Taiwan’s remarkable export growth, driven in large part by demand for AI-related technologies, highlights how new technologies are reshaping international trade. But the implications extend far beyond chips and servers. For businesses worldwide, the AI boom is creating new supply chain challenges and placing greater demands on logistics partners.
By Janus Grimnitz, CEO, LEMAN China
Artificial intelligence is no longer just a technological development. It has become a significant driver of economic activity, with growing implications for international trade and global supply chains.
Taiwan provides a striking example.
According to Taiwan’s Ministry of Finance, exports from Taiwan increased by 60.9% in September 2026 compared with the same month the previous year, reaching a record USD 87.22 billion. Exports of information, communication and audio-visual products grew by 103%, while exports to the United States increased by 106.2%.
At the same time, export orders received by Taiwanese companies rose by 62.4%, reflecting continued strong demand for advanced technology and AI-related products. While AI is a major driver of this growth, other factors, including demand for consumer electronics and higher product prices, have also contributed.
These are remarkable figures. However, what I find particularly interesting is not simply the scale of the growth, but what it tells us about the changing nature of international trade.
Behind every AI application, there is an extensive physical supply chain. And as investment in AI infrastructure accelerates, businesses and logistics providers must adapt to changing requirements.
AI investment is reshaping global supply chain requirements
When people think about AI, they often think about software, algorithms and computing power. But none of these technologies exists without physical infrastructure.
AI requires advanced semiconductors, servers, networking equipment, cooling systems, power supplies and data centres. All of these depend on international supply chains involving numerous manufacturers, suppliers and logistics providers.
Taiwan plays a central role in advanced semiconductor manufacturing and electronics production. Mainland China, Vietnam and other Asian manufacturing economies contribute to different stages of the value chain, while the United States and Europe represent major markets for AI-related technology and infrastructure.
However, growing demand does not necessarily mean a simple increase in shipments from Asia to Western markets. Components may cross several international borders before reaching their final destination, creating additional transport requirements and a greater need for coordination.
At the same time, investments in domestic and regional manufacturing capacity in the United States and Europe could reshape existing trade patterns.
More regional production does not necessarily mean less international transport. New manufacturing facilities still require specialised machinery, components, raw materials and equipment sourced from around the world.
What we may see is a combination of strong Asian export flows and increasingly diversified global supply chains.
It is also important to distinguish between export values and physical freight volumes. Higher-value products do not automatically translate into equivalent growth in cargo tonnage. Nevertheless, the underlying investment trends point towards changing logistics requirements.
Reliability and flexibility are becoming critical
One of the most significant consequences of this development is the growing importance of delivery reliability.
When a company invests heavily in a new data centre or advanced production facility, a missing component can delay an entire project. The financial consequences of that delay may far exceed the cost of transporting the component itself.
In such situations, choosing the cheapest transport option is not necessarily the most economical decision.
For high-value, time-critical components, air freight may offer the most economical solution when the cost of a delayed delivery outweighs the higher transport price. Ocean freight, meanwhile, will continue to play a central role in transporting larger equipment, infrastructure and less time-sensitive shipments.
The challenge for businesses is to find the right balance between cost, speed, reliability and risk.
This requires visibility across supply chains, access to alternative transport options and the flexibility to respond when demand, production schedules or market conditions change.
Strong demand for specialised equipment may also place pressure on capacity along selected trade lanes, particularly during major technology investments or large-scale infrastructure projects.
At the same time, the pace and geography of future investments remain uncertain, making flexibility just as important as capacity.
For logistics providers, the task is therefore not simply to secure available capacity. It is to help customers make informed decisions about how their supply chains should operate.
Geopolitics adds another layer of complexity
The growth of AI-related trade is taking place against a backdrop of changing geopolitical and economic relationships.
Trade restrictions, export controls, tariffs and national ambitions to strengthen domestic technology industries are already influencing decisions about manufacturing locations, sourcing and investment.
For companies operating internationally, this creates a difficult balancing act.
Efficiency remains essential, but so does resilience. Businesses must increasingly consider how dependent they are on individual suppliers, production locations and transport corridors.
Diversifying production and sourcing can reduce certain risks, but it may also introduce additional complexity into supply chains.
New routes, new suppliers and new manufacturing locations require logistics solutions that can operate effectively across different markets and regulatory environments.
This makes local knowledge, international coordination and an understanding of trade compliance increasingly valuable.
Opportunities extend beyond the technology industry
For the logistics industry, the AI boom presents opportunities that extend well beyond the transportation of semiconductors and servers.
The development of AI infrastructure also creates demand for industrial machinery, electrical equipment, cooling technology, power systems and a wide range of specialised components.
Many businesses supplying these products are facing the same fundamental challenges: changing demand patterns, international supply chain complexity and growing expectations for reliable delivery.
At LEMAN, our presence in markets including Taiwan, mainland China and Vietnam provides an important perspective on developments in Asian manufacturing and international trade.
However, the opportunity is not simply about moving more cargo. It is about understanding how customers’ requirements are changing and helping them navigate increasingly complex logistics decisions.
For businesses, this raises three important questions: Where are the critical dependencies in our supply chain? What would a delay really cost us? And do we have alternative transport options when circumstances change?
Answering these questions requires more than transport capacity. It requires an understanding of the customer’s business, the risks involved and the available options.
That also means recognising the specific challenges associated with advanced technology products, including security, insurance, customs procedures, export controls and specialised handling requirements.
These are areas where logistics providers must carefully assess their capabilities and ensure that their solutions match the customer’s actual needs.
The future of logistics is about more than transportation
The AI boom illustrates how quickly technological developments can influence the physical world of international trade.
We cannot predict exactly how global production networks and transport flows will evolve over the coming years. But it is clear that businesses will continue to need reliable, flexible and internationally connected supply chains.
For me, this development reinforces an important point about the future of our industry.
Successful logistics partnerships are not simply about moving goods from one location to another. They are about understanding global market developments, anticipating challenges and helping customers make better decisions in an increasingly unpredictable world.
As AI continues to transform industries and international trade, I believe the ability to combine global reach, local knowledge and practical logistics expertise will become even more important.
Ultimately, the companies best prepared for the next wave of technological change will not necessarily be those with the fastest or cheapest supply chains, but those that understand their dependencies, anticipate disruption and have the flexibility to respond.
Sources:
Taiwan Ministry of Finance – Summary of Exports and Imports for September 2026 (8 October 2026)
International Trade Administration – September 2026 Trade Statistics (22 October 2026)
Ministry of Economic Affairs – Export Orders in September 2026 (20 October 2026)