An Architecture for Reliable Transportation of Delicate Goods

Area of Science:

• Logistics and Supply Chain Management
• IoT and Sensor Technology
• Quality Assurance

Background:

• Product damage during transit is a significant issue, especially for sensitive goods.
• Identifying the cause and assigning responsibility for transit damage is challenging due to complex global supply chains.
• Current methods lack robust mechanisms for verifying transport conditions and ensuring accountability.

Purpose of the Study:

• To propose a novel architecture for certifying transport conditions of sensitive goods.
• To provide a transparent and verifiable system for monitoring and ensuring product integrity during transportation.
• To facilitate the accurate assignment of responsibilities in case of transport-related damages.

Main Methods:

• Development of an architecture utilizing ultra-low-power, low-cost sensor devices with real-time clocks and Bluetooth Low Energy (BLE).
• Integration of a mobile application for data collection and interaction.
• Leveraging cloud services, including a Coordinated Universal Time (UTC) service, for data processing and certification.

Main Results:

• The proposed architecture enables verifiable certification of transport conditions.
• It protects compliant entities within the transport chain and assures customers of merchandise integrity.
• The system effectively identifies non-compliant players and facilitates responsibility assignment when issues arise.

Conclusions:

• The developed architecture offers a reliable solution for monitoring and certifying the transport of sensitive goods.
• It enhances accountability and transparency across global supply chains.
• This technology mitigates risks associated with product degradation and ensures customer satisfaction.