Platform as a Service
GSN is a leading-edge hyperscale cloud computing platform, designed to seamlessly interconnect private and IDC servers across the globe. By leveraging this extensive network, GSN accelerates the creation of a powerful, large-scale computing infrastructure. While we do not operate our own GPU servers, our primary objective is to empower users by providing access to the most cost-effective and high-performance GPU resources available in the market.
Real-Time Monitoring
Obtain real-time insights into your GPU usage and resource allocation to optimize your AI workflows. Monitor key performance indicators, identify bottlenecks, and proactively manage your resources for maximum efficiency.
Global Supercomputing Network
Tap into a geographically distributed network of high-performance GPUs worldwide. Utilize our extensive global infrastructure for model training and inference from any location around the globe.
Cost Managment
Access real-time insights into GPU usage and resource allocation to enhance your AI workflows. Monitor key performance indicators, detect bottlenecks, and manage your resources proactively for peak efficiency.
Competitive Pricing
Save up to 50% on GPU costs with our fixed or short-term plans. These pricing options offer significant savings, making them ideal for projects and workloads of any size.
Use Cases
General Computing
On-demand GPUs provide the power needed for a wide range of general computing tasks, from complex simulations to software development. By accessing high-performance GPUs as needed, users can accelerate computationally intensive processes without investing in expensive hardware.
Data Analysis & Processing
For data analysis and processing, on-demand GPUs offer the ability to handle large datasets and perform intricate calculations quickly. Whether it’s for big data analytics, real-time data processing, or complex statistical models, GPUs can significantly speed up operations and provide faster insights.
AI & Machine Learning
On-demand GPUs enhance server hosting capabilities by delivering powerful processing power for tasks such as virtual desktops, gaming servers, and high-performance web applications. Users can scale resources up or down based on demand, ensuring efficient performance and cost management.
