By: Mohammad Hossein Heidarpour

The escalation of conflict in the Middle East is not only a geopolitical and security event; it is also a structural stress test for the global digital economy. According to recent analysis by International Data Corporation (IDC), the conflict introduces new macroeconomic risks and operational uncertainties that could influence global IT spending, digital infrastructure investment, cybersecurity strategies, and supply chains.

While IDC’s baseline scenario assumes the conflict remains regionally contained and lasts less than three months, even a short-term war has measurable consequences for technology markets and raises significant legal and regulatory considerations for companies, governments, and technology providers.

From a legal perspective, the conflict highlights emerging challenges at the intersection of geopolitics, digital infrastructure governance, cybersecurity law, and technology supply chains.

Energy Volatility and Contractual Risk in the Digital Economy

One of the primary channels through which the conflict affects the technology sector is energy price volatility. Global IT infrastructure, particularly data centers, semiconductor manufacturing facilities, and cloud computing networks, depends heavily on stable energy supplies.

IDC estimates that oil prices could rise toward $75–$85 in the event of a short conflict and potentially exceed $100 if the conflict persists. Such fluctuations have significant legal implications for technology contracts.

Technology service agreements, cloud contracts, and infrastructure outsourcing arrangements often contain provisions addressing:

• Force majeure
• Energy supply disruptions
• Cost pass-through mechanisms
• Service level agreements (SLAs)

If energy costs significantly increase or energy supply is disrupted, cloud providers and data center operators may attempt to rely on contractual clauses allowing price adjustments or service modifications.

For enterprises relying on large-scale cloud infrastructure, this raises key legal questions:

• Can energy shocks justify contractual price revisions?
• Does armed conflict qualify as a force majeure event?
• What liabilities arise if service availability is affected by infrastructure disruption?

These questions may become particularly relevant where data centers operate within or near active conflict zones.

Cloud Infrastructure in Conflict Zones: Jurisdiction and Liability

The current conflict marks one of the first instances in which major cloud provider infrastructure operates in an active military conflict environment.

Large hyperscale cloud providers such as Amazon Web Services, Microsoft, and Google maintain infrastructure across the Middle East to serve regional markets. Military escalation raises concerns about the resilience, security, and legal responsibility associated with these digital assets.

The legal implications extend beyond technical resilience. They include:

• Jurisdictional uncertainty in the event of service disruption
• Liability for data loss or service outages
• Data sovereignty obligations
• Compliance with national security regulations

If infrastructure located in one jurisdiction serves customers across multiple countries, the legal framework governing dispute resolution and liability becomes complex.

Cloud providers may increasingly face pressure to clarify legal frameworks for:

• cross-border data storage,
• disaster recovery responsibilities,
• and contractual guarantees regarding service continuity.

In response, companies are accelerating the deployment of multi-availability-zone architectures and multi-region redundancy strategies to mitigate operational and legal risks.

Digital Sovereignty and Government Control of Technology Infrastructure

The conflict is also likely to accelerate the trend toward digital sovereignty.

Countries in the Persian Gulf region, including Saudi Arabia, United Arab Emirates, and Qatar, have already been investing heavily in sovereign cloud infrastructure and national AI capabilities.

In wartime conditions, governments often increase regulatory oversight of digital infrastructure, particularly in sectors considered critical for national security.

This may include:

• mandatory data localization requirements,
• restrictions on foreign technology providers,
• national security reviews of digital infrastructure investments,
• government oversight of AI infrastructure and cloud services.

For multinational companies operating in the region, such developments may create new compliance obligations under national cybersecurity and data protection regulations.

At the same time, the expansion of sovereign digital infrastructure raises broader questions about the balance between national security and global digital markets.

Cybersecurity Escalation and Legal Accountability

Cybersecurity risks typically intensify during geopolitical conflict. State-sponsored cyber operations frequently target energy infrastructure, financial institutions, telecommunications networks, and government systems.

The Middle East has long been a focal point for advanced cyber operations. The current conflict may significantly increase cyber activity targeting both regional and international organizations.

This environment has legal implications across several domains:

Regulatory Compliance

Many jurisdictions now impose mandatory cybersecurity obligations on companies operating critical infrastructure. Failure to implement adequate cybersecurity measures may expose companies to regulatory penalties.

For example, companies operating within the European Union must comply with cybersecurity obligations under frameworks such as the NIS2 Directive.

Liability for Data Breaches

If cyberattacks linked to geopolitical conflicts lead to data breaches or service disruption, companies may face liability under data protection laws such as the General Data Protection Regulation.

Organizations may also face contractual liability if cybersecurity failures result in service interruptions affecting customers or partners.

Cyber Insurance and Risk Allocation

Rising cyber risks may lead to increased insurance costs and more restrictive policy conditions. Insurers may also expand the use of “war exclusion clauses,” which limit coverage for cyber incidents linked to military conflict.

This development could leave companies exposed to significant financial risks if cyberattacks are legally classified as acts of war.

Supply Chain Disruption and Technology Manufacturing

Another critical legal dimension concerns technology supply chains.

The Middle East plays a key role in global logistics networks and energy supply chains that support semiconductor manufacturing. Disruption of major shipping routes such as the Strait of Hormuz could significantly affect global technology production.

In particular, increased demand for advanced semiconductors and memory components for military technologies, such as drones and smart munitions, may tighten global supply.

Semiconductor companies such as Samsung Electronics, SK Hynix, and Micron Technology already face rising demand linked to artificial intelligence infrastructure.

If military demand increases during prolonged conflict, governments may intervene to prioritize semiconductor supply for national security purposes.

Such interventions could raise legal questions regarding:

• export controls,
• technology transfer restrictions,
• supply allocation policies,
• and compliance with international trade law.

AI Investment and the Legal Framework of Strategic Technologies

Despite macroeconomic uncertainty, IDC expects investment in artificial intelligence infrastructure to remain relatively resilient.

AI systems increasingly serve as strategic technologies for both economic and national security purposes. Governments may therefore intensify regulatory oversight of AI development, particularly where AI systems support defense, cybersecurity, or critical infrastructure.

In this context, emerging regulatory frameworks such as the EU Artificial Intelligence Act may influence how companies design and deploy AI systems globally.

Companies developing AI solutions for cybersecurity, analytics, and defense applications may face heightened compliance requirements, particularly where systems are classified as high-risk technologies.

The Future of Technology Governance in an Era of Geopolitical Conflict

The current conflict illustrates how geopolitical instability can reshape the legal landscape governing the digital economy.

Beyond short-term disruptions to IT spending, the conflict may accelerate structural changes in technology governance, including:

• increased government involvement in digital infrastructure,
• stronger cybersecurity regulation,
• expansion of sovereign cloud initiatives,
• tighter control of semiconductor supply chains,
• and greater legal scrutiny of AI technologies.

For legal practitioners and technology companies alike, these developments reinforce the importance of proactive legal risk management in the technology sector.

In an increasingly interconnected digital economy, geopolitical conflicts no longer remain confined to physical battlefields. They increasingly extend into cloud infrastructure, data governance, cybersecurity, and global technology supply chains.

As the digital economy continues to evolve, the legal frameworks governing technology markets must adapt to address the complex intersection between innovation, security, and international stability.

References:

1. https://www.idc.com/resource-center/blog/idc-point-of-view-first-look-at-the-war-in-the-middle-east-and-its-impact-on-it-spending-in-the-region-and-globally/
2. https://www.wired.com/story/the-war-on-iran-puts-global-chip-supply-and-ai-expansion-at-risk
3. https://www.reuters.com/business/retail-consumer/south-korean-chip-industry-worried-iran-crisis-affect-middle-east-data-center-2026-03-05
4. https://www.businessinsider.com/oil-price-spike-impact-electricity-power-ai-semiconductor-chips-fab-2026-3
5. https://isg-one.com/articles/index-insider–technology-supply-chain-and-cyber-risk-amid-middle-east-instability
6. https://en.wikipedia.org/wiki/2020%E2%80%932023_global_chip_shortage