Mobilising private capital to scale digital infrastructure in Asia
Mobilising private capital to scale digital infrastructure in Asia
Mobilising private capital to scale digital - Digital infrastructure serves as the bedrock of economic progress, yet its development has seen uneven investment patterns. While high-income economies have solidified their positions in the digital landscape, many developing nations grapple with the dual challenge of expanding fundamental digital connectivity while positioning themselves for the AI revolution. This has created a two-tiered digital divide: a lack of basic access for hundreds of millions of people, paired with a growing gap in AI readiness. The obstacles range from limited affordable broadband connectivity to unreliable digital services, insufficient access to essential devices, and unstable electricity supply—longstanding issues that hinder progress in these regions.
Despite global efforts to boost AI infrastructure, the foundational network required for AI adoption remains underfunded. Internet access is closely tied to a country’s development trajectory. In high-income economies, nearly universal connectivity has been achieved, with 94% of the population enjoying reliable internet. However, low-income countries lag significantly, with only 23% of their populations having access. This disparity not only slows AI integration but also deepens inequity by leaving millions without the opportunity to benefit from technological advancements.
The Role of Multilateral Development Banks
Many stakeholders overlook the interconnected nature of digital infrastructure, treating it as a collection of discrete projects rather than an ecosystem. Multilateral development banks (MDBs) should adopt a holistic perspective, recognizing the interdependence between foundational connectivity and higher-tier digital assets. This system includes four key layers: the foundational layer, which ensures basic access; the enabling layer, which supports broader connectivity; the compute/cloud layer, critical for advanced processing; and the application layer, where technologies like AI thrive.
Private capital typically favors segments with predictable demand, scalable operations, and bankable returns, such as the compute/cloud layer. However, this focus leaves foundational connectivity underfunded, particularly in rural and low-income regions where commercial incentives are weak. Fragmented regulations, uncertain licensing processes, and limited institutional capacity further complicate matters, transforming digital inclusion into a challenge of financing and coordination.
“The relationship between internet accessibility and a country's developmental trajectory is direct and undeniable.”
For AI readiness to be realized, a stable and transparent regulatory environment is essential. This includes predictable licensing frameworks and reliable legal safeguards. MDBs play a pivotal role in fostering this environment by harmonizing fragmented regulations, enhancing local institutional capacity, and mitigating political and regulatory risks. When these conditions are met, demand for digital services becomes secure, allowing the private sector to deliver transformative impact at a scale far exceeding traditional public-sector investments.
Without such conditions, even well-conceived projects may struggle to attract funding, resulting in underinvestment in areas with the greatest development needs. This highlights the importance of strategic risk frameworks that align with market dynamics. By designing these frameworks effectively, development stakeholders can create an environment where private capital is incentivized to scale while ensuring public resources are deployed efficiently to support underdeveloped segments of the digital ecosystem.
Case Studies: India and Indonesia
India offers a compelling example of how infrastructure sequencing and capital structure design can drive inclusive digital expansion. The nation prioritized foundational connectivity early on, employing state-directed and quasi-public models to establish nationwide infrastructure, including rural broadband access. As the market matured, the government introduced a series of incentives, such as long-term tax exemptions, electricity duty reductions, and single-window regulatory approvals, to catalyze private investment. This approach created a virtuous cycle: widespread connectivity spurred adoption, which in turn reinforced demand, and growing demand attracted private capital to higher-value digital assets.
Indonesia, on the other hand, faced unique challenges in its digital development. Terrestrial networks proved costly to extend into remote areas, and project economics deteriorated rapidly beyond major urban centers. Here, catalytic development finance emerged as a key solution, enabling early-stage connectivity expansion. A notable initiative was the Asian Infrastructure Investment Bank’s support for Indonesia’s Multifunctional Satellite Public-Private Partnership project, which targeted underserved regions overlooked by commercial financiers. As the digital market matured, data center investments shifted toward bankable sites, and structured partnerships helped reduce risks for private investors.
These examples underscore a critical insight: success hinges less on selecting a single technology and more on aligning infrastructure sequencing, incentive structures, and risk allocation across the entire digital ecosystem. By addressing the foundational layer first, nations can create a platform for broader digital growth. Simultaneously, strategic use of public finance and policy frameworks can bridge the gap between market viability and essential connectivity, ensuring that no region is left behind in the digital transformation.
For developing economies, the path to digital equity requires a nuanced approach. It involves not only deploying capital efficiently but also fostering an environment where private sector participation is both feasible and impactful. The lessons from India and Indonesia illustrate that with the right combination of policy, infrastructure planning, and financial mechanisms, the digital divide can be narrowed, and AI readiness can be accelerated. This, in turn, will pave the way for sustainable economic growth and greater inclusion in the global digital economy.