How HAPS Can Close Africa and Asia’s Connectivity Gap

Across Africa and Asia, the digital divide remains one of the most persistent barriers to economic growth, educational access and public service delivery. While mobile connectivity has expanded rapidly over the past decade, large rural and hard-to-reach populations still face limited coverage, weak service quality or prohibitively high deployment costs. High Altitude Platform Stations (HAPS) are emerging as a powerful new layer in the connectivity ecosystem—capable of bridging coverage gaps where terrestrial and satellite networks alone struggle to deliver.

The scale of the connectivity challenge

The need is substantial. According to the International Telecommunication Union (ITU), around 2.6 billion people globally remain offline. A significant share of these populations live in Africa and Asia, where geography, low population density, infrastructure deficits and affordability constraints continue to slow broadband expansion.

Sub-Saharan Africa remains the least connected region in the world. Mobile broadband coverage has improved, but meaningful internet use still lags due to patchy rural networks, device costs and limited backhaul. In parts of Asia, especially across mountainous, archipelagic and remote inland regions, conventional infrastructure faces similar obstacles. Extending fibre to every village or building dense tower networks across deserts, forests, islands or highlands is often economically difficult and operationally slow.

This is not only a consumer access problem. Limited connectivity constrains digital government services, agricultural productivity, telemedicine, disaster preparedness, financial inclusion and industrial development. The World Bank and other multilateral institutions have repeatedly linked broadband penetration with GDP growth, productivity gains and job creation. For emerging economies, digital infrastructure is now strategic infrastructure.

Why existing networks leave gaps

Terrestrial mobile networks remain the foundation of broadband access, but they are not designed to solve every coverage challenge alone. Rural deployment economics are particularly difficult: low average revenue per user, unreliable power, sparse transport links and expensive backhaul can make tower rollouts unattractive in underserved regions.

Satellite services can help, especially in remote locations, maritime zones and emergency contexts. However, traditional geostationary satellites have historically faced latency limitations, while even newer low Earth orbit systems may present affordability, terminal cost or spectrum coordination challenges depending on the use case.

This creates a clear market need for an intermediate layer—one that combines wide-area coverage, lower latency than GEO satellite, and more flexible deployment than extensive ground infrastructure. This is where HAPS becomes highly relevant.

What makes HAPS different

HAPS are aircraft or balloons operating in the stratosphere, typically around 20 kilometres above the Earth, far above commercial air traffic and weather systems. From this altitude, a single platform can provide coverage over a very large area, making it well suited to regional connectivity missions.

Unlike fixed terrestrial towers, HAPS can be deployed where infrastructure is sparse or damaged. Unlike satellites, they operate much closer to users, enabling stronger signals, lower latency and the ability to integrate more directly with terrestrial mobile architectures. In practical terms, HAPS can function as aerial base stations, backhaul nodes or temporary restoration assets after natural disasters.

This flexibility is especially valuable across Africa and Asia, where connectivity needs are diverse. A HAPS platform can support rural broadband extension, connect island communities, reinforce network capacity during seasonal demand peaks, or restore communications after floods, cyclones or earthquakes.

A strong fit for Africa and Asia

The business case for HAPS is strongest where coverage gaps are large and conventional deployment is costly. That describes many regions across both continents.

In Africa, HAPS can support national broadband plans by extending mobile and fixed wireless coverage into underserved rural areas without requiring immediate large-scale ground buildout. This matters in countries with vast land areas, dispersed settlements and major infrastructure deficits. Connectivity delivered from the stratosphere can complement tower-based networks, helping operators and governments reach universal service targets more efficiently.

In Asia, the case is equally compelling but often more geographically complex. Archipelagic nations such as Indonesia and the Philippines, mountainous territories such as Nepal, and disaster-prone markets across South and Southeast Asia all face major last-mile and resilience challenges. HAPS offers a way to serve these difficult topographies with a reusable and repositionable asset.

The Asia-Pacific region is also home to some of the world’s fastest-growing digital economies. As demand for cloud services, e-learning, e-commerce and digital finance rises, network resilience and broader geographic coverage become more important. HAPS can help operators scale reach without relying exclusively on expensive and slow terrestrial expansion.

Use cases beyond basic internet access

The strategic value of HAPS goes beyond consumer broadband. Governments and enterprise users increasingly require resilient communications infrastructure that can support development priorities.

For education, HAPS can connect remote schools and support digital learning initiatives where fibre remains unavailable. In healthcare, they can enable telemedicine links for rural clinics and mobile care units. In agriculture, HAPS-supported connectivity can power precision farming tools, weather data access and market information services for farmers. In disaster management, they can rapidly re-establish communications when terrestrial towers or backhaul links fail.

These capabilities are highly relevant in climate-vulnerable regions. The United Nations Office for Disaster Risk Reduction has highlighted the disproportionate impact of natural disasters on developing countries, many of which are in Africa and Asia. In this context, HAPS is not just a telecom solution; it is part of national resilience infrastructure.

Regulation and investment are aligning

The regulatory environment for HAPS is also becoming more favourable. The ITU has established frameworks for High Altitude Platform Stations in spectrum discussions, and national regulators are increasingly evaluating how HAPS can fit into broader connectivity strategies. This is an important step, because commercial adoption depends on clear rules for airspace, spectrum and integration with mobile network operators.

At the same time, investors and policymakers are showing greater interest in non-terrestrial networks. As governments pursue universal connectivity, they are looking for technologies that can deliver lower cost per covered square kilometre, faster deployment and stronger resilience. HAPS aligns well with these priorities.

For operators, the opportunity is not to replace terrestrial infrastructure, but to optimise network economics through a multi-layer architecture. In that architecture, fibre, towers, satellites and HAPS each play a distinct role. The real value comes from combining them intelligently.

The next chapter in inclusive connectivity

Closing the digital connectivity gap across Africa and Asia will require more than incremental expansion of legacy infrastructure. It demands new platforms that are scalable, flexible and economically viable in hard-to-serve environments. HAPS offers exactly that: a stratospheric connectivity layer capable of accelerating broadband access, strengthening resilience and unlocking digital participation for millions.

As governments, operators and development partners look for practical ways to extend inclusion, HAPS is moving from concept to critical infrastructure. INNO HAPS is committed to advancing this transition with stratospheric platform solutions designed for the realities of emerging markets. To explore how HAPS can support your connectivity strategy across Africa and Asia, connect with INNO HAPS.