Small warehouse visibility and one command desk
An L-shaped warehouse hides work on the far leg. One shift finishes early. The other stays buried. Two command desks try to cover the geometry with radios. Neither desk sees the whole floor, and coordination OPEX climbs quietly.
Why small sites still pay for blind spots
Limited visibility across an L-shaped layout creates operational blind spots. Workload between shifts and days stays uneven. Dispatchers lean on manual coordination and experience. Dynamic balancing across the warehouse fails when nobody shares one live picture. A second command center often appears as insurance for the far side of the building, then keeps charging rent after the layout stabilizes.
Industry practice treats location plus centralized task coordination as the usual fix for empty runs and double radio traffic in warehouses of this scale. twinzo splits the same jobs into logistics RTLS under internal logistics optimization and AOS (commonly known as FGS) under material order automation.
What RTLS delivered on the 15,000 m² warehouse
A documented 15,000 m² (about 161,000 ft²) logistics-center warehouse invested €3,500 in logistics optimization with RTLS. Real-time visibility covered the whole warehouse. Workload balancing improved across shifts and throughout the week. Operational decisions sped up on live data. Coordination overhead fell. First-year OPEX saving was €11,000.
That is the low-floor visibility case. Sibling cost framing sits under what the smallest documented RTLS case actually looked like and the thin shift visibility gap.
What AOS delivered when two desks became one
On a documented warehouse of the same size band, logistics management through AOS invested €28,000. Operations consolidated from two separate command centers into a single centralized desk. Coordination of forklifts, operators, and material flow improved. Reaction to bottlenecks and changing conditions sped up. First-year OPEX saving was €65,000.
The OPEX story of a quiet second desk sits under why a second command center quietly inflates OPEX. Twin framing versus a duplicate control room sits under an operational twin versus a second command center.
Reading both modules as one pilot
Most customers in this size band eventually want both: eyes on the L, and one claimable work queue instead of two radio bridges. If you present the documented cases side by side on the same 15,000 m² (about 161,000 ft²) class of site, invest sits near €31,500 and first-year OPEX saving near €76,000. That sum is two attributed cases, not a third unlabeled megacase. Keep each euro on its module when you speak to finance.
Closed jobs and positions still feed the spatially oriented dataset. Shift balancing and later correlation and causality analytics use the same record when the quiet leg of the L keeps preceding late outbound waves.
How teams decide the dual pilot fits
1. Map where each command desk actually owns work today - Overlap and radio hand-offs are the OPEX you will cut.
2. Time cross-shift imbalance on the L for one week - Visibility without pull may still leave the quiet side idle.
3. Pilot RTLS on the blind leg and AOS on the noisiest desk first - Prove both before a full cutover.
4. Report invest and save per module, then show the combined band - Capability depth sits on the features overview. Rollout shape is under pricing.
Get in touch if you want to size a small-warehouse dual stack against your own L-shaped layout before adding another desk.