IStorm CPSP computing power scheduling platform
IStorm CPSP computing power scheduling platform
The IStorm CPSP computing power scheduling platform is designed to achieve unified management and scheduling of heterogeneous resources to efficiently allocate and manage heterogeneous computing power resources. Through intelligent and automated means, we can realize the optimal allocation and efficient utilization of computing resources, help enterprises solve the problems of resource waste, task execution delay and high computing cost, and provide enterprises with the capabilities of computing power management, computing power scheduling and resource optimization.
Efficient resource utilization: By flexibly configuring scheduling algorithms and strategies, the platform can accurately match computing resources and avoid idle resources, thereby effectively controlling costs and improving return on investment.
Flexible resource scheduling and management: Through resource pooling and dynamic sensing technology, the platform can achieve unified management and scheduling of heterogeneous resources, thereby optimizing resource usage efficiency and reducing waste.
Improved computing power resilience: The platform supports unified scheduling and management of diverse heterogeneous computing power such as GPU, TPU, DPU, etc., which can better cope with diverse AI application scenarios and improve the adaptability and resilience of the system.
Operational costs: With refined operation management methods such as large-scale visualization, cost insights, real-time resource perception, computing power scheduling, and computing power trading, it can significantly improve operational efficiency, optimize resource allocation and costs, enhance system flexibility and scalability, and provide support for enterprises' digital transformation and intelligent upgrades.
Security and compliance: The platform is designed with a resource isolation mechanism between tenants to ensure data transmission encryption, and provides log audit functions to ensure data security and operational compliance.
Improve intelligent operation and maintenance capabilities: The platform has intelligent operation and maintenance features, which can automatically sense the status changes of computing resources and schedule strategies accordingly to eliminate the need for manual intervention.