A highly ambitious state AI target

The United Arab Emirates has announced a plan to shift half of its government sectors, services and processes to what it calls “agentic AI” within two years. According to the supplied source text, these are systems that analyze, decide and increasingly act on their own. The announcement came from Sheikh Mohammed bin Rashid Al Maktoum on X and is being presented as a bid to make the UAE the first government to rely on autonomous AI systems at this scale.

If achieved, the target would rank among the most aggressive public-sector AI transformations yet publicly stated. The government’s goal, according to the source, is to make AI an “executive partner” that improves services, speeds decision-making and raises efficiency. Every federal employee is to be trained to work with AI.

That combination of scale, timeline and organizational training makes the plan notable even before implementation details are considered. It is not framed as a pilot or a narrow digital-services upgrade. It is framed as an operating model for government itself.

What makes this different from ordinary automation

The term “agentic AI” is doing most of the work here. The source text defines these systems as capable not just of assisting but of analyzing, deciding and acting with increasing autonomy. That places the UAE initiative beyond conventional process automation or chatbot deployment.

In administrative terms, that means the state is signaling willingness to move AI into decision-bearing roles across public functions. The exact functions are not specified in the supplied material, so it would be wrong to overstate the scope in any one department. But even at a general level, the ambition is clear: use AI not only to support officials, but to change how work is carried out.

This is why the proposal deserves attention beyond the Gulf. Many governments are experimenting with digital tools. Far fewer are openly aiming to reorganize a large share of public operations around autonomous or semi-autonomous systems on a two-year timeline.