The Internet of Things (IoT) and The Future of Supply Chain Management


It is widely accepted that digitization is the key to transforming all areas of the logistics industry. However, we are just at the beginning of a long journey. Recent Black Swan events have exposed vulnerabilities within some of the world’s best-run supply chains. With effective planning becoming impossible, the need for real-time visibility has become more important than ever before to successfully navigate through supply chain disruptions as cargo is in transit.

The Internet of Things (IoT) represents a new wave in the industrial revolution that will transform the entire supply chain ecosystem. IoT-enabled visibility not only provides the ability to respond to supply chain distributions in real-time, but it also enhances other emerging technologies such as artificial intelligence (AI) and machine learning (ML). IoT is a key component in taking supply chain technology to the next level.

How Can IoT Enhance Today’s Supply Chain Processes?

Today, the most widely used visibility data is based on events or milestones along the journey of a shipment as it travels through stage gates of the supply chain. Many of these updates are manual in nature based on barcode scanning or other techniques that have been deployed for decades. Quite often these methods are prone to errors and have significant latency issues leading to inaccurate or late delivery of key data.

The implementation of IoT devices in assets such as ocean containers can provide an enhanced real-time visibility experience. They can accurately track the location and condition of goods, enabling better reservation or repositioning decisions; but that is just the beginning of the value IoT provides to supply chains. They also replace asset tracking methods like barcodes and identify points of delay, providing more time for contingency planning. Similarly, geofencing provides more accurate data for gate-in and gate-out entries.

IoT data includes an array of information based on the type of sensor used to mitigate any number of issues during transit. For instance, if a container is delayed at a port, the sensors will allow you to see if your shipment is being mishandled or tampered with using customized parameters. Most sensors also transmit basic details such as the temperature at which the cargo is stored, humidity, and other statistics around the condition of the cargo.

IoT, in conjunction with visibility and execution solutions, can help eliminate supply chain blind spots via true real-time data insights, thus making supply chains more agile and resilient. Consider the transport of a pallet of vaccines which are required to be maintained at a certain temperature in transit to remain viable. With IoT-enabled visibility, the status of the shipment can be tracked throughout the route and temperature changes can be monitored in real-time. This provides the ability to act quickly to events that impact the temperature and save the vaccines, by not only saving money but potentially many lives. There are other extensions of IoT for refrigerated containers that support supply chain resiliency and agility. Users who are using refrigerated containers for their shipments are also granted the ability to remotely control the temperature, pressure, and gas levels.

Takeaways

The applications are limitless across a variety of industries from perishables to high-tech. At Blume, we believe that the logistics industry will undergo an immeasurable revolution over the next decade with the help of IoT technology.

Pervinder Johar, Chief Executive Officer at Blueme Global.



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