Rugged handheld RFID for high-mix electronics dispatch: at consumer-grade UX
A handheld-first dispatch and reconciliation workflow that turned a 90-minute end-of-shift count into a 12-minute confirmation.
Outcomes
12 min
shift count
Down from 90 min
99.4%
first-scan match
Dispatch manifest accuracy
4-in-1
workflow
Dispatch + return + cycle count + audit
< 8
weeks
Pilot to enterprise rollout
The challenge
- High-mix, low-volume electronics dispatch with frequent SKU changeovers.
- Existing handhelds were industrial but slow — operators avoided them.
- End-of-shift cycle count took 90 minutes per zone.
- Returns and field-failure tracking lived in three different systems.
What we built
- Custom workflow on Samsung Galaxy XCover7 rugged handhelds.
- UHF RFID + 2D barcode dual-mode capture in a single scan.
- Real-time SKU manifest matching against the dispatch plan.
- Return-merchandise-authorisation (RMA) capture in the same app.
- Integration with the global QMS and customer support stack.
Why consumer-grade UX mattered
Industrial handhelds get adopted when they feel like the operator’s personal phone, not like a barcode gun from 2008. By building on the Samsung Galaxy XCover7 — a rugged Android with a consumer-grade interaction model — we eliminated the resistance that had killed the previous handheld rollout.
Combining UHF + 2D in a single workflow
Mixed inventory always has mixed tagging. UHF tags for the high-velocity SKUs, 2D barcodes for the low-velocity ones. A dual-mode capture workflow let the operator scan whatever was in front of them without thinking about it.
Tech stack
- • Samsung Galaxy XCover7
- • Custom React Native app
- • UHF RFID modules
- • AWS backend
- • OData integration to global QMS
Timeline
8 weeks from pilot to multi-site rollout.
Related field guides
RFID & Industrial Traceability
UHF vs HF RFID: When to Use Each (And When to Use Both)
A clean comparison of UHF and HF RFID frequencies, with a decision matrix for warehousing, asset tracking, document control and gate management.
RFID & Industrial Traceability
RFID Warehouse Design: Portals, Handhelds and Forklift Readers
Reader topology decides whether your RFID system reaches 99% read accuracy or stalls at 70%. The principles we follow on every warehouse design.
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