How can smart packaging improve aviation cargo tracking?

1 What is smart packaging?

Smart packaging is a term that covers various types of packaging that have embedded or attached electronic components, such as RFID tags, QR codes, NFC chips, sensors, or GPS trackers. These components enable the packaging to interact with external devices, such as smartphones, scanners, or readers, and transmit data to a cloud-based platform or a dashboard. Smart packaging can also respond to external stimuli, such as temperature, humidity, light, or shock, and change its properties, such as color, shape, or functionality.

2 How does smart packaging work for aviation cargo?

Smart packaging can provide numerous benefits for aviation cargo, depending on its type and purpose. For instance, GPS trackers and RFID tags can be used to track the cargo's location and movement in real-time, helping to optimize its routing, scheduling, and delivery, while also reducing the risk of theft or misplacement. Sensors and indicators can be used to monitor the cargo's condition and quality, such as temperature, humidity, pressure, or vibration. This is especially important for perishable, fragile, or hazardous goods to ensure their safety and integrity, as well as comply with regulatory standards and customer requirements. Furthermore, QR codes, NFC chips, or displays can be used to communicate with the cargo handlers, operators, or customers by providing relevant information about the cargo's contents, origin, destination, or status. They can also facilitate the verification, authentication, or identification of the cargo.

4 What are the challenges of smart packaging for aviation cargo?

Smart packaging has the potential to revolutionize aviation cargo, yet it also presents some challenges. Implementing and maintaining the technology, particularly for large-scale or global operations, may require a significant investment in hardware, software, and infrastructure. Furthermore, there are security and privacy concerns with cargo data that could be exposed to cyberattacks or unauthorized access, as well as ethical and legal issues regarding ownership and consent. Additionally, compatibility and interoperability of the technology may differ depending on the packaging type, size, shape, regulations, protocols, and systems of the various countries, regions, and stakeholders involved in the cargo supply chain.

5 How can you get started with smart packaging for aviation cargo?

If you are interested in adopting smart packaging for your aviation cargo, you can start by assessing your current operations and identifying pain points, goals, and opportunities for improvement. Research the available solutions and providers in the market and evaluate their features, benefits, and costs. Select the best option for your needs, budget, and expectations and test it before scaling it up. Monitor and measure the performance of the solution on your cargo operations and adjust or optimize it as needed. Lastly, communicate and collaborate with your partners, customers, and regulators to ensure they are aware of and satisfied with the smart packaging solution.