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Official Website Scenario Application industry_application TMS Smart Logistics Supervision Platform: Achieves 80% Reduction in Mineral Storage and Transportation Losses

I. Project Background

Current Status of Mineral Transportation Industry:

Ore is classified as a high-value mineral resource, which is highly susceptible to risks such as theft, diversion, and loss, necessitating stringent safety supervision. Current mineral transportation regulation primarily faces the following challenges:

1. Traditional locking systems exhibit insufficient security: disposable lead seals have low mechanical strength and poor resistance to damage, making them prone to violent opening or unauthorized replacement. In cases of cargo loss or misplacement, effective traceability and liability determination become impossible.

2. There are blind spots in the entire transportation process supervision: vehicles can park arbitrarily in non-designated areas and conduct unauthorized cargo unloading or exchange, while existing technical prevention measures struggle to achieve real-time monitoring throughout the journey. Additionally, there is a lack of effective traceability for transportation trajectories and cargo status.

3. Low level of equipment and operational informatization: Locking devices lack unified information management, requiring drivers to perform locking and unlocking operations one by one, resulting in cumbersome procedures, low efficiency, time-consuming labor-intensive processes, and increased risks of human error.

II. Construction Objectives

Centered on intelligent logistics locks, TMS management systems, self-operated cabinets, and AI inspection technologies, this industry_application integrates software, hardware, and cloud infrastructure to deliver a comprehensive supply chain security framework. It establishes a specialized end-to-end monitoring platform for mineral transportation, focusing on real-time cargo status tracking, visualized route monitoring, and full-process traceability of anomalies with log-based auditing. These features effectively prevent illegal activities such as cargo substitution, diversion, and theft during transit, ensuring transport safety and asset integrity. Through automated control systems and digital collaboration, the industry_application significantly reduces repetitive manual verification and document processing, streamlines transportation handover procedures and terminal access protocols, thereby enhancing overall mineral transportation efficiency and operational management standards.

III. Project Proposal

Application Framework

Application Flowchart

Technical Framework of Cloud Control Platform

4. Cloud Control Platform Functions

Route deviation: The system can monitor vehicle trajectories in real time and immediately issue automatic alerts upon deviation from preset transportation routes, effectively preventing violations such as mid-route detours, unauthorized unloading, or cargo substitution. This ensures that the transportation routes for high-value goods like ores remain fully controllable and traceable throughout the entire process.

Parking timeout: Intelligent monitoring of vehicle dwell time in non-designated areas triggers abnormal alerts upon exceeding preset time limits, enabling timely detection and prevention of risk behaviors such as illegal unloading, theft, and cargo substitution, thereby enhancing in-transit regulatory deterrence.

Optimal Route Planning: Intelligent planning of optimal transportation routes by integrating road conditions, traffic restriction policies, transportation safety requirements, and terminal dispatching information to minimize detours, congestion, and ineffective stops, thereby enhancing transportation efficiency and reducing costs. This approach also provides a baseline for compliance monitoring of the entire route trajectory.

Real-time monitoring: Cloud-based tracking of vehicle location, status, and gate passage data enables end-to-end visual management.

Electronic Fence: Set restricted zones and designated routes with electronic fencing. Automatic alerts trigger when boundaries are crossed, enabling precise area control.

Historical Trajectory: The system automatically records and stores complete vehicle travel trajectories, supporting playback queries by time, trip number, license plate, and other criteria. It comprehensively retains driving data throughout the transportation process, providing data support for daily management and verification.

Event traceability: Conduct full retrospective analysis of abnormal events, combine trajectory data and alerts to rapidly determine responsibility, and establish comprehensive traceability evidence.

APP features

V. Application Schematic Diagram

1、 Tarpaulin integrity: The system automatically identifies tarpaulin status and triggers real-time alerts for damage, displacement, or uncovered areas to prevent cargo spillage, theft, or tampering.

2、 Lock status: Real-time monitoring of smart lock locking, unlocking, and abnormal opening states to prevent illegal lock-breaking, unauthorized lock replacement, and other violations.

3、 Weight Recognition: By comparing the weight of goods before and after intelligent weighing, it automatically alerts for abnormal fluctuations, effectively preventing issues such as unloading, adulteration, and theft.

VI. Product Introduction

G-508N Intelligent Logistics Lock:

1、 Supports NFC, mobile apps, remote access, and e-reader unlocking

2、 Supports multi-mode positioning via GPS, Beidou, and base stations

3、 Supports lock body tamper alarm and abnormal alarm

4、 The OLED display can show battery level, lock status, and signal status.

5、 The battery life ranges approximately from 7 to 180 days.

S-666 sub-lock:

1、 Supports Lora communication and adheres to the LoRaWAN 1.0.3 protocol.

2、 Battery life exceeds 1 year

3、 Supports IP67 protection rating

4、 Supports tamper alarm, cut alarm, and hardware abnormality alarm

5、 Supports BLE5.2 Bluetooth communication

6、 Supports Bluetooth unlocking, NFC unlocking, and mobile app unlocking (optional)

VII. Project Benefits

The system ensures high-value mineral security through comprehensive monitoring of tarpaulins, locks, weight measurements, and vehicle status, effectively preventing theft, cargo tampering, and loss to minimize asset damage. It maintains full-process traceability including movement trajectories, gate passage, lock/unlock operations, and weighing procedures, enabling rapid anomaly detection and accountability for compliance monitoring needs. By implementing intelligent route planning, contactless gate systems, and remote control capabilities, the project enhances operational efficiency while reducing manual verification and queue congestion. Real-time alerts for route deviations, parking timeouts, unauthorized unpacking, and abnormal weight measurements enable proactive risk mitigation. Additionally, the system reduces manual staffing and on-site inspections, streamlines workflows, lowers operational costs, integrates multi-dimensional data silos, and establishes a unified smart supervision framework to improve management precision and decision-making accuracy.