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The Gulf’s AI Transformation Face Connectivity Risks with Undersea Cables

Update The Gulf's Daring Leap into AI: Connectivity Challenges The Gulf region is boldly stepping into the realm of artificial intelligence (AI), positioning itself as a global hub for innovation and investment. Countries like Saudi Arabia and the UAE are pouring billions into data infrastructure and AI tools, pivoting from reliance on oil to becoming powerhouse exporters of compute capacity. However, this ambitious transition faces a significant stumbling block: undersea cables that are both essential for data transfer and uniquely vulnerable to geopolitical instability. Why Undersea Cables Matter for AI Growth Undersea cables are the backbone of global digital connectivity, carrying over 95% of data traffic necessary for the rapid and efficient operation of AI technologies. As AI systems depend on constant real-time interaction between vast data centers located around the world, any disruption in these cables can lead to severe operational downtimes and financial repercussions. The region has found itself at the strategic crossroads of Europe, Asia, and Africa, making undersea cables both critical assets and potential targets for disruption, as evidenced by incidents of sabotage and geopolitical tensions. What Happens When Cables Break? A 2025 incident exemplified the fragility of this infrastructure when two major undersea cables were severed in the Red Sea, disrupting internet service across the Gulf for days and leading to an estimated $3.5 billion in damages. With the rapidly increasing demands of AI businesses, the stakes have never been higher. Hyperscale cloud providers expect high levels of resilience—overcoming disruptions is no longer merely a functional necessity but a strategic imperative for maintaining business continuity. Future-Ready Infrastructure: Opportunities Ahead The Gulf is actively exploring new avenues to diversify its connectivity infrastructure. Proposed projects, like the SilkLink cable connecting Saudi Arabia and Syria, aim to create alternative pathways that circumvent vulnerable maritime chokepoints. Similarly, the WorldLink cable is poised to connect Iraq and the UAE, adding much-needed route diversity. Such projects signify a strategic pivot towards enhancing resilience in connectivity—a vital step in cementing the region's status as a leader in AI. The Role of Technology: Solutions Beyond Cables While undersea cables are currently indispensable, alternative technologies are being explored for supplementary connectivity. Satellite networks, although limited by bandwidth and latency challenges, are gaining traction for their potential to provide redundancy and cover remote areas. As AI continues to evolve, the integration of terrestrial networks and the use of innovative technologies like drones and AI-enhanced monitoring systems could further minimize dependency on undersea systems. Conclusion: Taking Action on Connectivity As the Gulf crafts its AI-driven future, the need for robust and resilient digital infrastructure remains paramount. Stakeholders must navigate not only the technical and strategic challenges posed by undersea cables but also the geopolitical landscape that affects them. The Gulf is at a crossroads and how it addresses these vulnerabilities could serve as a blueprint for other emerging AI economies around the globe. If the region can adapt and enhance its infrastructure, it stands to transform its vulnerabilities into strengths, fostering a more interconnected and innovative digital future.