5 Technologies that Will Forever Change Global Trade

Public and private stakeholders must work together to establish a technology framework that unleashes global trade's potential.

International trade has dominated the global headlines recently. Much of the discussions have been focused on the threat of a trade war, the tit-for-tat tariffs and the health of the global trade order.

While extremely important, these conversations are missing a brighter side of international trade – how innovative technologies in the Fourth Industrial Revolution are transforming trade by making the processes more inclusive and efficient.

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The good news is that we may be on the brink of technological change in the global trading system.

Technological disruption isn’t new for the global trade system. The steam power revolution connected the world like never before. The invention of shipping containers laid the foundation for globalization.

More recently, technologies such as Optical Character Recognition (OCR) to read container numbers, Radio Frequency Identification (RFID) and QR codes to identify and trace shipments and basic digitization of trade documents have improved the reliability and efficiencies of the international trade.

However, with trade agreements written before digital commerce, transactions are still accompanied by large amounts of paper work that still depend on traditional banking methods. The global trade system has failed to take full advantage of cutting-edge technologies that could make trade more efficient, more inclusive and less costly.

The good news is that we may be on the brink of change. Different technologies in different parts of the technology adoption life cycle, when combined, could fundamentally change the way resources are allocated and international trade operates. Governments and businesses need to understand the current trends to stay ahead of the curve.

Here are the 5 technologies that will disrupt global trade:

Blockchain

Blockchain and blockchain-based distributed ledger technologies can have tremendous impact on the global trade supply chain. Trade organizations such as Dubai Chamber of Commerce and Industry have also launched an initiative to leverage blockchain technology to address global trade issues such as high costs and lack of transparency and security.

In addition to making movement of goods more efficient and reliable, blockchain-based solutions are disrupting the world of trade financing. For example, blockchain is simplifying the long and tedious process of obtaining a Letter of Credit (LoC), a payment mechanism used in international trade.

Deloitte has helped an Indian private sector bank redesign its LoC issuance by developing a blockchain solution (based on the Ethereum platform) that reduced the issuance time from 20-30 days to hours.

In some other instances, companies such as Skuchain are bypassing the LoC altogether by providing real-time tracking of goods and inventory financing that de-risks transactions and allows financiers to provide working capital relief to all supply chain partners at the lowest cost of capital in that chain.

Artificial intelligence and machine learning

Artificial intelligence and machine learning can optimize trade shipping routes, manage vessel and truck traffic at ports and translate e-commerce search queries from one language into other languages and respond with translated inventory.

More than efficiencies gains and better consumer services, AI is also making global trade more sustainable. For example, Google launched Global Fishing Watch in 2016, which is a real-time tool using machine learning to combat illegal fishing by providing a global view of commercial fishing activities based on ship movements and satellite data. It can be used by governments and other organizations to identify suspicious behaviors and develop sustainable policies.

Trading services via digital platforms

It’s increasingly easier to trade services online – digital platforms like Upwork allow users to find service providers from all over the globe for a wide range of services and can find anything from a web developer in Serbia to an accountant in Pakistan to a virtual assistant in the Philippines.

Meanwhile, startups such as the international learning platform VIPKID pair up American educators with Chinese children to teach English online. These digital platforms seamlessly connect the customers with service providers in a way that wasn’t possible before when such professional services were mostly delivered in person.

3D printing

The jury is still out on the impact of 3D printing on global trade. There are studies that predict that once high-speed 3D printing is mass adopted and cheap enough, global trade may decrease by as much as 25 percent since 3D printing requires less labor and reduces the needs for imports.

Others argue that such views don’t take into account the complexity and reality of mass manufacturing. Regardless of the positions, the impact of 3D printing on global trade is real, especially as faster and cheaper methods of 3D printing become available.

Mobile payments

From Apply Pay to Alipay to M-Pesa, mobile payments are transforming the way we live and connecting more people to market opportunities. According to the World Bank Global Inclusion Database, the number of people who gained access to bank accounts increased by 20 percent between 2011 and 2014, and mobile money accounts were a major drive for financial inclusion, especially in emerging economies.

For example, in Sub-Saharan Africa, 12 percent of adults (64 million adults) have mobile money accounts (compared to just 2 percent worldwide), and 45 percent of them only have a mobile money account. As the newly banked population becomes connected to mobile payments, it’ll be much easier for them to participate in global trade, either as consumers or businesses.

Uphill battle for new technologies

We must remember that these technologies also pose difficult governance challenges, both domestic and cross-border. From lack of governance framework to incompatible licensing and taxation requirements to outdated trade agreements, we can’t simply assume that these technologies will automatically take root and bear fruits.

Public and private stakeholders must work closely together to establish the framework and foster the environment for these new technologies to unleash their positive potential while mitigating the potential harms.

In particular, the stakeholders should adopt the multi-stakeholder and human-centered agile governance approach to allow room for experimentation and to gather input from a diverse set of participants.

In addition, in the absence of a global standard, regional governing bodies should take charge and lead the effort to harmonize the regional rules on issues such as data flows, licensing and taxation.

Technological innovations offer an exciting future for international trade among today’s uncertainties. With the right governing approach, these innovations will usher in more inclusive and efficient trade growth in the years to come.

Top image: In 1956, a World War II oil tanker was modified to carry the first shipping containers and rechristened the Ideal X. [The Port Authority of New York and New Jersey]

This article originally appeared on the World Economic Forum and was republished with permission.

 

Ziyang Fan is Project Head of Digital Trade and Data Flows at the World Economic Forum.

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Cristian Rodriguez Chiffelle is Head of Policy for International Trade and Investment at the World Economic Forum Geneva.

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