How AirJaldi Is Solving Rural Broadband Access in India Through Wireless Mesh Networks
What is the problem?
India has the world's second-largest online market. It also has one of the largest unconnected populations. Roughly half the country has no reliable internet access, especially in rural India. For years, actual broadband penetration in rural areas was 1 to 2%.
Large telecom companies will not build fiber or 4G towers in villages where customers earn too little to pay standard urban rates, the terrain is difficult, and the population is spread across small settlements.
For instance, a village in Himachal Pradesh may sit at 7,000 feet, surrounded by mountains, with 300 households spaced over several kilometers. Running fiber to it does not pay back. So the village stays offline. Children cannot do schoolwork online. Small businesses cannot sell outside their local market. Clinics cannot access telemedicine. Farmers cannot check mandi prices or weather forecasts. Other rural infrastructure that depends on connectivity (mobile health, mobile banking, mobile learning, remote government services) does not reach these villages.
What is the solution?
AirJaldi builds and operates wireless broadband networks designed specifically for rural and remote India. Instead of running fiber to every household, AirJaldi buys bandwidth from large Indian telecom carriers at trunk connection points, then extends the signal into villages using a mesh of wireless antennas mounted on rooftops, hillsides, and telecom towers. Each node relays the signal to the next, letting AirJaldi cover long distances across difficult terrain without laying cable.
The networks run on solar power because grid electricity is unreliable. For customers, AirJaldi offers a mix of connection types: wireless broadband into homes and offices, fixed fiber into schools and larger institutions, and village hotspots in community spaces for people who don’t need an always-on connection at home. The service is affordable because the engineering is cheap. A single rooftop antenna can serve dozens of households, and the mesh architecture means adding another village is incremental, not laying a whole new cable.
What is the business model?
AirJaldi operates as a commercial social enterprise through its legal entity, Rural Broadband Pvt. Ltd. (RBPL). It holds a Class A Internet Service Provider license from the Indian government, allowing it to operate nationwide.
Revenue comes from monthly subscription fees paid by its customers: rural households, schools, health clinics, government offices, NGOs, small businesses, and institutional partners like temples and microfinance organizations.
Fees are set to be affordable for rural customers and still cover the cost of running the network. AirJaldi also partners with large companies on specific projects, most notably Microsoft’s Airband Initiative, which helps fund network expansion and provides technology for extending signal into underserved areas.
Its commercial-but-affordable model lets AirJaldi serve rural customers without relying on philanthropic grants for ongoing operations, which is unusual in rural ISP work.
How is it structured and funded?
AirJaldi started in 2005 when a group of technologists set up a WiFi network in Dharamsala, Himachal Pradesh. The initial customers were Tibetan monasteries, local schools, and community organizations in the Dharamsala area. The project was formalized as AirJaldi Networks in 2007.
Michael Ginguld, a co-founder, remains active. AirJaldi is not venture-backed in the traditional sense. It grew through a mix of subscription revenue, early community support, and later strategic partnerships, most notably with Microsoft’s Airband Initiative, which has helped fund network expansion into additional states.
The company now operates in nine Indian states: Himachal Pradesh, Uttarakhand, Jharkhand, Bihar, West Bengal, Sikkim, Maharashtra, Madhya Pradesh, and Karnataka.
Why is it innovative?
AirJaldi’s biggest insight is that the economics of rural broadband are not fundamentally broken. They are just incompatible with how large telecom companies build networks. Telcos are set up to deploy fiber at scale in dense markets. A rural wireless mesh is a different kind of business: lower capital cost per site, higher operational complexity, and a different customer relationship. By building the technical, operational, and training systems to run that kind of network, AirJaldi has made rural broadband work where big telcos could not.
Three design choices make this possible. First, wireless mesh architecture that scales node by node, so adding a village is cheap. Second, the network runs on solar power, and it doesn’t depend on a reliable grid. Third, locally trained technicians install, maintain, and troubleshoot the network from inside the villages they serve, rather than driving in from a distant city.
As a result, the company has survived and grown for 20 years in markets most ISPs refuse to enter.
What is the impact?
Based on AirJaldi’s own reporting and third-party sources:
Manages a core wireless grid spanning over 30,000 square kilometers across India, bringing high-speed connectivity to 500,000 new underserved people for a total of 730,000 beneficiaries
Bridges the digital divide by extending internet access to more than 1,500 rural villages.
Operates across 12 Indian states, including Himachal Pradesh, Uttarakhand, Jharkhand, Bihar, West Bengal, Sikkim, Maharashtra, Madhya Pradesh, Karnataka, Telangana, Chhattisgarh, and Odisha
Scaled infrastructure by adding 22 new network locations (expanding from 40 to 62) and laying 1,500 kilometers of new fiber network
Integrated Microsoft-backed modules to provide digital productivity, employability training, and AI fluency to 15,000 local youth, students, and women entrepreneurs.
What needs to improve?
First, scale limitations. AirJaldi has operated for over two decades and reaches 1,500 villages. India has over 600,000 villages. Even if AirJaldi doubles or triples its footprint, it will still cover a small share of the country. The company’s model works, but it depends on local relationships, trained technicians, and operational discipline that is hard to replicate rapidly across many new states.
Second, competition from large telecom carriers. As Jio, Airtel, and others extend 4G and 5G into rural areas, some AirJaldi customers may switch to the larger carriers, especially where mobile data is cheaper than a dedicated wireless connection. AirJaldi has positioned itself around institutional customers and underserved pockets where the big carriers still don't reach, but the long-term competitive pressure remains real.
Third, dependence on partnerships. The Microsoft Airband partnership has been important for expansion, as is the ability to buy bandwidth at reasonable rates from upstream carriers. Any shift in those relationships, or in India’s spectrum and ISP regulations, can materially affect the business.
Sources:
Fast and reliable internet connectivity brings new hope to rural villages How Microsoft is helping to bring broadband to rural India Community Networks Regulatory issues and gaps Practicing Cost-effective Connectivity Solutions for Rural Empowerment AirJaldi Wireless Broadband Initiative at Dharamshala Rural Wireless Deployments in India
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