An order creates demand
The warehouse or execution system identifies the items and storage pods required.
Mushiny · AMR shelf-to-person
Stop sending people to the shelves.
Shelf-to-person uses autonomous mobile robots to bring movable pods or shelves to a stationary picking position, changing repeated warehouse walking into a controlled goods-to-person flow.
The robot is only the visible part. Storage design, workstation flow, replenishment, safety and software orchestration determine whether the complete system performs.
20%
More capacityManufacturer-claimed potential storage-capacity expansion.
2.7m
Pod heightUpper pod height stated by Mushiny for vertical utilisation.
2×
Picking efficiencyManufacturer-claimed improvement in a suitable operation.
The basic picking cycle
The shelf travels. The picker stays.
Instead of walking an aisle to find each SKU, the operator works at a defined station while the control system sequences the required shelves and robot tasks.
A robot receives the task
The fleet manager assigns an available AMR and plans its route through the storage area.
The shelf comes forward
The robot moves beneath the pod, lifts it and transports it to the nominated station.
The pick is confirmed
The operator picks or replenishes, confirms the task and the pod returns to storage.
A stronger fit
Walking is embedded in every order.
- Pickers repeatedly travel between many shelving locations and a consolidation point.
- A broad SKU range is stored in small items, cases or suitable whole-shelf formats.
- Demand changes make fixed conveyor automation difficult to justify.
- The operation values phased capacity and layout flexibility.
A weaker fit
Not every aisle should move.
- Products are too large, unstable or heavy for the selected pod and robot format.
- Very low order activity means walking is not a significant operating pressure.
- The building, floor or fire-safety constraints cannot support the storage field.
- Inventory data and replenishment discipline are not ready for coordinated automation.
Image: MushinyMore than mobile hardware
One flow. Several coordinated layers.
Mushiny’s iRES execution software coordinates orders, pod selection, robot traffic and workstation activity while connecting with the warehouse system. The physical design then determines storage density, travel distance, station ergonomics and safe movement.
- What are the SKU dimensions, weights and order-line profile?
- How much time is currently spent walking rather than picking?
- How will pods be replenished without disrupting the pick flow?
- Which WMS, ERP or inventory source must direct the system?
- What expansion path should the layout preserve?
Shelf-to-person
The complete pod moves.
Best understood as mobile shelving: an AMR transports the required pod or shelf to the operator. It can suit mixed item sizes and conventional shelving logic.
A distinct alternative
Tote-to-person is different.
Tote-based systems retrieve individual containers from denser storage structures. They may offer different density and throughput, but should be evaluated as a separate solution rather than treated as the same AMR workflow.
The connected Mushiny workflow
Pick, sort and pack as separate decisions.
The products can connect, but each stage should solve a real operating constraint on its own merits.
Commercial disclosure
A practical introduction, not a product verdict.
Atomic Inertia can introduce Mushiny when the solution appears relevant. If an introduced Mushiny opportunity proceeds, Mushiny pays Atomic Inertia a referral fee from its normal price. It does not increase the customer’s price, including if the customer approaches Mushiny directly. The next step is to test the fit against the operation.