Iraq-UAE $700 Million Data Cable - WorldLink Project Expands Gulf Digital Connectivity Amid AI Boom

An Iraqi-Emirati consortium has announced plans for a $700 million subsea-and-terrestrial data cable linking the United Arab Emirates to Turkey via Iraq, marking a significant expansion of Gulf digital connectivity infrastructure driven by surging AI demand. The WorldLink project, disclosed on February 16, 2026, represents one of the largest cross-border digital infrastructure investments in the Middle East and signals growing recognition that AI competitiveness requires robust international data connectivity.

EXECUTIVE SUMMARY

The WorldLink data cable project addresses a critical gap in the Middle East's digital infrastructure. While GCC states have invested heavily in domestic data center capacity and AI compute infrastructure, international connectivity has lagged behind the region's growing data transmission needs. The $700 million investment will create a high-capacity data corridor connecting the UAE's established technology hub to Turkey's position as a gateway to European networks, with Iraq serving as a strategic transit country.

PROJECT ARCHITECTURE AND TECHNICAL SPECIFICATIONS

The WorldLink cable system combines subsea and terrestrial segments to create a diverse routing path that avoids the congested Red Sea corridor used by most existing cables connecting the Gulf to Europe. The terrestrial segment through Iraq provides a land-based alternative that offers lower latency and greater resilience compared to traditional subsea-only routes.

The cable is designed to support the massive data flows generated by AI training and inference workloads, with capacity specifications that reflect the exponential growth in data transmission requirements. The first 200MW cluster is expected to go live in 2026, providing initial capacity while the full system is completed.

The routing through Iraq is strategically significant. It creates a new digital corridor that bypasses the Suez Canal chokepoint, where cable damage from shipping incidents and geopolitical tensions has disrupted connectivity in recent years. The terrestrial segment also enables the deployment of intermediate landing stations and data centers along the route, creating opportunities for Iraq to develop its own digital infrastructure.

GEOPOLITICAL AND STRATEGIC CONTEXT

The WorldLink project comes just over a week after a Saudi-backed cable project through Syria was announced, highlighting the intensifying competition to establish new digital corridors connecting the Gulf to global networks. These competing projects reflect a broader strategic imperative: as AI workloads generate unprecedented data flows, the Gulf's existing connectivity infrastructure is approaching capacity constraints.

For Iraq, the project represents a significant opportunity to leverage its geographic position for economic development. By serving as a transit country for high-value data traffic, Iraq can generate revenue from transit fees, attract investment in supporting infrastructure, and develop domestic digital capabilities. The project aligns with Iraq's broader economic diversification efforts and could catalyze investment in the country's technology sector.

For the UAE, the WorldLink cable strengthens its position as the Middle East's primary digital hub. Dubai and Abu Dhabi already serve as major internet exchange points and data center locations, and additional international connectivity reinforces this role. The cable also supports the UAE's ambition to serve as a neutral hosting zone for international cloud operators, providing the bandwidth needed to serve clients across multiple continents.

IMPACT ON AI INFRASTRUCTURE ECOSYSTEM

The data cable investment is directly linked to the AI boom reshaping Gulf economies. AI training workloads require massive data transfers between distributed compute facilities, and AI inference services demand low-latency connections to end users across multiple geographies. The WorldLink cable addresses both requirements by providing high-capacity, low-latency connectivity between the Gulf's growing AI infrastructure and European markets.

The project also supports the emerging model of distributed AI compute, where training workloads are split across data centers in different locations based on energy costs, regulatory requirements, and available capacity. The Gulf's cheap energy makes it an attractive location for energy-intensive AI training, but this advantage can only be realized if robust connectivity links Gulf data centers to the global AI ecosystem.

REGIONAL CONNECTIVITY LANDSCAPE

The WorldLink project is part of a broader transformation of Middle Eastern digital connectivity. Several major cable projects are underway or planned, including the Saudi-backed Syria route, expansions of existing Red Sea cables, and new connections to East Africa and South Asia. Together, these investments are creating a more diverse and resilient connectivity fabric that reduces the region's dependence on any single route.

The competition between different routing options also creates positive dynamics for the region. Multiple cable systems provide redundancy, reduce latency through diverse routing, and create competitive pressure that drives down transit costs. For AI operators, this means more options for connecting Gulf-based compute infrastructure to global markets.

INVESTMENT OUTLOOK

The $700 million WorldLink investment is part of a broader wave of digital infrastructure spending in the Middle East. With confirmed data center investments exceeding $8 billion across the GCC and multiple cable projects underway, the region is building a comprehensive digital infrastructure ecosystem. The convergence of data center capacity, international connectivity, and AI compute creates a foundation for the Gulf's emergence as a global technology hub.