DevOps platform, container image service, bare metal service and a series of products, which enables the whole life cycle of application design and development to be carried out in the cloud.
With the construction goal of reducing costs and increasing efficiency and simplifying complexity, it consists of EOS and many cloud products, integrates the physical resources of the data center, provides rich cloud services such as computing, storage, network, security and PaaS, and manages the full life cycle of cloud infrastructure. It becomes a powerful engine for enterprise digital transformation and helps enterprises continue business innovation.
Built on EOS, multi-computing power, storage, network, monitoring, management, operation and maintenance, security, cloud native, middleware, ecological products and services full-stack full-plane capabilities provide unified services.
A set of fully automated digital base is established for the entire data center, with unified orchestration of service components and a high degree of autonomy, supporting the automatic construction of a single cluster from 3 nodes to 5000+ nodes.
Fully compatible with various brands of server, storage, network and other data center infrastructure, through the multi-cloud environment, link infrastructure, cloud services and the whole ecosystem manufacturers, compatible with the main middleware and database business environment, for more business systems cloud transformation and cloud to provide support.
By decoupling EOS from cloud products and services, the cloud platform has moved from rigid architecture and solidified capabilities to smooth upgrade, sustainable evolution of capabilities, and full-stack and full-scene topology orchestration, eliminating the direction of version fragmentation of the cloud platform.
Security service management and later upgrade are carried out through a unified interface to meet the security and confidential evaluation requirements of large-scale cloud platforms.
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