Desi Starlink: India’s Own Starlink By Ananth Technologies—2025
Desi Starlink
While global tech titans like Starlink, OneWeb, and Amazon Kuiper are dominating headlines, India has been quietly engineering its own revolution. And now, it’s ready to roar into orbit.
Move over, Starlink—India is getting its own space-powered internet revolution!
Ananth Technologies, the brains behind ISRO’s biggest missions, is now building what many are calling the “Desi Starlink.”
Armed with a powerful Ka-band GEO satellite, this homegrown internet service will deliver 100 Gbps broadband to every corner of the country—from the Himalayas to the heart of the Thar.
The dream of a truly connected Bharat is no longer far away—it’s orbiting closer than ever.
Meet Ananth Technologies Ltd. (ATL)—a Hyderabad-based private aerospace firm that is gearing up to launch India’s first indigenously built private satellite internet service using a Ka-band GEO High Throughput Satellite (HTS).
This is more than just a space mission—it’s a national moment. With promises of 100 Gbps speed, all-India coverage, and deep alignment with Digital India, Ananth Technologies is about to connect the unconnected, from the Himalayas to the Sundarbans.
🏢 Ananth Technologies: From Silent Support to Space Pioneer
Founded in 1992 by visionary aerospace scientist Dr. Subba Rao Pavuluri, Ananth Technologies has long been a backbone to India’s most prestigious space missions.
With deep collaboration with ISRO, the company has
- Contributed to over 100 Indian satellites
- Built systems for 80+ launch vehicles, including PSLV & GSLV
- Developed critical electronics for Chandrayaan, GSAT, IRNSS
- Operated world-class cleanroom and satellite integration facilities in Hyderabad and Bengaluru
ATL has built trust over decades and is now leveraging its experience to deliver a complete satellite broadband solution—from satellite design to final internet access.
🚀 Inside the Satellite Internet Project
Ananth Technologies is launching a Ka-band high-throughput GEO satellite capable of delivering internet speeds up to 100 Gbps.
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It is the first Indian private company licensed by IN-SPACe to operate in Geostationary Orbit (GSO).
📡 Key Project Features:
| Feature | Details |
|---|---|
| Satellite Type | GEO (Geostationary Earth Orbit) |
| Weight | Approx. 4 tonnes |
| Frequency Band | Ka-band multi-beam |
| Coverage | Entire India |
| Speed | Up to 100 Gbps |
| Launch Year | Expected by 2027–2028 |
| Launch Vehicle | Likely ISRO’s GSLV |
| Initial Investment | ₹3,000 crore (~$360 million) |
The satellite will offer high-speed broadband to sectors such as
- Remote education
- Telemedicine
- E-governance services
- Rural banking and fintech
- Strategic defense zones
- Industrial zones in tier 2 and 3 cities
🔁 Why GEO, Not LEO?
Unlike Starlink and OneWeb, which use hundreds of LEO (low Earth orbit) satellites, ATL will use a single GEO (geostationary) satellite placed 35,786 km above the Earth.
✅ GEO Satellite Benefits:
- Pan-India coverage with just one satellite
- Lower deployment and maintenance costs
- No need for massive ground antenna networks
- Long life span (up to 15 years)
- Simpler regulatory and frequency coordination
- Faster rural deployment with fewer obstacles
This model is ideal for India’s terrain, population spread, and economic diversity.
📈 Potential Impact: Bridging the Digital Divide
Even today, more than 400 million Indians live without proper internet access. Fiber and 5G can’t reach deserts, forests, mountains, or islands. ATL’s satellite broadband can.
🌍 Impact Across Sectors:
- Education: Government schools in Ladakh and Arunachal Pradesh can go digital
- Healthcare: Remote diagnosis and teleconsultations made possible in tribal areas
- Agriculture: Farmers get real-time market and weather updates
- Defense: Secure communication lines in strategic zones
- Startups & MSMEs: High-speed cloud access for small-town entrepreneurs
This mission aligns perfectly with Digital India 2.0, BharatNet, and Gati Shakti initiatives.
🌐 Competitive Comparison
| Company | Orbit Type | Coverage | Infrastructure Model |
|---|---|---|---|
| Ananth Tech | GEO | All-India | Single high-power satellite |
| Starlink (SpaceX) | LEO | Partial (planned) | Thousands of satellites |
| OneWeb (Bharti) | LEO | Licensed | 648 satellites constellation |
| JioSpaceFiber | GEO/MEO | Pilot Only | SES partnership |
ATL’s biggest edge is cost efficiency, fast scalability, and deep national understanding.
🏗️ Project Timeline
| Stage | Timeline |
|---|---|
| Satellite Design | 2025 |
| Manufacturing & Integration | 2026–2027 |
| Launch Preparation | Mid-2027 |
| Satellite Launch | Late 2027 / Early 2028 |
| Commercial Service Begins | By Late 2028 |
🧠 ATL’s Broader Vision
Beyond internet services, ATL is preparing for:
- Expansion into telecom satellite manufacturing
- Exports of communication satellites to Africa and Southeast Asia
- Launching a full satellite constellation if demand scales
- Developing affordable ground terminals for Indian villages
Their long-term mission? To become India’s global space-tech export leader.
✅ Conclusion
Ananth Technologies isn’t just building a satellite—it’s building a digital bridge. From border villages to the urban outskirts, from schoolchildren to startups—millions will finally get access to reliable, high-speed internet, thanks to an Indian private company’s bold leap into space.
With strategic foresight, national pride, and engineering mastery, ATL is proving that India can not only build world-class space tech—it can also lead the internet future.
This isn’t just a technological milestone.
It’s Bharat’s Bandwidth. From our skies. By our hands.
⚠️ Disclaimer
This article is based on publicly available news reports, ATL press statements, and government policy documents as of July 2025. Project specifications, funding, regulatory permissions, and launch dates are subject to change. For the latest updates, readers are advised to consult the official websites of Ananth Technologies, ISRO, or IN-SPACe.
