UAE Sovereign Cloud Gets Native Security Layer Through Core42-TII Integration

Core42 and the Technology Innovation Institute signed a formal partnership at GISEC Global 2026, committing to embed UAE-developed security technologies directly into sovereign cloud and artificial intelligence infrastructure. The agreement is operationally specific: the two organizations will evaluate and implement hardware security modules, confidential computing frameworks, encrypted AI inferencing systems, secure key management infrastructure, data protection mechanisms, and trusted computing capabilities across Core42’s platforms.

Those platforms are the immediate deployment targets. Core42’s sovereign-enabled cloud and Compass, the company’s generative and agentic AI system, will serve as the testing and production environments where TII’s cryptographic research moves from laboratory to live infrastructure. The co-development structure means TII’s research teams will work alongside Core42’s engineering staff, adapting innovations to the specific technical requirements of cloud and AI environments rather than handing off finished products for integration.

The gap this partnership addresses is real. The UAE has invested heavily in cloud and AI adoption, but the security technologies underpinning those systems have historically come from international vendors. Core42 is a subsidiary of G42 focused on AI infrastructure and sovereign-enabled cloud services. TII operates as the applied research division of Abu Dhabi’s Advanced Technology Research Council and maintains a dedicated Cryptography Research Center. Connecting those two institutions creates a direct pipeline from research capability to operational platform, one that did not previously exist at this level of integration.

Rajeev Nair, Senior Vice President of Special Projects at Core42, was direct about what sovereignty actually requires in practice. “Sovereignty means more than deciding where data and infrastructure reside; it is also about building the technology capabilities required to protect them from all angles,” he said, framing the partnership as a mechanism for connecting “local research and technology development with real-world platforms and use cases.”

By contrast, the research side of the arrangement is focused on proving that laboratory innovations can survive contact with production systems. Dr. Victor Juan Mateu, Chief Researcher of TII’s Cryptography Research Center, described the collaboration as creating “an important pathway to evaluate and advance locally developed cybersecurity and trusted computing technologies within sovereign cloud and AI environments,” characterizing it as a bridge between “breakthrough innovation” and “practical deployment.” That translation from research to deployment is where many similar partnerships stall, and the co-development model is designed specifically to prevent that outcome.

The broader context is a strategic shift in how the UAE approaches critical technology infrastructure. As cloud and AI adoption accelerates across government and private sector organizations, the security layer protecting those systems has become a priority in its own right, not an afterthought. Embedding locally developed cryptographic and trusted computing technologies into Core42’s platforms is intended to establish a replicable model, one where sovereign infrastructure is protected by technologies built and maintained within the country rather than sourced from external vendors.

Whether that model scales beyond Core42’s own platforms, and whether TII’s research output can keep pace with the security demands of a rapidly expanding AI infrastructure, will determine how much of the dependency on international vendors the UAE can realistically reduce.