Why a second command center quietly inflates OPEX
A second physical command desk looks like coverage. It is recurring OPEX in staffing, radios, screens, and hand-off traffic long after the coverage need has settled.
What a second desk actually spends
Plants and logistics centers often open a second seat for coverage across an irregular floor, staggered shifts, or a wing that radio cannot reach cleanly from the main board. The bill is not only the person at the desk. Each center also carries its own radios and screens, plus the shift hand-offs and phone or radio traffic that travel between the two seats. Drivers answer calls from both places. Work orders get double-booked or missed. Idle travel climbs because no single view owns the open moves. None of those costs appear as a clean line item. They sit inside monthly logistics OPEX and grow with every added forklift or extra shift.
The same kind of invisible overhead shows up when operators and drivers hand out work over the radio, which is the unpaid call-center problem covered in the unpaid call center inside internal logistics. The desk is payroll you can see. The radio traffic between desks is labor time you hear every hour and almost never post as its own cost line. Paying for a second dispatch seat is a different cost problem from the morning work of stitching one hall view by hopping across three separate specialist screens that never share a board. That screen-hopping cost is covered in what three true screens cost you every morning huddle. Do not fold both problems into one project story.
What one documented mid-size warehouse recovered
A documented 15,000 m² (about 161,000 ft²) logistics-center warehouse ran exactly this dual-center setup. The team spent €28,000 (about $30,800) on an automated ordering system (AOS) for logistics management, the class of tool many plants call a forklift guidance system (FGS). The project folded the two command centers into one centralized desk. Measured OPEX saved in the first year reached €65,000 (about $71,500).
Those euros belong to that site and that module. They are not a generic industry average and they are not an RTLS fleet-cut number. The saving came from removing the parallel structure itself: one set of dispatch decisions, one workload board, and one place where every open transport request lived. The RTLS visibility case in the same size band is a different module and a different invoice, covered in what the smallest documented RTLS case actually looked like and small warehouse visibility and one command desk.
How claimable pull makes one desk workable
AOS treats internal moves like a shared marketplace. Operators or systems raise a material call-off. Available drivers in a configured driver group see the open jobs and accept them. The system records who asked, who took the job, where the driver was at acceptance, the route taken, and the time on task. Once both former desks feed the same board, phone traffic between seats largely disappears. Work stops bouncing between two verbal queues and flows through one controlled pull system. Industry FGS practice aims at the same waste pattern when transport orders live in one pool instead of two radio bridges: less empty travel and fewer hand-offs.
The change does not require new trucks or extra people. It requires dispatch logic in one place so the existing fleet can be directed without the previous bridge friction. Material order automation is where that claimable board lives in the product. Closing the second desk without a shared hall view only moves the radio bridge to a quieter room. An operational digital twin is what makes one seat trustworthy enough to close the other. How an operational twin differs from a duplicate control room is covered in an operational twin versus a second command center.
Equal twin jobs after the desk closes
Live logistics on one board is only one of three equal reasons to keep the stack. Closed jobs and positions still feed the spatially oriented dataset under the live view, the place-and-time record continuous improvement and later models need. Correlation and causality analytics use that same record to test whether desk-to-desk hand-offs tend to precede missed moves, or whether idle clusters on the quieter wing tend to precede late outbound waves. Shift reaction, the stored spatial record, and hall-wide pattern work stay equal pillars. A consolidation that only demos the live map and never stores the events has not finished the operating rule. Keeping live dispatch, the stored spatial record, and pattern analytics on one stack is a practical smart manufacturing move for internal logistics, not a second screen wall beside the old desks.
How teams decide the second desk is still earning its keep
1. Map phone and radio traffic between desks for two weeks - Double-booked moves, missed jobs, and relays are the OPEX you will cut. If that traffic is still high, the consolidation arithmetic is already visible before software ships.
2. Separate coverage need from habit - An irregular floor may still need eyes on both legs. It does not automatically need two dispatch seats once open work lives on one board.
3. Attribute the investment and the saving to the pull module - Keep the €28,000 (about $30,800) / €65,000 (about $71,500) pair on AOS. Do not hang an RTLS visibility euro on a desk story it did not earn.
4. Price the rollout on tracked data points, not by adding another dispatch headcount - How a rollout is priced is on pricing. What the hall can show is on the features overview. Pair with internal logistics optimization when location must prove the quieter wing is actually free.
The €28,000 (about $30,800) was a one-time project cost. The €65,000 (about $71,500) saving was recurring OPEX. After consolidation the single desk continues on the same data-point license model. There is no per-user charge that reopens the staffing cost the second desk once carried. Get in touch if two desks still own the same open moves and the bridge between them never appears on the logistics budget.