Logistics / warehouse and delivery
Connect receiving, picking, scanning, label output, dispatch and proof of delivery with handheld endpoints built around the physical flow of goods.
Discuss your projectLogistics / warehouse and delivery
A warehouse or delivery operation has little patience for re-keying. Workers receive, locate, pick, pack, label, dispatch and prove handover while moving through different light, temperature, noise and connectivity conditions. Start with the unit of work - item, tote, parcel, pallet, route or delivery - and define the scan and exception record at each handoff.
01 / goods lifecycle
The same barcode can appear at receiving, picking, packing, dispatch and delivery. The workflow needs a stable identity, location or route context and a visible exception state at every step.
Scan the inbound item, tote, pallet or shipment and compare the physical quantity with the expected record.
WMS or inventory system owns the ASN, item, quantity, location and discrepancy status.
Unreadable barcode, overage, shortage or unexpected item. Record a discrepancy against the inbound reference before moving the goods.
Scan the source and destination locations, confirm quantity and record cycle-count or adjustment reason.
Inventory service owns item, location, quantity and user audit trail.
Location mismatch, duplicate count or network loss. Do not silently overwrite the ledger; queue a named adjustment.
Scan each item or tote, validate quantity and preserve the order or wave reference through packing.
WMS or order system controls the pick list, substitution rule and short-pick state.
Wrong item, short pick, damaged unit or duplicate scan. Capture the reason and route it to the correct exception queue.
Generate the approved label, apply it to the parcel and scan it back to confirm the physical package and system record match.
Order, TMS or shipping service owns label data, carrier reference and package status.
Wrong label, print failure, unreadable output or label applied to the wrong parcel. Require a void/reprint rule and a second verification where risk warrants.
Scan dispatch, route or recipient reference and capture delivery status, signature, photo or payment when permitted.
TMS, delivery or field application owns route, recipient, proof and payment reference.
Recipient absent, refusal, damaged parcel, wrong route or offline sync. Create a reason code and preserve custody status.
Compare inbound, inventory, pick, label, dispatch, delivery and exception records for missing or duplicate events.
WMS/TMS/order and payment systems reconcile by item, parcel, route and transaction reference.
Physical goods and digital state disagree. Define the investigation queue, evidence retained and owner for closing the gap.
Measure scan volume, label size, shift length, route duration, radio profile and charging before choosing a batch. A warehouse sample and a last-mile sample may need different starting points.
02 / warehouse endpoint design
A fast scan, a readable label and a reliable handover are separate requirements. Build the endpoint mix around item volume, distance, environmental exposure, printing and battery rotation.
Scan-first handheld work for inbound verification, location movement, quantity and discrepancy capture.
Rugged handheld starting points support repeated scanning and movement through operational spaces.
Scan engine, trigger handle, barcode condition, drop/ingress conditions, Wi-Fi roaming and battery/spare plan.
A mobile screen and scanner that keeps item, location, quantity and order context visible at the point of work.
A larger or more commercial handheld may suit pick paths that also need receipt, label or customer-facing capture.
Screen readability, scan distance, order API, duplicate-event handling, carry method and shift profile.
A controlled print and verification step for parcel, tote or shelf labels.
Separating label output from the scanning role can make paper, layout and reprint responsibility easier to control.
Label dimensions, media, connection method, print speed, barcode readability, reprint/void and packing-system interface.
A route-ready endpoint for scan, proof, customer confirmation and, when approved, payment collection.
Delivery work combines movement, proof and connectivity. Payment may need a separate certified surface from the handheld capture flow.
Route app, offline sync, signature/photo policy, payment/acquirer, battery, SIM/Wi-Fi and replacement process.
03 / scan and label contract
The important integration is not simply scanner to Android. It is item or parcel identity, location, user, timestamp, quantity, label and custody status moving through the correct system exactly once.
Define what a scan means at each station and how the app rejects a result that is valid as text but invalid for the current job.
A scan should update the named WMS, TMS or order system through an authenticated application path, with a visible result for the worker.
Treat the label as a physical representation of a digital record. Reprint, void, verification and carrier response need explicit states.
Warehouse and delivery fleets need predictable charging, policy, network and replacement controls across shifts and sites.
04 / warehouse and route pilot
Use a sample that includes the physical environment and the data exceptions. The goal is to prove that the operation can recover without losing custody of the item or parcel.
PILOT / STAGE / HANDOVER
Record scans per shift, label dimensions, distance, lighting, gloves, drop exposure, signal gaps, route length and charging windows.
Output: endpoint profile and sample configuration.Repeat receiving, put-away, pick, pack, label, dispatch and delivery with wrong scans, duplicate scans, reprints, offline periods and proof exceptions.
Output: event evidence, recovery behavior and limitations.Preload the signed app, enroll policy, label devices, pair triggers or printers, issue spares and document the supervisor handover.
Output: deployment profile, support runbook and batch acceptance.05 / public reference
SUNMI public material provides adjacent references for high-intensity production and scanning workflows. It helps define the questions for a sample, but it is not a UnitWeave logistics delivery or a WMS/TMS compatibility result.
SUNMI describes fewer failures and improved factory productivity through an all-in-one solution.
The Pearl Global reference is manufacturer material about factory productivity and fewer failures through an all-in-one solution. It is relevant to production-floor capture questions, while warehouse, carrier and last-mile behavior still require project-specific validation.
On-site supporting briefs
All case language above is based on SUNMI manufacturer material and presented with UnitWeave's delivery perspective as SUNMI's global authorized distributor within the scope of our current authorization. It is not a standalone UnitWeave-owned case study or UnitWeave test result; availability, certification, payment and support terms remain specific to the named project and destination.
06 / logistics questions
It is a starting point, not the complete answer. Confirm the scan engine, barcode set, trigger, screen, app event path, Wi-Fi, battery, charging, environment and WMS behavior in the actual operation.
Some mobile configurations and accessories may support related workflows, but label format, connection, media, printer ownership and scan-back verification need a named configuration review.
Use a stable event identity, current job or location context, idempotent posting and a visible result. A local scan should not be treated as a committed movement until the inventory system accepts it.
Define what can be captured locally, how proof is protected, how retries are ordered, how conflicts are resolved and how operations reconciles records after reconnect. The device alone does not define those rules.
Measure scan success by barcode type, exception rate, event latency, label readability, reprint rate, battery over the shift, reconnect behavior, proof completion and supervisor recovery time.
Logistics project intake
Tell us whether the work is receiving, inventory, picking, labeling, dispatch or delivery, which WMS/TMS or route app owns the record, and what the shift and connectivity conditions look like.
