Warehouse Execution for Shorter Project Runtimes
Through end-to-end design instead of reinterpretation between planning and operation.
LogisQ-WES coordinates warehouse execution across people, automation, and systems in real time.
Why warehouse projects slip late — not early
Decisions made during planning are reinterpreted during implementation
Commissioning turns into a discovery phase instead of a validation step
Go-live dates move, even though "everything was already defined"
Most delays are not caused by missing features, but by late reinterpretation of already-made decisions.
Designed to run as planned
- ✓
Decisions are defined once and remain consistent across the project
- ✓
Planning, execution, and operation follow the same semantic model
- ✓
No hidden behavior emerges during commissioning
Execution is not improvised at the end — it is structurally prepared from the beginning.
What LogisQ-WES does in daily operation
The PER module orchestrates warehouse execution by coordinating priorities, resources, and real-time task flow across manual and automated operations.
Task Sequencing & Priorities
Controls the order and timing of warehouse tasks based on defined rules and current conditions.
Resource Coordination
Aligns people, automation, and fleets within a single execution flow.
Execution Control
Connects warehouse management decisions with shop-floor execution without semantic breaks.
Core Warehouse Processes
LogisQ-WES provides specialized execution semantics for the entire warehouse lifecycle.
Goods Receipt (Inbound Processing)
Acceptance, identification, inspection, and formal takeover of goods into the system.
One product. Clear responsibilities.
WMS defines business decisions, priorities, and warehouse logic.
PER executes defined processes in a controlled and observable way.
MFC translates execution requests into physical movements.
CommunicationHUB connects external systems and equipment without embedding logic.
Fleet Management coordinates mobile robots and vehicles within the execution flow.
Shorter Project Runtimes
Projects go live faster because execution behavior is defined early and does not change late.
Risk-Free Modernization
Upgrade or extend existing warehouses without rewriting execution logic.
Operational Clarity
Clear visibility into priorities, execution state, and dependencies during operation.
Investment Protection
Automation hardware outlasts software cycles because execution semantics remain stable.
True Modularity
New technologies integrate without side effects because changes do not leak into execution behavior.
Design-time transparency (optional)
Digital Twin technology supports understanding, alignment, and validation during design and planning.
It improves communication and confidence — without replacing execution logic.
