Exploring the Future of Logistics: The Rise of the Physical Internet


The Taipei International Logistics and IoT Exhibition 2023 and Taipei International Cold Chain Technology Exhibition 2023 recently showcased the latest advancements in the logistics and cold chain industries. With over a hundred participants, these events shed light on the industry’s shift towards smart, efficient, and low-carbon solutions.

The Key Role of IoT Technology

In pursuit of net-zero carbon emissions and faced with labor shortages, the cold chain and logistics industry is embracing IoT technology as a vital component in achieving its goals. At the exhibition, the concept of the Physical Internet (PI) made its debut in Taiwan, showcasing innovative solutions such as temperature and humidity monitoring, carbon reduction, automated warehousing, and fleet management.

Customized IoT Solutions

Companies like Fox-Tech, Brocere Technology, and Elite Semiconductor Microelectronics Technology (ESMT) presented their cutting-edge IoT solutions for temperature and humidity monitoring. These solutions go beyond basic monitoring and encompass features like carbon dioxide concentration detection and air quality assessment, allowing for tailored solutions to meet specific customer needs.

Revolutionizing Cold Chain Logistics

Flutai, a prominent participant, offered comprehensive planning for cold chain logistics warehousing and vehicle refrigeration equipment. One highlight was the introduction of dual-power refrigeration machines that can operate on either engine or battery power. This innovation significantly reduces carbon emissions associated with logistics transportation.

Embracing Automation

The exhibition also showcased advancements in autonomous mobile robot (AMR) solutions. Coretronic Intelligent Logistics (CiLS) and FARobot presented self-developed AMR forklifts and handling vehicles. These robotic solutions, coupled with intelligent management systems, provide logistics operators with efficient and smart warehouse management solutions.

The Potential of the Physical Internet

The PI concept, which draws inspiration from the Internet, offers an innovative approach to logistics operations. By creating a network that integrates global logistics systems through standardized and shared resources, the PI concept aims to build more efficient, environmentally friendly, and sustainable transportation and logistics systems. With hyperconnectivity and the interconnection of various logistics components and participants, the PI concept seeks to create a logistics network where everything is connected.

Implementing IoT in the Physical Internet

IoT technology plays a crucial role in implementing the PI concept. By connecting data from various logistics nodes and supply chains, IoT facilitates the sharing of logistics resources, leading to more efficient and agile logistics systems. An open logistics platform allows for the integration of energy consumption information, enabling the development of low-carbon logistics systems.

Future Outlook and Standards

Europe is at the forefront of PI construction, with the Alliance for Logistics Innovation through Collaboration (ALICE) proposing a blueprint for a standardized and intelligent European logistics network. The aim is to replace traditional logistics models with a fully operational PI system by 2040. Meanwhile, the cold chain and logistic industries are experiencing an increased demand for smart solutions due to factors such as an aging population, labor shortages, and the need for sustainable transportation.


Q: What is the Physical Internet?
A: The Physical Internet (PI) is a logistics concept that aims to create an interconnected and standardized network of global logistics systems, promoting efficient, sustainable, and scalable transportation and logistics solutions.

Q: How does IoT technology contribute to the PI concept?
A: IoT technology enables the integration of data from various logistics nodes and supply chains, allowing for the sharing of logistics resources and the development of efficient and agile logistics systems within the PI framework.

Q: How is the logistics industry responding to the need for carbon reduction?
A: The industry is leveraging technologies such as energy monitoring systems and green transportation solutions to build low-carbon logistics systems, reducing carbon emissions associated with logistics operations.

Q: What are some key challenges faced by the cold chain and logistics industry today?
A: The industry is grappling with labor shortages, high-risk working environments, and increased demand for quality-focused transportation solutions. This has led to a greater emphasis on smart, efficient, and low-carbon logistics innovations.

– DIGITIMES Research: [URL]
– Georgia Institute of Technology: [URL]
– Alliance for Logistics Innovation through Collaboration in Europe (ALICE): [URL]

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