Readiness Levels

The differences in AI readiness among countries at different stages of development are not evenly distributed but are widened by changes in some pillars. In Figure 5, we first divide the ARI of all countries into three equal groups, representing low, medium and high readiness levels respectively. Next, we calculate the average scores of the three readiness groups across the three main pillars and ten dimensions.

From the results, it can be seen that the differences in the Government pillar are the greatest, indicating that it is the most capable of distinguishing different levels of readiness. Secondly, there is Data and Infrastructure, while the differences in the Technology Sector are relatively small. We find from Demaidi’s article that infrastructure maturity is often the largest bottleneck for countries in transition, whereas technological capacity alone rarely explains national readiness. We know that highly prepared countries not only have an advantage in technology, but more importantly, their policy environment is more transparent. Countries in the medium group are mostly at a stage where infrastructure is still uneven, while those with low preparedness lack a technological environment.

Among the comparisons of the ten dimensions, Infrastructure, Governance and Ethics, and Digital Capacity show the most obvious differences, which is consistent with the previous analysis: What drives the development of AI is not only technical resources, but also public trust and a series of social systems. Qian and others researchers emphasize that governance frameworks, ethical oversight, and regulatory trust are essential components of AI development, explaining why these dimensions diverge so strongly across countries (Qian et al., 2024). By comparing the pillar models of countries at different levels, we conclude that enhancing AI readiness is not simply about increasing technological investment, but rather requires the simultaneous construction of a complete infrastructure and ensuring the sustainability of technological development.