Cloud Container Instance (CCI)

Cloud Container Instance (CCI)

Cloud Container Instance (CCI) is a serverless container engine compatible with native Kubernetes and Docker APIs. Now, create a workload in three steps without needing to manage clusters or servers.

Cloud Container Instance (CCI) is a serverless container engine compatible with native Kubernetes and Docker APIs. Now, create a workload in three steps without needing to manage clusters or servers.

Getting to Know CCI

  • Decades of Expertise

    30 years of experience with ICT infrastructure, technologies and capabilities

    30 years of experience with ICT infrastructure, technologies and capabilities

  • Multi-architecture

    Flexible specification configurations available

    Flexible specification configurations available

  • 100% Utility

    Pay-per-use for all application resource requirements

    Pay-per-use for all application resource requirements

  • Superior Performance

    Pods start in seconds to handle any traffic burst

    Pods start in seconds to handle any traffic burst

Why CCI

  • Serverless Containers

    Containerized applications are deployed without needing to manage clusters or servers

  • Billing by Second

    Container specifications include millicores and paying to the second reduces IT costs

  • Secure and Fast

    Kata containers provide the same isolation as a VM with the startup/shutdown speeds of a container

  • Open and Compatible

    Native Kubernetes, Kata container, and Docker API support complements Docker images and the open source community ecosystem

Application Scenarios

AI

AI

  • Most AI training and inference require containers. Such applications are GPU-intensive and require high-performance network and storage. They also demand quick allocation and release of resources.



    Advantages

  • Accelerated Compute

    Heterogeneous GPUs and Ascend chips boost computing power.

  • Accelerated Networking and Storage

    Powerful resources improve overall training and inference.

  • Pay per Use

    Pods start up in seconds and charge by the second.

Related Services
EVS
OBS
SFS
Biological Gene

Biological Gene

  • Biological gene and drug R&D require high-performance, high-density, and O&M-free computing at low cost.



    Advantages

  • Flash Scaling

    Auto scaling in seconds minimizes resource consumption.

  • O&M Free

    Clusters and servers run without costly maintenance.

  • Billing by Second

    Containers start on demand and only cost IT resources for the specification and duration.

Related Services
EVS
OBS
SFS
Social Media

Social Media

  • When social media service traffic soars due to breaking news, CCI quickly scales out resources to prevent interruptions and ensure smooth user experience.



    Advantages

  • Fast Auto Scaling

    Pods scale in seconds to ensure service stability.

  • Pay per Use

    Containers start on demand and only cost IT resources for the specification and duration.

Related Services
SWR
ELB
Services with Fluctuating Traffic

Services with Fluctuating Traffic

  • For dynamic scenarios in video, e-commerce, and games, run the routine service load on CCE and use CCI to scale out resources during service spikes.



    Advantages

  • Fast Auto Scaling

    Pods scale in seconds to ensure service stability.

  • Low Cost and Flexible Billing

    When there is lower demand, services run on CCE and are billed yearly/monthly. CCI provides additional pay-per-use resources during peak hours and releases them afterwards to greatly reduce costs.

Related Services
CCE
ELB

New Features

November 2022
Creating an EIP with a pod

The pod-with-eip field was added to CCI for binding EIPs with pods. Simply set pod-with-eip to true when creating a pod to automatically create and bind an EIP to it.
November 2022
Reporting pod monitoring data

CCI supports basic resource monitoring with multiple metrics for CPUs, memory, disks, and network.
November 2022
Collecting pod logs

CCI lets you configure log files in a user-defined path in a container to collect pod logs, process them through user-defined policies, and report them to the Kafka log center.

Functions

  • Fast Auto Scaling

    Customize auto scaling policies and scale resources in seconds

    Customize auto scaling policies and scale resources in seconds

  • Full Runtime Hosting

    Runtime hosting of Deployments and StatefulSets ensures application stability

    Runtime hosting of Deployments and StatefulSets ensures application stability

  • Massive Computing Resources

    x86, GPU are available

    x86, GPU are available

  • High Availability

    One workload holds multiple pod replicas for service reliability

    One workload holds multiple pod replicas for service reliability

  • Container Monitoring

    CCI provides health checks and monitors metrics in real time

    CCI provides health checks and monitors metrics in real time

  • Persistent Data Storage

    CCI interconnects with EVS, OBS and SFS for all storage demands

    CCI interconnects with EVS, OBS and SFS for all storage demands

Documentation

Getting Started

How Do I Quickly Get Started?

FAQs

What Is CCI?

User Guide

Creating a Deployment
查看更多 收起