Design your own service logic without clusters or servers to get the full container experience.
Security and Speed
Provides container loads with the security isolation capabilities of a virtual machine and the startup and stop speeds of a container.
Pay by the Second
Customize container specifications by the microkernel and calculate container fees by the second to reduce IT investment costs.
Since Huawei is a CNCF-certificated Kubernetes provider and a major contributor to the community, our CCI is compatible with native Kubernetes/Docker interfaces.
Create DevOps CI generated container images with just a few clicks to automate the CI/CD process.
Supports Deployment and StatefulSet runtime hosting to ensure stable application running.
Custom auto scaling policies and second-level auto scaling.
Single loads can correspond to multiple pod replicas, ensuring high reliability of your services.
Continuous DevOps Delivery
DevCloud automates the code-to-deploy process, improving the continuous delivery efficiency for enterprises.
Container images are delivered and released consistently between testing and production.
Complete continuous integration/continuous delivery (CI/CD) processes with just a few clicks. No need to create or maintain clusters.
Container loads are created as soon as they are triggered. Their pricing is based on their resource specifications and use duration.
Web Application Hosting
Easy-to-use hosting functions for web application deployment, upgrade, rollback, monitoring, and auto scaling to reduce O&M pressure.
Pay by the second based on your container specifications, reducing infrastructure costs.
Second-level load auto scaling helps you cope with service traffic bursts.
Check load health status in real time to ensure that the number of pods is consistent with what you need, improving high availability of loads.
Serverless Container Engine
Meet the container hosting requirements of large-scale users with efficient, real-time instance scheduling and highly-concurrent processing mechanisms for container instance creation requests.
Ensure quick request processing and scheduling with highly-concurrent processing mechanisms for container instance creation requests.
Ensure on-demand container resource supply with management and control mechanisms for microkernel-based CPU and MB-based memory resources.
Supports hybrid scheduling and deployment of X86 and ARM64 architectures, and Linux and Windows operating systems.