Wilkins provides an AI‑driven receiving platform for warehouses, 3PLs, and fulfillment centers that captures package dimensions, weight, labels, photos, and documents with a single scan. The system uses OCR and computer vision to extract SKU and shipment details, then automatically syncs structured receipt data to the warehouse management system, delivering up to five‑times faster receiving with 99.5% data accuracy.
Funding
Funding not disclosed
Founders
Product
Problem
Warehouse receiving often requires manual data entry of dimensions, weight, labels, and documents, leading to slow processing, high error rates, and the need for additional staff to keep up with volume.
Solution
Wilkins offers an AI‑driven receiving platform that lets a single operator scan a package once to capture all relevant data. The system’s AI and OCR extract SKUs, shipper/consignee details, hazard information, and generate a fully structured receipt ready for immediate import into a warehouse management system. Integrated dimensioners provide accurate weight and size measurements, while the Wilkins Assistant maps the extracted data to WMS entities, eliminating hand‑keyed entry. This workflow reduces receiving time by up to five times and achieves 99.5% data accuracy, enabling 3PLs, fulfillment centers, freight forwarders, carriers, and e‑commerce warehouses to handle higher volumes without additional labor.
Target Audience
Primary customers are 3PLs, fulfillment centers, freight forwarders, carriers, and e‑commerce warehouses that need fast, accurate receiving at scale.
Features
- Single‑scan capture of labels, photos, documents, dimensions, and weight using Wilkins Parcel, Pallet, or Move Dimensioner hardware
- AI and OCR engine that identifies SKUs, shipper/consignee info, hazmat codes, and other key attributes
- Automatic generation of WMS‑ready receipt data with no manual entry
- Real‑time synchronization of structured data directly into existing warehouse management systems
- Consistent four‑step workflow (Scan, Measure, Extract, Sync) that standardizes receiving across package types
- High data accuracy (99.5%) and up to 5× faster receiving compared to traditional methods