Page 14 - Building digital public infrastructure for cities and communities
P. 14

1     The rise of digital public infrastructure


            In an era characterized by two significant transitions, namely vast urbanization and technological
            progress, our cities are facing complex urban challenges related to inclusivity, sustainability and the
            responsible use of technologies (UN-Habitat, 2024). Digital technologies are transforming urban life
            globally, offering great opportunities to enhance how cities and human settlements are designed,
            planned, managed and governed. Through improved urban planning, and the provisioning of data-
            centric systems and services for a data-driven policy rule-making (ITU, 2025), digital technologies
            do, indeed, have a profound influence in the way our cities are governed (UN-Habitat, 2025).

            Urbanization has been one of the most significant trends shaping the built environment in
            the twentieth and twenty-first centuries. The shift towards an increasingly urbanized world is a
            transformative force that can and should be harnessed to ensure sustainable development. In
            urban settings, addressing development challenges with effective interventions can have wide-
            ranging cumulative impacts (United Nations, 2018).  However, if unplanned and poorly managed,
            urbanization has the potential to exacerbate many of the problems it claims to solve, leading
            to economic instability, congestion and environmental degradation. Furthermore, inefficient
            sprawl due to inadequate land-use planning and management remains a major concern, pushing
            residential areas away from resources and public services (UN-Habitat, 2024).


            Housing remains inadequate and unaffordable for many, with unchecked development encroaching
            on arterials and right of ways, posing problems for the development of public services. Rapid
            expansion often degrades natural features, necessitating integrated environmental planning
            processes to better manage urbanization and its effects on the natural environment. Poorly planned
            urbanization can result in congestion, inconsistent densities and social exclusion, particularly
            affecting poor households. Congestion and inadequate investment in infrastructure further
            exacerbate these challenges, calling for better planning and investment to ensure sustainable
            and inclusive urban growth.

            It is evident that cities are increasingly leveraging innovation and management processes,
            information and communications technology (ICT), and data-centric solutions to improve quality
            of life, efficiency of urban operation and services, and competitiveness, while ensuring that it meets
            the needs of present and future generations with respect to economic, social, environmental and
            cultural aspects. By adopting ICT, digital systems and data-centric solutions, cities are able to
            deliver better services for residents and address critical global urban challenges, including climate
            change, poverty, social and economic inequality, unemployment, environmental degradation, food
            scarcity and sustainable economic resilience. However, given the scale of these global urban-related
            challenges – for example, 2.8 billion people lacking access to adequate housing (UN-Habitat, 2022),
            2.6 billion people still lacking affordable access to the Internet (ITU, 2024), and 39 per cent of the
            global population still not using the Internet, despite having access to it – with adoption gaps
            especially pronounced in rural areas, low-income countries, and among women (UN-Habitat, 2024),
            it is evident that a holistic, sustainable and people-centred ICT-based smart city design approach
            that adopts digital transformation at scale, is needed. In such an approach, digital technologies




                                                                                                          1
   9   10   11   12   13   14   15   16   17   18   19