The connection between a war in the Persian Gulf and your cloud infrastructure bill is not obvious. It should be.
On February 28, 2026, the United States and Israel launched military strikes against Iran. Three weeks later, the conflict has escalated into a full-scale war. Iran has closed the Strait of Hormuz, attacked energy infrastructure across all six Gulf Cooperation Council states, and triggered what the International Energy Agency is calling the “greatest global energy security challenge in history.”
Here is the chain of events, and why enterprise IT leaders need to be paying attention.
The Supply Chain From Oil Well to Server Rack
Data centers consume enormous amounts of electricity. US data centers alone are projected to consume 75.8 GW of power in 2026 – more than many countries. That electricity comes from a mix of natural gas, renewables, coal, and nuclear. Natural gas is the dominant source, and natural gas prices are tightly coupled to oil markets.
When the Strait of Hormuz closed, it took 20% of the world’s oil supply offline. When Iran retaliated against Gulf state energy infrastructure – hitting Qatar’s Ras Laffan LNG hub, Saudi refineries in Riyadh, and facilities across the UAE, Kuwait, Oman, and Bahrain – it removed an additional 10 million barrels per day of production. That is the largest supply disruption in the history of the global oil market.
Brent crude has surpassed $115 per barrel, up more than 25% since the war began. Analysts are projecting $150 to $200 if the strait remains closed through Q2.
This is not a blip. This is a structural shift in energy costs that will take months or years to unwind, even after the conflict ends.
How Energy Costs Become Cloud Costs
Cloud providers are energy companies that happen to sell compute. Their largest operating expense, after personnel, is electricity. When energy costs rise, that increase flows through to customers in one of three ways:
Direct price increases. AWS raised GPU instance pricing 15% in January 2026 – before the war even started. Azure increased infrastructure rates 12-18% in their most recent cycle. The next round of adjustments, expected in Q2-Q3 2026, will reflect the full impact of the energy crisis.
Reduced discount availability. Reserved instance and savings plan discounts shrink when the provider’s cost basis increases. The “discount” you negotiated last year may not be available at renewal.
New surcharges. Some providers have begun adding energy surcharges or adjusting regional pricing to reflect local power costs. Expect this to become more common.
The key mechanism is contractual. Every major hyperscaler reserves the right to adjust pricing with 30 days notice. Read your agreement. The clause is there.
The Hardware Problem Makes It Worse
Energy is not the only input cost that is spiking. The entire server supply chain is under pressure:
| Component | Change | Timeframe |
|---|---|---|
| DDR5 memory (spot) | +307% | Sep 2025 – present |
| Dell server pricing | +15-20% announced | Q1 2026 |
| Lenovo server pricing | +15-20% announced | Q1 2026 |
| AWS GPU instances (P/G families) | +15% | Jan 2026 |
Server OEMs have explicitly cited component costs and supply chain disruption as drivers. These procurement cost increases take 6-12 months to fully work through cloud provider billing cycles. The increases you see in Q2 2026 will reflect Q4 2025 procurement costs. The increases reflecting the current crisis have not arrived yet.
What This Means for Enterprise Budgets
If your organization spends six or seven figures annually on cloud infrastructure, you are carrying energy price exposure that probably does not appear in any risk register.
Variable pricing is a variable risk. Consumption-based cloud pricing means your costs move with the market – and right now, the market is moving fast. A 15% price increase on a $500,000 annual cloud spend is $75,000 in unplanned cost. That is not a rounding error on most mid-market budgets.
Reserved instances do not protect you. Reserved instances lock in a rate for one to three years. But they lock in the rate that existed when you committed. If on-demand prices rise 20% after you commit, your “savings” relative to on-demand look better, but your absolute cost is still what you agreed to pay. And when the reservation expires, you renew at the new market rate.
Multi-year commitments cut both ways. Enterprise discount programs (AWS EDP, Azure MACC, Google CUD) require spend commitments. If prices rise, you hit your commitment faster, and any overage is at list price. You committed to a dollar amount, not a resource amount.
Fixed Pricing as Risk Management
There is another model. Contract-based fixed pricing means the price you agree to is the price you pay for the term of the contract. No mid-term adjustments, no energy surcharges, no “we reserve the right to change pricing” clauses.
This is not a new idea. It is how enterprises buy most infrastructure services – telecommunications, colocation, managed services. Cloud is the exception, not the rule, in using variable pricing for enterprise infrastructure.
At Open Edge Cloud, our enterprise contracts include:
- Fixed pricing for the full contract term. No energy pass-throughs. No mid-term adjustments.
- Zero egress fees. Data transfer is included, not metered.
- No proprietary lock-in. Built on OpenStack with standard APIs. Your workloads are portable.
- US-sovereign infrastructure. Iron Mountain VA-1, Manassas, Virginia. No exposure to Gulf energy supply chains.
- FIPS 140-3 validated encryption (CMVP Certificate #5115). Platform follows SOC 2 and ISO 27001 control frameworks.
When the Strait of Hormuz closed, our customers’ bills did not change. When Iran struck Gulf energy infrastructure, our customers’ bills did not change. That is the point.
The Window Is Closing
Cloud price increases do not arrive with advance warning. By the time your Q2 invoice reflects the new reality, your options are limited. Renegotiating an enterprise agreement takes months. Migration takes longer. The time to evaluate alternatives is before the price increases hit your P&L.
The energy crisis driving these increases is not going to resolve quickly. Even in the most optimistic scenarios – a ceasefire, the strait reopening, Gulf production resuming – it will take months for energy markets to stabilize and longer for cloud pricing to adjust back down. And there is no guarantee it will adjust back down. Price increases in cloud infrastructure have historically been sticky.
If your cloud budget has a variable you never modeled, now is the time to find out.
Talk to Us
Open Edge Cloud provides enterprise infrastructure with contract-based fixed pricing that does not move with energy markets. If your organization is evaluating its cloud cost exposure, our team can walk through your current environment and show you what predictable infrastructure pricing looks like.