The Gulf is sprinting toward an AI-powered future. Saudi Arabia, the UAE, and their neighbors are investing billions in data centers and cloud infrastructure. They want to export AI compute power just like they once exported oil. But beneath the waves lies a fragile Achilles’ heel that could bring this digital boom to a screeching halt.

Undersea fiber-optic cables carry nearly all global internet traffic. These cables are the hidden backbone of the internet, transmitting trillions of dollars of data every day. Yet the routes they take slice through some of the world’s most volatile and narrow waterways. That’s a big problem for the Gulf’s AI ambitions.

Why Undersea Cables Are a Secret Weakness

These cables aren’t flashy or visible. They rest quietly on ocean floors, spanning over 1.5 million kilometers worldwide. Despite their importance, they get almost no protection. This is true even though they carry 95 to 99 percent of all intercontinental internet traffic. They handle everything—from streaming videos to high-frequency trading to cloud AI workloads.

The Gulf region relies heavily on just a handful of these cables. Most run through chokepoints like the Strait of Hormuz and the Red Sea. These narrow corridors concentrate countless cables in tight spaces. This geography makes them vulnerable to accidents, sabotage, or political conflict. A single cable cut can slow or even cripple data flows for days or weeks.

In 2025, damaged cables in the Red Sea disrupted internet access across the Gulf for several days. The economic impact was staggering—an estimated $3.5 billion in lost services. That was before AI workloads surged and hyperscale data centers launched. Now, the stakes are higher than ever.

AI’s New Demands on Connectivity

AI workloads need more than just bandwidth. They require ultra-reliable, low-latency, and uninterrupted data pipelines. Hyperscalers and cloud providers demand multiple independent routes for data to travel. They want survivability even during geopolitical tensions or physical damage.

Compare this to traditional internet traffic. A video stream can buffer if the connection slows. AI training or inference jobs can’t. A few seconds of delay or data loss can cause massive operational headaches and financial losses. The Gulf’s current cable network doesn’t meet these standards yet.

Companies want the Gulf to build resilience on par with transatlantic or transpacific routes. Those regions use four or five physically separate cable routes. The Gulf depends on one or two, creating a single point of failure. This fragility threatens the entire AI export model emerging in the region.

Building a More Resilient Network

To tackle this, Gulf nations are rethinking internet infrastructure. They’re planning multilayered strategies combining subsea and terrestrial fiber routes. The goal? Bypass chokepoints and create alternative data corridors.

• First, new landing stations will connect Saudi Arabia, the UAE, and Oman through terrestrial fiber lines extending toward Europe and Asia.
• Second, subsea-terrestrial hybrid routes will avoid crowded chokepoints near Egypt and Bab el-Mandeb.
• Third, overland corridors through Iraq, Syria, and Turkey will create northern pathways connecting continents.

Some of these routes cross regions long viewed as unstable. Syria, for example, is seeing renewed investment to reactivate the JADI cable corridor linking Jeddah, Amman, Damascus, and Istanbul. This route offers massive capacity—up to 144 fiber pairs, far exceeding typical subsea cables. However, terrestrial cables face risks like sabotage or war damage since they lie above ground.

Despite the risks, these new corridors could transform the Gulf into a resilient AI compute hub. They would diversify data flows and reduce reliance on vulnerable chokepoints. This network overhaul is urgent. The AI boom demands it.

The Global Cable Crisis and What It Means for the Gulf

The Gulf’s challenges reflect a broader global problem. Undersea cables worldwide face growing threats from accidents, sabotage, and hybrid warfare tactics. Recent years have seen dozens of cable cuts from the Baltic Sea to the Red Sea and Taiwan. Some incidents trace back to state-linked vessels or deliberate actions masked as accidents.

Repairing cables takes time and resources. There are only about 60 specialized cable repair ships globally. A single major cut can monopolize repair fleets and drag outages for weeks. Meanwhile, satellite backups carry only a fraction of lost bandwidth. This means entire regions can suffer degraded connectivity for long periods.

Governments and alliances have launched initiatives to improve coordination and protection. But no solution fully guards cables along their entire length. Legal frameworks remain outdated, and monitoring underwater cables remains a huge challenge. The Gulf must navigate these global vulnerabilities while accelerating its AI ambitions.

Why This Matters Now

The Gulf’s race to become a global AI powerhouse depends on reliable, resilient internet infrastructure. Undersea cables are the silent lifeline. If they fail, the region’s AI dreams could stall overnight. The world’s most valuable data and compute power flow through these fragile lines.

Investing in new routes, diversifying connections, and enhancing protection is not just infrastructure work. It’s a strategic necessity. The Gulf must secure its digital future beneath the waves to unleash AI on the surface.

Will the region succeed? The next few years will show if the Gulf can turn its oil wealth into a resilient digital empire. One thing is clear: the future of AI in the Middle East rides on cables no one sees but everyone depends on.