Cloud-Native Platform (CNP) Introduction - Cloud-Native Platform CNP

Platform Introduction

DC Cloud | The Cloud-Native platform integrates new technologies and concepts, such as Docker containers, Kubernetes and Istio native architectures, DevOps, Operators, etc., and obtains solution delivered in the form of services through modular architecture.

Core Value

Drive customer application architecture transformation

Build a PaaS cloud platform with Cloud-Native technologies like micro-service, cloud middleware, container and DevOps.
Reduce resource cost and improve R&D efficiency

Mobilize resources container by container to cope with soaring service volumes and improve utilization of IT resources.
Build a containerized cloud service environment

Establish a pipeline of application development, testing and O&M based on container images for faster delivery and more agile transformation.

Strength of Architecture Management

Kubernetes supports everything

Amid K8s native extension mechanism, its functions access to the management standard K8s, OpenShift, etc.
Separation of management and business

Global is deployed in an independent management cluster, and the shutdown of its management cluster won’t affect the business cluster.
Independence of business cluster

Each cluster can be independently operated and managed; X86 and ARM architecture are deployed in a mixed manner; Different K8s versions, network models, IP ranges, and component parameters can be configured.
Elastic strength

Rapid scaling of platform.

Strength of Application Management

United resource management

Combined with tenant quota, it manages CPU, MEM, GPU and video memory uniformly
United deployment management

Provide fast and united deployment competence and interfaces to support closed-loop app store management.
United configuration management

Provide united configuration and management and flexible interface scaling for configuration policies of different applications and the same application.
United O&M

Provide united management of upgrades, monitoring, logging, and flexible scaling.

Strength of Application Architecture

Modernization path

Traditional applications are transformed painlessly, and applications are upgraded by micro-service evolution.
Philosophy of open source

Based on lstio+K8s+Jaeger, one click to open ServiceMesh.
Traffic monitoring

Multi-dimensional monitoring, display of traffic details, traffic troubleshooting.
Enterprise API Management

APIEconomy and multi-dimensional measurement.

Strength of DevOps Platform

Indeed instant use

In view of no additional DevOps development required, DevOps graphics help you get started quickly.
Extensive tool support

Provide integrated management, warehouse, analysis, testing and other 2 categories of 21 tools and bottom services.
High producibility

In view of no Jenkins configured independently, account system and tool components are connected, and mature template-based process is configured.
Strong monitoring competence

With multi-dimensional statistical DevOps data of process, application, code analysis and others, our unique CI dashboard can visually monitor the project.

Strength of Data Service

Instant use of open source components

Database -- MySql, PostgreRedis, MongoDB; message middleware -- Kafka, RabbitMQ.
Assured data service

Life cycle management of data components, like backup/recovery, performance improvement, security reinforcement.
Extremely simplified operation interface

Interfaced RDS capabilities and self-service.
More worry-free management

Continuous update, automatic O&M, and original factory support service on the basis of Operators-oriented one-click deployment.

Strength of IT Governance

Internal closed-loop management

Provide complete monitoring, tuning, logging, and security management to achieve a complete closed-loop experience.
Perfect O&M system

Have multiple functions, like sound account management, multi-tenant system, resource planning, auditing.
Perfect compatibility and simplified O&M

Can be integrated with customer IT management system, and full-stack CNP can be deployed on bare metal.
Rich and extensible interfaces

Reserved API and command line parameters for deep development and integration with existing O&M, monitoring, and logging functions.

Strength of Six Modules

Architecture Management
Application management
Application architecture
DevOps
Data service
IT governance

Architecture Management

Kubernetes supports everything: Amid K8s native extension mechanism, its functions access to the management standard K8s, OpenShift, etc.
Separation of management and business: Global is deployed in an independent management cluster, and the shutdown of its management cluster won’t affect the business cluster;
Independence of business cluster: each cluster can be independently operated and managed; X86 and ARM architecture are deployed in a mixed manner; different K8s versions, network models, IP ranges, and component parameters can be configured.
Elastic strength: Rapid scaling of platform.

Application management

United resource management: Combined with tenant quota, it manages CPU, MEM, GPU and video memory uniformly.
United deployment management: Provide fast and united deployment competence and interfaces to support closed-loop app store management.
United configuration management: Provide united configuration and management and flexible interface scaling for configuration policies of different applications and the same application.
United O&M: Provide united management of upgrades, monitoring, logging, and flexible scaling.

Application architecture

Modernization path: Achieve painless transformation of traditional applications by upgrading them via micro-services.
Concept of open source concept: Based on lstio+K8s+Jaeger, one click to start ServiceMesh.
Traffic monitoring: Multi-dimensional monitoring, display of traffic details, traffic troubleshooting.
Enterprise API management: APIEconomy, multi-dimensional measurement.

DevOps

Indeed instant use: In view of no additional DevOps development required, DevOps graphics help you get started quickly.
Extensive tool support: Provide integrated management, warehouse, analysis, testing and other 2 categories of 21 tools and bottom services.
High producibility: In view of no Jenkins configured independently, account system and tool components are connected, and mature template-based process is configured.
Strong monitoring competence: With multi-dimensional statistical DevOps data of process, application, code analysis and others, our unique CI dashboard can visually monitor the project.

Data service

Instant use of open source components: Database -- MySql, PostgreRedis, MongoDB; message middleware -- Kafka, RabbitMQ.
Assured data service: Life cycle management of data components, like backup/recovery, performance improvement, security reinforcement.
Extremely simplified operation interface: Interfaced RDS capabilities and self-service.
More worry-free management: Continuous update, automatic O&M, and original factory support service on the basis of Operators-oriented one-click deployment.

IT governance

Internal closed-loop management: Provide complete monitoring, tuning, logging, and security management to achieve a complete closed-loop experience.
Perfect O&M system: Have multiple functions, like sound account management, multi-tenant system, resource planning, auditing.
Perfect compatibility and simplified O&M: Can be integrated with customer IT management system, and full-stack CNP can be deployed on bare metal.
Rich and extensible interfaces: Reserved API and command line parameters for deep development and integration with existing O&M, monitoring, and logging functions

Industrial Case