The Strait of Hormuz crisis highlights energy security as a boardroom concern

(SeaPRwire) –   For many corporate leaders, energy risk is simply reflected in higher fuel and electricity costs. Rising oil prices lead to tighter profit margins and increased pressure for cost reductions. Energy has long been seen as a government responsibility, not one that belongs in the boardroom.

This assumption is now outdated. A shutdown of the Strait of Hormuz—through which a fifth of global oil supply and a significant portion of liquefied natural gas flows—should serve as a wake-up call for executives. The repercussions of Middle East instability extend far beyond fuel pumps or utility bills. Instead, they quickly ripple through the economy, driving up expenses across a wide range of goods and services, including freight, packaging, food, and insurance.

While energy shocks have historically threatened economic stability, today’s businesses are deeply integrated into complex systems powered by electricity. Manufacturers depend on just-in-time supply chains; retailers require temperature-controlled storage and intricate logistics networks; and data centers and cloud services demand uninterrupted power. As a result, disruptions in energy markets now propagate faster and reach farther than in past crises, making energy security both a business concern and a public policy challenge.

Governments once managed national energy security primarily through diplomacy and emergency planning. However, in today’s interconnected economy, resilience increasingly hinges on privately owned infrastructure and corporate decision-making. This convergence blurs the boundary between state-level strategy and corporate strategy.

In essence, a company’s survival is closely tied to a nation’s overall resilience.

Markets may eventually adjust over time, but companies must navigate short-term disruptions without delay. A manufacturer cannot afford to wait a year for gas prices to stabilize if key suppliers are shutting down this quarter. Similarly, a retailer cannot absorb sharply higher shipping costs during the critical holiday shopping period.

While many firms understand their direct energy expenditures, few grasp how an interruption could cascade through their operations—affecting suppliers, partners, and end customers alike. Even if energy accounts for only a small share of total costs, a company can still face severe exposure due to its reliance on continuous power and fuel availability.

What should boards and CEOs do now?

First, executives must treat energy risk with the same strategic seriousness as cyber risk, subjecting it to regular stress testing. Boards should require management to model scenarios such as oil at $130 per barrel: which products become unprofitable? Which suppliers collapse first? Which customer segments are most vulnerable? Energy stress testing should become a routine component of corporate risk management.

Second, companies should build resilience in areas where disruption would cause the greatest harm. This doesn’t necessarily mean stockpiling inventory or overhauling entire supply chains—but it does require identifying critical vulnerabilities. That might involve securing alternative sources for essential inputs, establishing backup power systems, or negotiating longer-term freight agreements. In strategic sectors, closer collaboration with governments, utilities, and key suppliers may be necessary. The objective isn’t to eliminate all risk, but to create sufficient buffer capacity so that temporary shocks don’t escalate into full-blown business crises.

These measures may seem costly today—just as cybersecurity preparedness once did before ransomware became commonplace. But once a crisis strikes, resilience will appear indispensable rather than expensive.

The broader lesson from the Strait of Hormuz crisis is clear: efficiency thrives in stable conditions but crumbles under volatility. Future competitive advantage will stem less from cost reduction and more from the ability to maintain operations during periods of market turbulence.