Overview

Benefits

Ecosystem And Openness

Secure And Reliable

Easy To Use

Efficient Deployment

Flexible Expansion

Cost Efficient
Features
Cluster Management
AKE supports dynamic scaling of clusters and vertical scaling of nodes. The nodes in the cluster are manageable and deployable across availability zones, and the containers in the service are schedulable across
Service Management
Improved service deployment efficiency
Configuration Management
Manageable business configurations of different environments
Image Management
Official Dockerhub Image Management
Accelerated retrieval of official Dockerhub images is available.
Private Image Management
A secure and dependable private image repository is available.
Scenarios
Micro-service Architecture
Continuous Integration and Delivery
Elastic Scaling

AKE features elastic scalability at both the cluster and service levels. It can automatically scale up or down by monitoring container indicators such as CPU, memory, and bandwidth based on the operation status of the business. Meanwhile, it can automatically scale the cluster according to the deployment conditions of the container when resources are insufficient or excessive.
For example, a web application can be split into a set of simpler external services and multiple sets of internal services.

The best-in-class DevOps environment enabled by continuous integration and delivery can greatly improve the release efficiency of software. Continuous integration focuses on construction and (unit) testing upon submission of new code by developers to check whether the new code can be properly packaged and integrated with the existing code. Continuous delivery deploys the integrated code to pre-release or production environments based on continuous integration.

AKE features elastic scalability at both the cluster and service levels. It can automatically scale up or down by monitoring container indicators such as CPU, memory and bandwidth based on the operation status of the business. Meanwhile, it can automatically scale the cluster according to the deployment conditions of the container when resources are insufficient or excessive.