tencent cloud

Key Features

Comprehensive Cloud-Native Capabilities

A full suite of self-developed cloud-native products, including containers, microservices, message queues, and databases, flexibly meets diverse PaaS service requirements during cloud-native transformation.

Highly Scalable Containers

Compatible with Kubernetes while enhanced with self-developed features, such as eBPF-based high-performance container networking, GPU virtualization, hybrid deployment of online/offline workloads, and edge computing.

Third-Party IaaS Support

With industry-leading compatibility for third-party IaaS, the platform decouples deployment of cloud-native PaaS and IaaS layer, protecting existing IT infrastructure investments for enterprises and allow building cloud-native PaaS platform cost efficiently.

Hardware and OS compatibility

Compatible with mainstream CPU architecture and operating systems, which reduces the cost of migrating existing systems.

Product Solution

We offer PaaS products that are architecturally consistent with Tencent public cloud, which is used by vast number of customers. Our portfolio includes microservices, message middleware and databases, helping enterprises to standardize technology stack and application development practices.


Application Lifecycle

Full lifecycle management of applications, covering the entire process from development, testing, and release to configuration, upgrades, and operations.


Container Orchestration

Containerized scheduling embraces the open-source community, enhancing capabilities in multi-cluster management, high availability, and storage scheduling.


Unified Resource Management

Integration of heterogeneous hardware and OS, containerized computing and storage, and mixed deployment to improve resource utilization.

Cloud-Native Transformation

We provide comprehensive domestic container and microservice capabilities, supporting features such as unitized architecture, global registry, high-performance physical networks, GPU virtualization, and hybrid online-offline deployment.

Low Application Modernization Costs

Our platform offers full lifecycle application management, data-driven operations, multi-dimensional monitoring, and service governance. Seamlessly integrates with Spring Cloud and Service Mesh frameworks.Enables the creation of highly available, large-scale distributed systems,Native Spring Cloud and Mesh-based applications can be migrated with zero cost.

Unitized Architecture

With a unified management platform, businesses can easily adopt unitized architecture that manage multiple products and clusters centrally, and leverage integrated cloud services for logging, auditing, and disaster recovery. We help customers build cross-region multi-active architectures, enabling flexible traffic routing and robust business continuity.

Simultaneous management of diverse chips

Compatible with NVIDIA and other mainstream GPUs, dispersing supply chain risks at the hardware level to ensure business continuity.

Improves GPU Utilization and Optimizes Costs

With qGPU virtualization technology, GPU resources are sliced, shared and orchestrated across containers. This effectively reduces costs while providing precise isolation between applications.

High-Performance Storage and Networking

Operates on RDMA networks, supports NIC hardware virtualization to enhance container network performance, and integrates with third-party high-performance file storage to meet the demands of AI applications.

One-Step Operations for Enhanced Efficiency

Offers out-of-the-box monitoring, alerting, and log management capabilities, enabling unified platform operations for nodes, chips, and AI-native applications. Supports automated disaster recovery management, including cross-AZ failure simulation and failover.

Cloud-Edge Integration

TCS offers a unified cloud-edge solution, our central cloud offers a full suite of cloud-native capabilities—including containers, microservices, and message queues—while in the edge cloud we support containers, lightweight virtualization, and containerized middleware. This meets customers' demand for unified management of cloud-native computing power spanning from central clouds to the edge.

Edge Autonomy

L3 edge autonomy capability, enabling edge nodes to operate independently when the network connection with the cloud is unstable or offline, mitigating the adverse effects caused by unreliable networks.