UAE Cybersecurity Risks Rise as AI and Cloud Missteps Exposed

A new IBM study shows 96% of UAE executives lack full understanding of AI dependencies, while 74% struggle with data residency. Experts warn that cloud adoption without proper controls, mismanaged secrets, and weak threat prioritization are driving rising cyber risks. The article outlines sector vu…

By Felo News Desk · Published Fri, 18 Sep 2026 08:58:21 GMT

Recent research by IBM reveals that almost all executives in the United Arab Emirates (UAE) are unaware of the complex web of artificial‑intelligence (AI) dependencies that span vendors, models, and infrastructure. At the same time, more than three‑quarters of leaders report difficulty meeting data‑residency and sovereignty requirements when transferring information across borders. The findings point to a broader trend: rapid cloud migration has outpaced the implementation of robust security controls, leaving organizations exposed to sophisticated cyber threats.

Cloud Adoption and the Myth of Automatic Resilience

Fady Richmany, Corporate Vice President and General Manager of Emerging Markets at Commvault, explains that many UAE companies mistakenly believe that a cloud provider’s resilience automatically protects their own data. In reality, the provider guarantees platform availability, not data protection. “Organizations still need to be able to restore their applications, identities, configurations and data cleanly and quickly,” Richmany stresses. This misconception is amplified by a lack of clear policies on where data resides, who can access it, and how dependencies across technology partners are managed.

Three recurring security oversights identified by Rajeev Nair, Senior Vice President of Special Projects at Core42, include mismanaged secrets and keys, excessive user privileges, and weak threat prioritization. These gaps are compounded by the assumption that simply backing up data in the cloud is sufficient. Global research from Absolute Security indicates that 57% of enterprises experienced recovery times exceeding four and a half days after a cyberattack, underscoring the high cost of inadequate recovery readiness.

Sector‑Specific Threat Landscape

Salah Suleiman, Managing Director of South Gulf at TrendAI, notes that no single sector dominates the threat list. Financial services remain a prime target due to the value and sensitivity of their data. Healthcare is equally vulnerable, as attacks can compromise both confidential information and the availability of life‑supporting services. Logistics and critical infrastructure also face heightened risk, especially as the UAE continues to build interconnected digital networks that tie local operations to the wider economy.

“The more connected an organization is to critical services and the wider economy, the more attractive and potentially consequential it becomes to an attacker,” Suleiman observes. This interconnectedness means that a successful breach can ripple beyond the IT environment, affecting day‑to‑day operations, public trust, and national security.

Building Future‑Ready Cyber Resilience

Experts agree that a static security strategy will quickly become obsolete. Nair argues that future‑ready security must be embedded into the core infrastructure and governance of businesses, ensuring resilience is a built‑in feature rather than an add‑on. Richmany, meanwhile, outlines four priorities for UAE enterprises: 1) establish isolated, air‑gapped recovery environments as a baseline; 2) protect identities for both human employees and AI agents; 3) define a “minimum viable business” to clarify what must remain operational under attack; and 4) automate and continuously test recovery processes in cleanroom settings.

As attackers increasingly leverage AI to accelerate and sophisticate their campaigns, the article stresses that organizations must adopt similar technologies to stay ahead. The UAE’s advanced digital infrastructure and regulatory framework provide a solid foundation, but the real challenge lies in translating policy into actionable, continuously monitored controls.

What Comes Next?

While the exact future threat landscape remains uncertain, the consensus is clear: cybersecurity in the UAE must evolve from reactive patching to proactive, technology‑driven resilience. Companies that invest in comprehensive data residency strategies, robust key management, and automated recovery testing will be better positioned to withstand the next wave of cyberattacks. Regulators, too, are expected to tighten requirements, pushing firms toward more transparent AI dependency mapping and stricter data sovereignty compliance.

In the coming months, industry bodies and government agencies will likely collaborate on guidelines that bridge the gap between regulatory mandates and technical implementation. For now, UAE executives must confront the stark reality that speed and scale in cloud adoption have outpaced security, and that addressing human error, cloud misconceptions, and AI dependencies is essential to safeguarding the nation’s digital future.

Key facts

96% of UAE executives lack full AI dependency knowledge
74% struggle with data residency and sovereignty
Mismanaged secrets, excessive privileges, and weak threat prioritization are common cloud oversights
Recovery from cyberattacks often takes over four days, costing enterprises
Future‑ready security requires embedded resilience, automated recovery, and AI‑driven defenses

Why it matters

The UAE’s rapid digital transformation makes it a prime target for cybercriminals; understanding AI and cloud risks is critical to protecting national infrastructure and public trust.

Frequently asked questions

What does data residency mean in the UAE context?

Data residency refers to the legal requirement that data be stored and processed within specific geographic boundaries, often within the UAE, to comply with local privacy and sovereignty laws.

Why is cloud resilience not the same as data resilience?

Cloud providers ensure their platforms remain available, but they do not guarantee that an organization’s data can be restored quickly or securely after a breach or outage.

What is an air‑gapped recovery environment?

An isolated, disconnected environment where backup data can be restored without exposure to external networks, reducing the risk of contamination during recovery.