KniTT Launches AI-Powered Private Cloud Platform 'Elysium' in UAE to Protect Data Sovereignty

DUBAI — KniTT, a partner of the SEED Group under the Private Office of Sheikh Saeed bin Ahmed Al Maktoum, has announced the launch of Elysium, an artificial intelligence-powered private cloud platform engineered to fortify enterprise data sovereignty against growing geopolitical risks, escalating cyber threats, and physical vulnerabilities facing public cloud hyperscale data centers.

The Middle East launch of Elysium from the SEED Group springboard in the United Arab Emirates comes at a pivotal moment, as geopolitical pressures accelerate the enterprise shift toward private and hybrid cloud architectures.

"With focus on securing data control on the rise, enterprises are now facing a new set of challenges, including unpredictable cloud costs, increasing cybersecurity exposure, vendor lock-in, and limited grip over data residency," Praveen Raveendran, Founder & CEO of KniTT, said in a press statement. "What was once a straightforward shift to the cloud is now a more complex strategic decision. At the same time, global geopolitical dynamics are reinforcing a hard truth—when your data sits on infrastructure you don't control, your sovereignty is negotiable."

The platform launch aligns with data from market intelligence firm Gartner, which indicates that 20% of global cloud workloads are being "geopatriated"—repatriated back under local or national jurisdiction to ensure data control.

According to KniTT, establishing geographical data residency has become a strategic imperative, particularly in conflict-prone environments where public hyperscalers can be vulnerable within the digital target chain. The shift is anchored regionally by the UAE and Saudi Arabia, where cumulative sovereign cloud projects are currently estimated to exceed US$6 billion, with potential to unlock over US$200 billion in medium to long-term economic value.

Built on a Zero-Trust security model, Elysium allows organizations to host cloud capabilities directly within dedicated infrastructure rather than third-party public setups—delivering low latency, high compliance, and reducing total cost of ownership (TCO) by at least 30% while maintaining public cloud interoperability.