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A mix of wars, trade restrictions, and cyber threats is increasing risk for global technology and the wider economy.
Recent events have highlighted vulnerabilities in shipping routes, undersea cables, and corporate networks.
At the same time, governments are tightening controls on advanced chips and moving ahead with new AI rules.
Companies are responding by redesigning supply chains, boosting security, and preparing for a more fragmented tech landscape.

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Global technology is entering a period where geopolitics is no longer a background risk. It is shaping day-to-day operations, investment decisions, and even the basic pathways that move data and goods around the world.

Over recent months, a series of disruptions has shown how closely connected the digital economy is to physical infrastructure and international stability. Governments are also accelerating policy shifts on AI and strategic technologies, adding regulatory and trade uncertainty to existing security pressures.

## Infrastructure risks are becoming more visible
Technology depends on systems that are hard to replace quickly. That includes shipping lanes that move electronics components, and undersea cables that carry most international internet traffic.

In March 2026, the undersea cable effort known as 2Africa Pearls faced a delay after the cable-laying contractor declared force majeure, citing an inability to operate safely in the Persian Gulf amid regional hostilities. The affected segment was designed to connect Gulf states and extend links toward South Asia.

Separate shipping disruptions linked to conflict have also raised concerns about knock-on effects for a wide range of products. Recent warnings have focused not only on energy, but also on supply chains for pharmaceuticals, semiconductors, and other trade-sensitive goods that depend on stable maritime routes.

These pressures matter because delays can cascade. A missed delivery of specialized components can slow factory output, data center expansion, and repairs to existing networks.

## Cyberattacks are increasingly tied to geopolitical tension
Alongside physical risks, cyber incidents are creating another layer of uncertainty for technology-dependent sectors.

In the United States, medical technology company Stryker disclosed in March 2026 that a cyberattack disrupted parts of its global network. The incident drew attention because it affected a large manufacturer of devices used in hospitals and surgery. The episode also arrived during a period of heightened Iran-linked cyber activity reported by security and government-focused observers.

Cyber risk is not limited to any single industry. Modern technology firms and their suppliers often share software tools, cloud services, and remote access systems. That can allow a single incident to ripple across partners.

For many companies, the practical response has shifted from treating cyber defense as an IT issue to treating it as continuity planning. That includes more network segmentation, stronger identity controls, and more frequent offline backups.

## Chip controls and industrial policy are reshaping the tech map
Strategic competition over semiconductors is adding longer-term uncertainty.

In recent years, U.S. export controls have expanded beyond a narrow set of cutting-edge chips to cover more parts of the semiconductor ecosystem. Public policy analysis from U.S. government research has described a widening scope that includes advanced computing items and, in some cases, rules affecting advanced AI model weights.

For global firms, the result is a market where product design and customer strategy are increasingly linked to licensing decisions, country risk, and compliance obligations. This has encouraged companies to develop alternative product variants, diversify customer bases, and invest in new manufacturing capacity across multiple regions.

These shifts can take years to settle. Chip fabrication plants, advanced packaging lines, and the talent pipeline needed to run them cannot be relocated quickly.

## AI regulation is arriving as adoption accelerates
Regulation is adding another source of uncertainty, especially for businesses rolling out AI systems at scale.

In Europe, the EU AI Act is moving into its implementation phase, with key provisions scheduled to apply on a defined timeline. Public EU guidance sets 2 August 2026 as a major milestone when obligations for general-purpose AI models enter into application and when broader enforcement mechanisms come into focus.

For many companies, compliance work involves mapping which systems fall under the law’s definitions, documenting model capabilities and limitations, and preparing processes for risk management and transparency.

In the United States, standards bodies are also updating guidance. In late 2025, the National Institute of Standards and Technology released a draft profile intended to help organizations adapt cybersecurity programs to AI, building on its existing AI risk management work.

## What the new uncertainty looks like for businesses
The combined effect of conflict-driven disruptions, cyber risk, export controls, and fast-moving AI governance is a business environment with fewer stable assumptions.

Companies increasingly plan for:
- Longer lead times and higher logistics costs
- More redundancy in connectivity and suppliers
- Tighter security around core systems and third parties
- More legal and compliance work before deploying AI products

The result is not simply higher costs. It is a reordering of priorities, where resilience and compliance move closer to the center of technology strategy.

AI Perspective

This period is pushing technology back toward fundamentals: secure networks, reliable infrastructure, and clear accountability. When supply routes, connectivity, and rules can shift quickly, resilience becomes a competitive advantage rather than a cost center. The companies that adapt best are likely to be those that plan for disruption as normal, not exceptional.