NEW YORK -- Uptime Institute, the Global Digital Infrastructure Authority, today announced that Khazna Data Centers, a global leader in hyperscale digital infrastructure, has achieved the Uptime Institute Tier III Certification of Design Documents (TCDD) award for its newest 100 MW AI-optimized data center, QAJ01 —set to be the first certified AI data center with liquid cooling in the Middle East and North Africa region.

Representing the largest facility in Khazna’s portfolio, this state-of-the-art development features 20 data halls, each delivering 5 MW of IT capacity, purpose-built to meet the demands of next-generation artificial intelligence (AI) workloads. The certification underscores Khazna’s commitment to designing world-class, resilient, and efficient data center infrastructure in alignment with the industry’s most rigorous global standards.

Located in Ajman, United Arab Emirates, the new facility has been designed with advanced liquid-cooling systems to support the high rack densities and thermal loads required by large-scale AI training and inference applications, while optimizing energy efficiency and maintaining operational resilience.

“Achieving Tier III Certification for our Ajman facility reflects Khazna’s deep commitment to engineering excellence and operational resilience as we scale to meet the AI era. QAJ1 sets a new regional benchmark, combining high-density readiness, advanced liquid cooling, and globally certified design to support the next generation of compute. It is a strategic milestone in our mission to deliver future-ready infrastructure,” said Abdulmajeed Harmoodi, Chief Technology Officer, Khazna Data Centers.

“This Tier Certification marks an important advancement for the regional digital infrastructure ecosystem,” said Mustapha Louni, CBO, Uptime Institute. “Khazna’s AI-optimized facility integrates liquid cooling and high-density configurations while maintaining Tier III level resilience. It demonstrates how data centers can evolve to meet the accelerating compute needs of AI without compromising reliability or efficiency.”