Asia’s Digital Infrastructure Boom: Is the Marine Cargo Market Approaching a Turning Point?

A New Supply Chain Reality

The semiconductor growth story is now about much more than chips. The race for processing power is driving investment in fabrication plants, advanced packaging facilities, hyperscale data centres, renewable energy, transmission networks, water treatment, and the logistics systems that connect them.

Asia remains at the centre of this transformation. North Asia continues to lead advanced semiconductor manufacturing, while Southeast Asia and India are expanding their roles in assembly, testing, advanced packaging, data centres and supporting infrastructure. Public reporting points to continued investment across Singapore, Malaysia, Vietnam, Thailand and India, as organisations diversify supply chains and respond to AI-led demand.^1–3

This growth is changing the cargo risk profile. Semiconductor facilities depend on specialised equipment, industrial gases and power infrastructure sourced through global networks. At the same time, data centre development is increasing demand for transformers, switchgear, cooling equipment, battery storage, cables and generators.

The result is greater concentration of high-value cargo at manufacturing sites, ports, storage locations and project sites. Power availability, water for cooling and grid resilience are also becoming strategic constraints rather than routine operational considerations.^4–5

Chokepoints Can Reshape Risk Overnight

Global trade still depends on a small number of maritime chokepoints. Conflicts in Europe and the Persian Gulf, together with disruption in the Red Sea and Indian Ocean, shows how quickly trade routes and supply lanes can change.

For cargo owners, this can create unexpected accumulations at ports or anchorages, longer transit times, missed deliveries, higher costs and interruptions to manufacturing output. In particular, the Strait of Hormuz is important not only for energy flows, but also for industrial inputs used in advanced manufacturing and for access to Middle East export markets.

Industry analysis has highlighted semiconductor exposure through dependencies on LNG, helium and other industrial gases connected to the Gulf region. Helium, in particular, remains an important input for semiconductor manufacturing and advanced electronics. ^6–8

For semiconductor manufacturers, data centre operators and infrastructure developers, the implication is clear: supply chain resilience and geopolitical risk must be managed together.

Cargo Crime Is Becoming More Sophisticated

Cargo theft is also changing. Opportunistic physical theft remains a concern, but criminal groups increasingly use cargo diversion, identity fraud, cyber-enabled deception, insider enablement and organised networks.

Aon’s review of cargo crime intelligence reported through strategic relationships with Overhaul and TAPA has identified activity involving diversion, cyber-enabled attacks, insider involvement and supply chain deception across Asia Pacific.

Electronic goods remain an attractive target because they are valuable, portable and can be resold easily. Industry reporting also points to growth in strategic theft and fraudulent collection schemes, including criminals impersonating legitimate carriers and logistics providers.^9–12

For semiconductor businesses, a single consignment can carry significant value. A loss can affect customer commitments, project schedules, reputation, contractual obligations, and any resulting dispute can generate significant legal costs. Deteriorating loss experience directly influences how insurers assess the capacity they are prepared to provide.

Why the Marine Cargo Market May Be Reaching a Turning Point

Marine cargo buyers have benefited from several years of strong competition, ample capacity and relatively favourable pricing. For high-technology risks, however, insurers are assessing a different exposure profile from five years ago.

The challenge is no longer only whether enough capacity is available. It is also whether that capacity can remain sustainable if cargo values and loss severity continue to rise while investment in risk management does not keep pace.

This changes the conversation from insurance procurement alone to operational resilience. Organisations that can demonstrate strong controls, reliable data and a clear understanding of accumulations are better placed to support constructive discussions with insurers.

Building a More Sustainable Risk Profile

Insurance remains important, but it cannot create resilience on its own. Leading semiconductor, technology and infrastructure organisations are building risk management into their operations and supply chain decisions.

Priority areas include:

• supply chain visibility and data quality
• security by design across transport networks
• route, port and chokepoint exposure analysis
• cargo accumulation management
• governance of suppliers and logistics partners
• crisis response and business continuity planning
• cyber resilience across supply chain ecosystems
• data-led loss prevention

Risk engineering can reduce the likelihood and severity of loss. It is equally important to prepare for what happens before an incident occurs, particularly where organised crime moves quickly or geopolitically-driven disruption falls outside of the normal operating controls.

Effective claims advocacy can also help organisations protect project timelines, manage balance sheet impact and pursue recovery. Bringing technical expertise, insurer engagement and claims strategy together early can improve the way complex cargo losses are managed.

Looking Ahead: Using Today’s Market to Build Resilience

Asia’s investment in semiconductors, AI, data centres, energy systems and logistics infrastructure is expected to remain a major source of growth. But rapid expansion can also create exposures when operational output moves faster than risk controls.

Organisations that improve supply chain visibility, act on emerging risks and build resilience before a loss will be better positioned for the next phase of development. In practice, this means using current market conditions to strengthen risk transfer and using savings in premium to invest in engineering, security and response capability.

The opportunity is to use risk management to lead the go to market narrative and manage premium increases when the market inevitably turns and starts to harden. At the same time clients can create a cargo risk strategy that supports growth, protects capital and gives insurers confidence in the quality of the risk.

How Aon Can Help

Aon’s marine specialists help organisations understand cargo exposures across complex supply chains. By combining risk engineering, loss control, insurance market insight and claims advocacy, we help clients make better decisions about prevention, risk transfer and recovery.

Learn more about Aon’s Cargo Insurance solutions, or contact our team to discuss cargo exposures, loss prevention and insurance strategies for digital infrastructure and high-technology cargo.

Sources

¹ Stanton Chase (n.d.) Semiconductor spotlight: Market dynamics and leadership imperatives in Southeast Asia. Available at: https://be.stantonchase.com/wp-content/uploads/2026/06/WP_Semiconductor_Spotlight_Market_Dynamics_and_Leadership_Imperatives_in_Southeast_Asia.pdf (Accessed: 13 October 2026).
² CBRE (2026) 2026 Asia Pacific data centre trends & outlook, 21 May. Available at: https://www.cbre.com/insights/reports/2026-asia-pacific-data-centre-trends-and-outlook (Accessed: 13 October 2026).
³ Deloitte Southeast Asia (2026) Powering Asia Pacific’s data centre boom: New Deloitte report maps pathway for data centre growth without grid strain, 10 March. Available at: https://www.deloitte.com/southeast-asia/en/about/press-room/powering-asia-pacifics-data-centre-boom-new-deloitte-report-maps-pathway-for-data-centre-growth-without-grid-strain.html (Accessed: 13 October 2026).
⁴ Goldman Sachs (2026) The outlook for data centers in Asia, 10 June. Available at: https://www.goldmansachs.com/insights/articles/the-outlook-for-data-centers-in-asia (Accessed: 13 October 2026).
⁵ Herbert Smith Freehills Kramer (2026) Beyond demand: Securing the next wave of data centre investment in Asia Pacific, 13 July. Available at: https://www.hsfkramer.com/insights/2026-07/data-centres-deconstructed (Accessed: 13 October 2026).
⁶ Zukovskis, E. (2026) How a Strait of Hormuz disruption could impact the semiconductor supply chain, 7 April. CoreWave Labs. Available at: https://corewavelabs.com/strait-of-hormuz-semiconductor-supply-chain/ (Accessed: 13 October 2026).
⁷ Bond, C. and Aljian, A. (2026) Helium, Hormuz and the chip supply chain: How helium shortages are impacting the semiconductor supply chain and capital markets, 27 May. Gowling WLG. Available at: https://gowlingwlg.com/en/insights-resources/articles/2026/helium-hormuz-and-the-chip-supply-chain (Accessed: 13 October 2026).
⁸ Gabor, J. (2026) After Hormuz: The strategic chokepoints redefining global supply chain risk, 20 May. ION Analytics. Available at: https://ionanalytics.com/insights/blackpeak/after-hormuz-the-global-chokepoints-redefining-global-supply-chain-risk/ (Accessed: 13 October 2026).
⁹ Overhaul (2026) United States Q1-2026 cargo theft report. Available at: https://cdn.prod.website-files.com/6949339236f925032ea775ce/6a0b1365ed638cd08b568e64_Q1-2026%20US%20Cargo%20Theft%20Report.pdf (Accessed: 13 October 2026).
¹⁰ Cold Chain Platform (2026) U.S. cargo theft dipped in Q1 2026 while deceptive pickup schemes jumped 31%, 22 May. Available at: https://www.coldchainplatform.com/news/2026/may/us-cargo-theft-dipped-in-q1-2026-while-deceptive-pickup-schemes-jumped-31.php (Accessed: 13 October 2026).
¹¹ Tive Team (2026) U.S. cargo theft statistics 2026: The data behind the corridor risk map, 12 August. Tive. Available at: https://www.tive.com/blog/us-cargo-theft-statistics-2026 (Accessed: 13 October 2026).
¹² Geotab (2026) Cargo theft firmly in the cyber era as losses exceed 6 billion, Geotab warns, 19 March. Available at: https://www.geotab.com/press-release/cargo-theft-blueprint-report/ (Accessed: 13 October 2026).