Receiving checklists
Receiving steps, count checks and damage notes are captured on the device and tied to the trailer and the purchase order.
A staff operations app for warehouse operators puts putaway tasks, pick lists, receiving checklists and shift updates on the handheld or phone each associate already carries. Supervisors get a live view of the floor, and the associate app ships on iOS and Android.
A warehouse floor runs on sequence. Trailers are unloaded before putaway starts, pickers wait on replenishment, and a missed count in one aisle holds up three orders. A generic task list treats every job as a to-do item, but a warehouse job depends on a location, a pallet and the step that came before it.
That means the app has to know about bins, pallets and cartons, not only names and due dates. An associate who finishes a putaway should see the next location that needs attention, and a supervisor should see the same work without a radio call. Get the location logic right and the rest of the app follows from it.
Most operators still assign work with a printed sheet, a whiteboard or a supervisor walking the floor with a radio, and a warehouse task app would replace all three. A receiving checklist app replaces the clipboard that carries the trailer count and damage notes today. Counts then get keyed into the warehouse system at the end of the shift, long after the pallets have moved.
Each gap turns into a search. An associate walks the aisle looking for a pallet that was scanned into the wrong bin, and a supervisor rebuilds the shift plan from memory. Staff time disappears into those searches, and accuracy suffers when a count is typed from a sheet days later.
Brand clients choose a warehouse on pick accuracy, on how quickly their stock is received and on whether they can see what is happening to it. They ask other clients about the floor, they tour the building and they read the reports they are given. Those comparisons happen before the contract is signed, and they come back to the floor after it.
That means the staff app shapes the sales conversation as much as the operation. A prospect who hears that every pick is scanned, every short is logged with a reason and every receipt is checked at the dock will ask much sharper questions than one who hears that the floor runs well. The app's records should be ready to show those things on request, without a special report.
Receiving steps, count checks and damage notes are captured on the device and tied to the trailer and the purchase order.
Putaway locations are scanned in, and a replenishment task opens automatically when a pick bin runs low.
Picks are sorted by walk path, with a reason code required for every short pick.
Supervisors assign counts by location, and any variance goes to a review queue before the count posts.
Damage, short picks and blocked locations appear in one list, each with a photo and the name of the associate who logged it.
A picker signs in at the start of the shift and sees a pick list sorted by aisle, so the route makes sense from the first bin. The screen shows the location, the quantity and a photo of the item. A short pick is recorded with a reason code, and the missing quantity moves to a replenishment task without anyone retyping it.
At the end of the wave, the picker closes the batch on the device, and the supervisor sees the exceptions list update live. A crushed carton from the morning receipt appears there with a photo attached, so the claim is started before the trailer leaves the dock.
A floor's task list has to agree with the system of record, which for many sites is Manhattan Associates, Blue Yonder or Extensiv Warehouse Manager. Any pick and pack software they use should feed the same task list, and many floors already use Zebra handheld scanners. The app should send task status back to the system through its API where one exists, and use scheduled uploads where it does not.
A barcode scanning app should run on the handheld associates already carry, so they should not need a second device. The app can run on the phone or the scanner, depending on the hardware in the building. The device list is settled before build, so the first release is tested on the scanners already in the building.
Judge the app by the business numbers the warehouse already tracks. Useful measures include pick accuracy by shift, the share of short picks that carry a reason code, the time from trailer arrival to putaway complete and the number of exceptions still open at the end of each shift. Record a baseline for each measure before the first crew switches over.
Review the numbers each week with the operations manager and the shift leads. If a measure moves the wrong way, check the process before blaming the crew, since a new app can expose gaps that paper hid. Change one thing at a time, so the team can tell which change made the difference.
No. The warehouse system stays the record for inventory and orders. The app runs the floor tasks, the scans and the exceptions, then sends the results back. If your system has no API, a scheduled file exchange covers the same ground.
Often, yes. Scanner models, operating systems and scan engines get checked before the first screen is built. Where a scanner runs an unsupported system, we recommend a current device rather than building around a gap that will turn into a support problem.
Queued scans wait on the device and push up once the signal returns. Each one keeps the moment it was taken, so a reconnect never rewrites what happened on the floor.
The associate picks a reason code, and the task moves to the supervisor's exception list with a photo if needed. Nothing disappears from the floor, and the supervisor reassigns or closes the task with a short note.
Tell us how work is assigned on each shift today, and we will confirm the first release, the devices and the price in writing.