Unified Scheduler

Unified Scheduler Unified Scheduler
Unified Scheduler

Highly available, large-scale, high-performance scheduling engine—active–standby disaster recovery, distributed architecture for tens of millions of tasks/day, and automated resource scheduling to maximize utilization.

Highly available, large-scale, high-performance scheduling engine—active–standby disaster recovery, distributed architecture for tens of millions of tasks/day, and automated resource scheduling to maximize utilization.
Product Advantages
High Performance

Testing shows that in the case of tens of millions of scheduling instances per day, the number of minute-level scheduling of CyberScheduler can reach tens of thousands, and the average scheduling delay is only at the level of 100 milliseconds.

High Availability

Support multi-cluster, distributed, high-availability, fully guarantee the stability of business.

High Scale

Tens of thousands of tasks deployment architecture design, can support 100,000 seconds of concurrent tasks.

Core Capabilities
Primary and Secondary Disaster Resil

The disaster recovery design of the primary and standby clusters can achieve task failover and automatic switchover, ensuring that the scheduling system automatically switches to the standby service when the main service fails to avoid task interruption.

Thousands of Levels of Mission Support

Support distributed deployment, which can easily support the task scheduling needs of petabyte-level large data clusters. It can support up to tens of millions of task schedules and can solve the problem of data surge caused by the rapid growth of enterprise business.

Automated Resource Scheduling

CyberScheduler automatically optimizes task allocation and resource scheduling based on the dynamic matching of currently available resources with task needs, effectively avoiding resource competition and maximizing overall resource utilization.

Core Capabilities
Primary and Secondary Disaster Resil

The disaster recovery design of the primary and standby clusters can achieve task failover and automatic switchover, ensuring that the scheduling system automatically switches to the standby service when the main service fails to avoid task interruption.

Thousands of Levels of Mission Support
Automated Resource Scheduling
Application Scenarios
Scheduling Resource Optimization

Business Pain Points

Regular task scheduling tools often have problems that resources are not isolated, resulting in resource preemption and task interruption, which in turn affects business stability. CyberScheduler can intelligently deploy task resources according to resource supply and demand, effectively avoiding task resource conflicts and improving resource utilization.


Business Value

Automated task scheduling: Supports visual scheduling configuration to help enterprises automate the execution of various work tasks and lighten the burden of operation and maintenance.

Visual task management: Provides an intuitive task scheduling interface that allows users to configure, manage, and monitor workflows through a graphical interface, lowering the barrier to use.

Distributed task execution: Provides distributed task execution capabilities with task load balancing and high availability to ensure task availability.

Scheduling Resource Optimization

Business Pain Points

Regular task scheduling tools often have problems that resources are not isolated, resulting in resource preemption and task interruption, which in turn affects business stability. CyberScheduler can intelligently deploy task resources according to resource supply and demand, effectively avoiding task resource conflicts and improving resource utilization.


Business Value

Automated task scheduling: Supports visual scheduling configuration to help enterprises automate the execution of various work tasks and lighten the burden of operation and maintenance.

Visual task management: Provides an intuitive task scheduling interface that allows users to configure, manage, and monitor workflows through a graphical interface, lowering the barrier to use.

Distributed task execution: Provides distributed task execution capabilities with task load balancing and high availability to ensure task availability.