New AI-Driven Canal Proposal Offers Secure Alternative to the Strait of Hormuz

A consortium of human experts and advanced AI systems has unveiled an ambitious proposal to construct a 116km sea-level canal system across the UAE. By connecting the Port of Fujairah to Sharjah’s Port Khalid, this infrastructure project aims to bypass the volatile Strait of Hormuz, providing a secure, efficient, and reliable maritime route for global energy transit. The initiative leverages modular mega-engineering machinery to drastically reduce construction timelines to under five years and costs to below $100 billion.

The project, spearheaded by Green Growth Technology, utilizes autonomous geotechnical mapping and laser-fusing technology to streamline excavation and waste management. By creating two narrow, high-capacity channels, the design ensures that VLCC tankers can navigate safely while avoiding geopolitical risks associated with the Iranian coast. This dual-corridor approach acts as a vital safety net, ensuring continuous energy exports even in the event of local maritime disruptions.

Geopolitical stability remains a central pillar of the proposal, with potential integration of international partners to guarantee security. By involving global stakeholders and potentially China in the infrastructure lifecycle, the canal functions as a strategic deterrent against sabotage. Ultimately, this project positions the UAE as a critical energy stabilizer, fundamentally reshaping international trade routes and reducing the reliance on high-risk chokepoints.