• Poor Device Durability & High OPEX: Retail stores and back-end warehouses feature dense pedestrian flow and frequent mobile operations. Ordinary consumer tablets are highly vulnerable to drops, collisions, liquid splashes and dust accumulation. They easily suffer screen breakage, water damage and functional failures, leading to high monthly damage rates, frequent replacements and excessive maintenance costs.

• Insufficient Scenario Functionality & Low Operational Efficiency: Daily retail operations require fast barcode verification, price tag checking, bulk inventory counting, member registration and order processing. Regular tablets lack professional industrial scanning modules, featuring slow focusing and low recognition accuracy, failing to support high-speed batch inventory tasks. Screens are vulnerable to store light reflection and strong ambient light, resulting in blurred display and reduced work efficiency.

• Inadequate Battery Life for Shift Operations: Most retail chains adopt two-shift schedules with over 10 hours of daily operation. Consumer-grade tablets cannot sustain long-hour continuous work and often shut down midway, interrupting inventory counting, cashier and inspection workflows and disrupting store operations.

• Weak System Control & Disordered Data Management: Decentralized device usage across multiple stores lacks unified batch management for applications, permissions and firmware updates. Operational, inventory and sales data cannot be synchronized in real time, causing manual entry errors, inaccurate inventory data and delayed data statistics, restricting refined retail management.

• Poor Human-Machine Adaptability: Store staff often wear thin gloves or have wet/stained hands during work. Ordinary tablets do not support glove or wet-hand operation, causing frequent false touches and operational failures, lowering staff productivity and device acceptance.