Product Overview

Cloud Container Engine (abbreviated as CCE) offers scalable and high-performance container application management services. It supports managing the application lifecycle by running Docker containers, simplifies the process of user cluster setup, and optimizes the running environment.

Cloud Container Engine deeply integrates high-performance computing, networking, storage and other services. It also supports heterogeneous computing architectures such as GPU and technologies like multi-environment disaster recovery to build highly available Kubernetes clusters.

Product Advantages

  • One-click Creation of Kubernetes Container Clusters: Allows users to create Kubernetes container clusters with just one click.
  • One-stop Application Lifecycle Management: Enables comprehensive management of the application lifecycle in one place.
  • Easy Scaling of Cluster Nodes and Workloads: Facilitates effortless scaling of both cluster nodes and workloads.
  • One-click Upgrade of Kubernetes Clusters: Permits the upgrade of Kubernetes clusters with a single click.
  • High Efficiency and Stability:
    • Supports the rapid startup of a large number of containers.
    • Enables automatic scaling of containers.
  • Security and Reliability:
    • Users can define the access methods of container cluster nodes and containers on network policies and specify the access rights of certain source addresses.
    • Containers support multiple addresses. When the access to a certain address is abnormal, it does not affect the access to other addresses, ensuring business stability.

Application Scenarios

  • E-commerce: During activities such as promotions and limited-time flash sales, to ensure the normal operation of the business when there is a surge in user visits, it is necessary to automatically expand cloud resources.
  • Live Video Streaming: Since the changes in business load are unpredictable, real-time scaling is required according to the consumption rates of indicators such as CPU and memory.
  • Games: There is a significant increase in visits during 12:00 noon and 18:00 - 23:00 in the evening. Timed expansion of capacity is needed.
  • DevOps Continuous Delivery: In some groups’ continuous integration aspects, there are problems such as low research and development efficiency, backward compilation tools, and low release frequency. Supporting continuous delivery can improve release efficiency and reduce risks.
  • Hybrid Cloud Architecture:
    • Multi-cloud Deployment and Disaster Recovery Backup: Deploy the business on the container services of multiple clouds simultaneously. When a certain cloud is abnormal, the business traffic will be automatically switched to other clouds.
    • Traffic Distribution and Elastic Scaling: Deploy the business on the clouds in different regions simultaneously. According to the set indicators, automatic elastic scaling is carried to save costs.
  • Separation of Development and Deployment: Applications that have been developed and tested offline can be seamlessly published onto the cloud.