Starlink in Bhutan

Starlink, the low-earth orbit (LEO) satellite internet constellation operated by SpaceX, has attracted significant attention in Bhutan as a potential solution to the country's persistent challenges in extending broadband connectivity to its dispersed rural population. Bhutan's extreme mountainous terrain, with elevations ranging from approximately 200 metres in the southern foothills to over 7,500 metres in the northern Himalaya, makes conventional terrestrial internet infrastructure — fibre optic cables, cellular towers, and fixed wireless systems — prohibitively expensive to deploy in many inhabited areas. As of the mid-2020s, Bhutanese authorities have engaged with satellite internet as a strategic technology for national development.^[1]

The prospect of satellite internet in Bhutan intersects with the kingdom's broader ambitions to modernise its economy, improve educational access, and strengthen governance in remote dzongkhags (districts). Bhutan's Gross National Happiness framework treats equitable development as a core objective, and the digital divide between urban centres like Thimphu and Paro and rural communities in districts such as Gasa, Lhuntse, and Trashiyangtse represents a significant challenge to this aspiration.^[2]

Bhutan's Connectivity Landscape

Bhutan's telecommunications infrastructure has developed rapidly since the introduction of the internet in 1999, coinciding with the launch of television broadcasting. The state-owned Bhutan Telecom and the private operator TashiCell provide mobile and fixed-line services, while Druknet serves as the primary internet service provider. By the early 2020s, mobile phone penetration had exceeded 90 per cent, and 4G LTE services were available in most urban areas and along major road corridors.^[3]

However, meaningful broadband access remains concentrated in a handful of urban centres. Many rural communities rely on slow, unreliable connections, or have no connectivity at all. The geography poses fundamental engineering challenges: valleys are separated by ridges exceeding 4,000 metres, cellular signals cannot propagate around mountain barriers, and the cost of extending fibre optic cable to remote settlements is disproportionate to the small populations served. An estimated 30 to 40 per cent of Bhutan's population, predominantly in rural areas, lacked reliable broadband access as of 2024.^[4]

Satellite Internet as a Solution

Low-earth orbit satellite constellations like Starlink offer a fundamentally different approach to connectivity. Unlike geostationary satellites, which orbit at approximately 36,000 kilometres and introduce latency of 500 milliseconds or more, LEO satellites operate at altitudes of 340 to 550 kilometres, enabling latency comparable to terrestrial broadband (typically 20 to 50 milliseconds). A Starlink terminal requires only a clear view of the sky, making it suitable for mountainous terrain where line-of-sight to terrestrial infrastructure is unavailable.^[5]

For Bhutan, satellite internet could serve multiple functions: providing broadband to rural schools and health centres, enabling e-governance in remote gewogs (sub-district administrative units), supporting agricultural extension services, and connecting isolated communities to markets and information. The technology is also relevant to disaster resilience, as Bhutan is vulnerable to earthquakes, landslides, and glacial lake outburst floods (GLOFs) that can sever terrestrial communications links.^[6]

Developments in 2024

During 2024, reports emerged of discussions between Bhutanese government officials and SpaceX representatives regarding the potential deployment of Starlink services in Bhutan. The Department of Information Technology and Telecom (DITT) under the Ministry of Information and Communications was identified as the lead government body engaging with satellite internet providers. While formal agreements had not been publicly announced by the end of 2024, the interest from Bhutanese authorities was consistent with the government's stated priority of achieving universal broadband access.^[7]

Bhutan's engagement with Starlink occurred against the backdrop of SpaceX's expansion across the Asia-Pacific region. By 2024, Starlink had secured regulatory approvals or commenced operations in several countries in the region, including the Philippines, Indonesia, and Mongolia — the latter sharing some of Bhutan's challenges of low population density and difficult terrain. The Bhutanese government's Druk Holding and Investments (DHI), which manages state assets including in the technology sector, was reported to be evaluating the commercial and regulatory implications of satellite internet deployment.^[8]

Regulatory and Policy Considerations

The introduction of Starlink in Bhutan raises several regulatory questions. Bhutan's telecommunications sector is governed by the Bhutan Information, Communications and Media Act of 2006, which established the Bhutan InfoComm and Media Authority (BICMA) as the regulatory body. Any satellite internet service would require spectrum allocation, licensing, and compliance with Bhutanese data sovereignty requirements. The government has historically maintained a cautious approach to foreign technology providers, balancing the benefits of connectivity against concerns about cultural impact and national security.^[9]

Affordability is a critical consideration. Starlink's standard consumer service, as priced in comparable markets, involves a hardware cost of several hundred US dollars for the terminal and a monthly subscription fee that may exceed the disposable income of many rural Bhutanese households. Government subsidies, community shared-access models, or institutional deployments (schools, health centres, gewog offices) may be necessary to make the technology accessible to those who need it most.^[10]

Potential Impact

If successfully deployed, satellite internet could have transformative effects on rural Bhutan. Education is a particularly promising application: students in remote schools currently have limited access to digital learning resources, and teachers in isolated postings face professional isolation. Telemedicine is another high-priority use case, as many rural health facilities lack the connectivity needed for remote consultations or access to medical databases. Agricultural markets, financial services, and government service delivery could all benefit from improved rural connectivity.^[11]

The environmental dimensions are also relevant. Bhutan, which constitutionally mandates that at least 60 per cent of its land area remain under forest cover, relies on remote sensing and environmental monitoring systems that benefit from improved data transmission capabilities. Enhanced connectivity in remote areas could strengthen the monitoring of protected areas, wildlife corridors, and glacial lakes that pose flood risks to downstream communities.^[12]

References

1. Kuensel Online.
2. Department of Information Technology and Telecom, Bhutan.
3. ITU ICT Statistics.
4. "Bhutan Overview." World Bank.
5. Starlink by SpaceX.
6. Department of Information Technology and Telecom, Bhutan.
7. Kuensel Online.
8. Starlink by SpaceX.
9. Bhutan InfoComm and Media Authority.
10. "Bhutan Overview." World Bank.
11. Department of Information Technology and Telecom, Bhutan.
12. National Environment Commission, Bhutan.