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Warehousing & Logistics

Cycle counts done overnight, doors turning faster, picks more accurate. No aisle closures, no WMS re-platform.

Warehousing and logistics AI from Allerin is overnight inventory scanning, dock and yard analytics and pick-path optimization on your existing WMS, TMS and cameras, measured by cycle-count time, door dwell and pick accuracy.

Who is this for?

Distribution center managers and 3PL operations leads who are judged on inventory accuracy, trailer turns and labor hours. It fits sites that already run a WMS or TMS and have RTSP cameras at the gate. The AMR or drone for night scans is optional, and we say so up front.

What problem does it solve?

Cycle counts close aisles, pull people off picks, and still miss. A count that happens once a quarter tells you what the building looked like once a quarter. Shrink and on-shelf availability drift in between, and the first sign is usually a customer order that cannot be filled.

At the dock, the expensive minutes are the ones nobody records: the trailer that sat at door 14 for two hours because the slot was never updated, the detention invoice that arrives three weeks later with no evidence either way. And on the floor, pick paths are set by habit, not by data, so the same misses repeat shift after shift.

How does it work?

StockVexel scans the building at night along a drone or AMR route and reconciles what it sees against the WMS, pushing exceptions to handhelds with photo evidence. Live picking is never interrupted; the safety interlocks make sure of it.

YardLytix reads plates and trailer numbers at the gate and builds an event timeline per trailer and per slot, so door dwell, SLA breaches and congestion show up on a yard map while they can still be fixed, and detention disputes come with a timestamped record. PickPathor models the pick paths themselves, with battery and charge planning built in, and gives supervisors a dashboard for coaching rather than a report for filing.

The gates are set per site. We publish OCR accuracy per gate, misreads go to manual review, and the WMS reconcile rules are validated against your own data in the proof of concept before anything goes live.

Quick wins

  • Autonomous inventory scanning (StockVexel)
  • Dock/yard analytics (YardLytix)
  • Pick-path optimization (PickPathor)

Capabilities

  • CV
  • Analytics

Solutions for Warehousing & Logistics

  • YardLytix

    Dock & Yard Analytics

  • StockVexel

    Inventory scans, WMS reconciliation and exception review

What does it connect to?

  • WMS, TMS and YMS adapters through REST and webhooks
  • Handheld tasking flows for exceptions, with photo evidence
  • Gate cameras with OCR and an event timeline by trailer, door and slot
  • AMR and drone platforms for night scans, with safety interlocks

How is it deployed, and how long does it take?

Real-time inference runs on Jetson or x86 edge devices at the gate and on the scanning route; the cloud holds the sync and the cold tier for history. Existing RTSP cameras and gate OCR are enough to start. AMR or drone coverage is added for speed and reach, not as a precondition.

The honest caveat: OCR accuracy depends on camera angle and lighting at your gate, which is why we gate it per site instead of quoting one number for every building.

Proof of concept to pilot in 8 to 12 weeks with KPI gates. Quick-win payback is usually within a quarter; the ROI calculator runs it on your own volumes.

Related products and services

Proven ROI

40% faster cycle counts
Baseline vs night-scan with StockVexel; fewer revisits after exception review
25% dock dwell reduction
Door/slot SLA adherence up; detention costs down with YardLytix

Frequently asked questions

Yes. Standard adapters; we validate against your data in PoC before pilot.
No. Night scans with AMR/drone and safety interlocks; live pick remains uninterrupted.
We set site-specific gates and publish per-site evals; misreads trigger manual review.
Quick-win payback typically within a quarter; see ROI calculator for your volumes.
Existing RTSP cams + gate OCR; AMR/drone optional for coverage and speed.

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