Warehouse Logistics Management Solution

● Precise Spatiotemporal Positioning

● Efficient Optimization of Logistics Scheduling

APPLICATION OVERVIEW

CORE FEATURES

KEY ADVANTAGES

COMPATIBLE HARDWARE

INDUSTRY CASES

APPLICATION OVERVIEW

Eforthink leverages its self-developed centimeter-level ultra-high-precision UWB (Ultra-Wideband) and AoA multi-mode fusion positioning technologies to deliver a comprehensive RTLS (Real-Time Location System) solution tailored for the warehouse and logistics industry.

By capturing spatial data through advanced real-time location tracking, our system integrates with eforthink’s proprietary engines to connect production elements, enriching time and status information with precise spatial positioning. This empowers enterprises to achieve holistic, full-spectrum modernization of warehouse logistics management, enabling lean operations across all assets and workflows. The solution also incorporates a Personnel Tracking System to ensure safety and efficiency in dynamic environments.

CORE FEATURES

Real-Time Asset Tracking and Statistics

Real-time Location Management

Real-Time Vehicle Tracking & Management

Personnel/Vehicle Collision Avoidance Alerts

Customizable Electronic Geofencing

Real-Time Asset Tracking and Statistics

Used for the tracking, statistics, and management of materials, production tools, and finished products in the plant.

Monitor workflows end-to-end, automate inbound/outbound management with RTLS-enabled visibility.

● Entry/Exit: Equip warehouse vehicles with positioning tags, integrate with RFID or barcode information, paired with PDA scanning;

● Tracking location: Attach material positioning tags to get real-time location, facilitating inventory management and material location queries.

Real-time Location Management

Using the personnel positioning system, efficiently and intelligently supervise personnel behavior, improve communication efficiency in workshops, and achieve cost reduction and efficiency improvement.

● Smart attendance and working hour statistics: Efficiently calculate personnel attendance time, on-duty duration, and status;

● Message sending: Managers can send text messages to specific personnel via the system backend for real-time notifications.

● Working hour monitoring: Real-time tracking of the duration materials/personnel stay in specific areas, facilitating personnel effective working hour statistics and process production rhythms, providing data support for enterprises to improve production processes and enhance efficiency.

Real-Time Vehicle Tracking & Management

Using vehicle-mounted tags to improve vehicle utilization and reduce traffic safety risks.

● Quick vehicle search: By entering the material/vehicle ID, quickly locate the vehicle in the system, significantly reducing search times in various workshops;

● Scientific scheduling: Integrating TMS systems to achieve information and location data exchange, rational vehicle scheduling to improve logistics vehicle efficiency.

Personnel/Vehicle Collision Avoidance Alerts

A set of safety distance systems based on UWB technology, with precision up to 10 cm

The precise distance measurement and early warning system effectively prevent vehicle accidents, achieving person-vehicle collision prevention, vehicle-vehicle collision prevention, and corner collision prevention.

Effectively preventing cross-operation accidents in workshops.

● Person-vehicle warning collision prevention

● Vehicle-vehicle warning collision prevention

● Person/vehicle-corner warning collision prevention

Customizable Electronic Geofencing

Flexible configuration of electronic fencing areas, rules, and custom effective time periods and applicable targets

Mainly used for area management and personnel behavior monitoring to ensure plant safety.

● Timeout Reminders:For materials with low production batch or long intervals, set the maximum placement time, triggering alarms when overstay occurs to prevent resource occupation or failure due to neglect.

● Prohibited Exit:For materials that can only flow between specific processes, set electronic fences as prohibited for exit, triggering alarms when materials exit. Properly plan material vehicle rotation areas to improve material turnover efficiency.