November 24, 2025

Displine WES: Intelligent Control of Cobots and AMRs as the Key to Efficient Automation

The Displine team has developed a comprehensive solution for modern warehouses and manufacturing facilities — the Warehouse Execution System (WES), capable of integrating heterogeneous robots, cobots, and equipment into a unified, controllable system.


Modern AMRs (Autonomous Mobile Robots), cobots, and conveyors provide physical movement, but without flow management and task prioritization, the efficiency of such equipment remains limited.


Displine WES delivers end-to-end process management, transforming individual devices into a coordinated, intelligently controlled ecosystem.

The Technological Foundation of Intelligent Control


WES operates at the process level, not just at the device level:
  • Integration of heterogeneous robots and equipment: AMRs like TUSK, cobots from Prompower, conveyors, and automated packaging lines — all participants in the process are unified into a single operational workflow.
  • Dynamic task allocation: WES analyzes the status of all warehouse zones in real time and assigns tasks to executors based on priorities and workload.
  • Synchronization of humans and machines: The system accounts for both human factors and automated processes, preventing collisions and optimizing collaborative work.
  • End-to-end order execution logic: Routes are planned for orders, not individual robots, ensuring SLA compliance, reducing processing time, and improving operational accuracy.
  • Flexible scalability: WES architecture allows new devices to be connected and processes adapted to specific warehouse or production needs without a complete infrastructure overhaul.


Business Value


Using Displine WES provides:
  • Increased productivity — optimized workflows and priority management prevent bottlenecks and equipment downtime.
  • Improved operational accuracy — monitoring all stages of assembly, sorting, and packaging reduces errors and returns.
  • Reduced operational risks — synchronizing humans and machines enhances safety and process stability.
  • Flexible and scalable automation — new robots or production lines can be added without complex integration.
  • Economic efficiency — maximizes the output of the existing robot fleet, reduces manual labor, and improves SLA without capital investment in equipment replacement.


Architecture and Unique Capabilities


WES implements the “process before equipment” concept, where decisions are made at the order flow level rather than for individual devices:

  • Intelligent planning and load balancing: Ensures predictable warehouse operations even during periods of high activity.
  • Compatibility with any robots and cobots: WES architecture is designed to integrate devices from any manufacturer, providing flexible and universal automation.
  • Unified interface: Connects all participants — robots, conveyors, and human operators — into a single, coordinated system.
Displine WES’s intelligent control transforms heterogeneous robots and cobots into a single, manageable process, where every operation is monitored, optimized, and synchronized with other system elements.

This is not just automation — it is end-to-end management of a warehouse or production facility at the business process level.


The solution premiered at the “Productivity-360” Forum, where participants saw firsthand how WES unites AMRs, cobots, and conveyors into a coordinated, predictable, and safe system.

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