Cloudsky's solutions are based on game console architectures, with redundant hardware removed for optimized performance. Each server has built-in computing power clusters of up to 4 CPUs and 12 GPUs, delivering powerful performance.

Cloudsky utilizes self-developed virtualization and containerization technology, enabling a single server to concurrently run up to 16 game console instances or 64 high-end game mobile phone instances. 

The GPU concurrency technology improves performance and reduces the hardware cost per channel.

Efficient conversion of ARM to x86 instruction sets allows x86 architectures to be compatible with the "Windows + Android" ecosystems.

Building on 20 years of experience in game console development, Cloudsky has developed graphics engine optimization technology that customizes 3D rendering engines for real-time interaction, improving 3D rendering performance by more than 2 times.

Cloudsky's solutions handle audio and video acquisition, encoding, cutting, and other related processes completely through GPU hardware. The solutions support real-time encoding of 4K video @ 144 fps and allow for independent configuration of encoding parameters with a delay of less than 4 milliseconds. 

Adaptive streaming technology accommodates different available bandwidths and content to ensure a smooth experience. 

The solutions can perform concurrent encoding with different standards, network statuses, bitrates, and resolutions.

Cloudsky's  solutions support various audio and video transmission protocols such as WebRTC, RTP, SRT, WebSocket, and more. Our self-developed core algorithms optimize protocol libraries for multi-user transmission to ensure real-time interactive experiences for users. 

Cloudsky's unique bandwidth prediction algorithm ensures smooth content delivery even in poor network conditions.

Cloudsky's platform supports multiple channels for access, including Android SDK, iOS SDK, Windows SDK, MacOS Native SDK, and H5 SDK. This enables our clients to develop and integrate applications as per their requirements. 

The SDK APIs are designed consistently across multiple platforms, allowing for easy and fast application development across different systems.