Container 

The container platform provides services such as container image building, storage, and automated container operations, enabling enterprises to quickly build and deploy containerized applications, significantly improving development and deployment efficiency. 

By employing container network isolation technology, the container platform achieves network isolation and high availability between containers, thereby ensuring the reliability and security of containerized applications. 

The container platform supports the scalability of containers, allowing enterprises to dynamically adjust the number and size of containers based on workload. This flexibility enables the system to easily handle traffic fluctuations, enhancing system availability and scalability. 

The container platform adopts multiple security measures, including container image encryption, container port isolation, and container network isolation. These measures help prevent unauthorized access and data leakage, protecting sensitive information of the enterprise. 

Allows users to execute commands such as 'kubectl logs' to access container logs and 'kubectl exec' to execute commands within containers. It supports native Kubernetes Workload management capabilities.

Users can integrate Kubernetes clusters from different vendors and locations into the container service console, enabling centralized management of multiple clusters. This consistent operations experience helps improve operational efficiency. 

Supports managing microservices in Kubernetes clusters through service mesh or microservices engines, simplifying the deployment, management, and monitoring of microservices. 

Provides cluster control plane monitoring, cluster data plane monitoring, real-time application monitoring, log collection and querying, and cost analysis features, helping users gain a comprehensive understanding of the status of their clusters and applications.