India built a 5G network across every district using almost 5.6 lakh base transceiver stations, and paid royalties on nearly every device that connected to it.
That is the asymmetry behind the target set on 8 October 2026 at India Mobile Congress: at least 10% of global 6G patents and standards. It is a far more demanding goal than deploying a network, and the reason is a piece of intellectual-property law worth understanding properly.
What a standard-essential patent is
A mobile standard is a very large technical agreement about how radios, base stations and core networks talk to each other. It is written collaboratively in standards bodies — for cellular, principally 3GPP — where companies submit technical contributions and the body selects among them.
When a contribution is adopted into the standard, any patent covering it becomes unavoidable. You cannot build a compliant handset or base station without infringing it, because compliance is the infringement. Such a patent is a standard-essential patent, and the holder must license it to all comers on FRAND terms — fair, reasonable and non-discriminatory — in exchange for having had the technology written into the standard.
The consequence is the whole story. SEP ownership determines the direction in which royalties flow. A country with a large market and few SEPs pays on every device sold. A country with many SEPs is paid on every device sold anywhere in the world, whether or not it has deployed anything.
India's position in 4G and 5G was emphatically the first kind: an enormous market, an indigenous 4G stack, and a small share of the essential patents. The 10% target is a claim about reversing the direction of that payment.
Why the target is phrased as "patents and standards"
Because either on its own is worthless, and this is the part most commentary gets wrong.
A patent nobody needs generates nothing, however clever. A standard you helped write generates nothing either, if you hold no patents in the parts you contributed. The money sits at the intersection — patents that are essential to a standard you helped shape.
That is why the Minister of State for Communications, Dr Chandra Sekhar Pemmasani, did not merely announce a number. He asked major telecom operators to adopt measurable annual and quarterly targets for contributions to standards, for standard-essential patents, and for university research, with industry collaboration. Contributions are the mechanism by which a patent becomes essential, and they accumulate meeting by meeting over years.
The honest assessment is that 10% is very ambitious. SEP holdings in 5G are concentrated in a handful of firms built over decades of sustained participation in standards bodies — large dedicated teams attending working groups, filing early, and defending positions through successive releases. India's current share of cellular SEPs is small. Reaching a tenth of 6G requires a decade of technical presence, not a target announcement, which is presumably exactly why the ask was framed as recurring contribution targets rather than as a patent count.
What was launched at the Symposium
The 3rd International Bharat 6G Symposium 2026, organised by the Bharat 6G Alliance (B6GA) at Yashobhoomi, Dwarka, was inaugurated by Shri Jyotiraditya M. Scindia, Union Minister for Communications.
Five new MoUs were exchanged — with GSMA, the one6G Association, GTI Alliance Ltd, the 6G Industry Forum (6GIF) and VoICE. The Alliance already held 10 global and 2 domestic collaborations, taking its network to 17.
Nine Working Group white papers were released:
| White paper |
|---|
| 6G Technology Landscape Survey and Roadmap for R&D, Platforms and Trials in India |
| Integrated Sensing and Communication (ISAC) for 6G |
| Fixed Wireless Access: Bharat's Broadband Backbone from 5G to 6G |
| Role of Optical Technologies for 6G |
| A Perspective on IMT Spectrum Readiness towards 2030 and Beyond |
| Sustainable 6G: Designing Networks for a Carbon Net Zero Future |
| Cellular and WiFi Synergy |
| Captive Non-Public Network (CNPN) |
| Security for 6G |
Alongside came the Joint Report: "Progress towards the 6G Principles of the New Delhi Declaration — Actions, Outcomes and Outlook, First Edition, October 2026", marking one year since the New Delhi Declaration was endorsed at the 2025 Symposium. That Declaration frames 6G as a secure, resilient, open, interoperable, inclusive and sustainable ecosystem.
Two of those white papers deserve attention
Integrated Sensing and Communication is one of the few genuinely new ideas in 6G, as distinct from a faster 5G. The principle is that the same radio signals used to carry data can be used to detect and locate objects — reflections off a moving body carry information about its range and velocity. A base station becomes, in effect, a low-grade radar as a by-product of being a base station.
The implications are obvious and double-edged. A network that can sense is a network that can track, which has immediate security and privacy consequences; and a dense urban network becomes a distributed sensing grid without anybody having deployed sensors. For a defence reader the dual-use character is the point.
Captive Non-Public Networks are private cellular networks for a single enterprise or campus — a factory, a port, a mine. For a military reader the relevance is direct: a CNPN is how a base or an installation gets cellular-grade connectivity it controls entirely, with no dependence on a public operator's core.
The list that matters more in the short run
The Minister's second priority is more immediately actionable than the patent target: identify 10 to 20 critical network technologies currently being imported and develop Indian alternatives, particularly in component manufacturing, chipsets, radios, routers and optical systems.
Notice the asymmetry this exposes. India has an indigenous 4G stack — the software and the core. The hardware layer underneath is largely imported. That is the same distinction that runs through India's supercomputing programme, where an indigenously designed server is populated with foreign processors: software sovereignty without silicon sovereignty leaves the dependency where it was.
The supporting numbers the Minister gave for the research base: 136 R&D projects worth about ₹500 crore funded under the Telecom Technology Development Fund (TTDF), across 5G, 6G, quantum communications, non-terrestrial networks, advanced optical systems, indigenous core and telecom security; plus 5G testbeds in academic institutions for students, researchers and startups. Most rules under the Telecommunications Act, 2023 have now been notified, with the stated aim of a simpler and technology-neutral framework, alongside BharatNet and 4G saturation.
A rebuke to the research establishment
One instruction in the address reads as criticism, and should.
The Minister called on C-DOT to begin real operator trials — quantum-safe encryption on critical links, and Quantum Key Distribution wherever economically justified — "rather than leaving these technologies in research laboratories."
That is a minister telling a government research centre that demonstration has outrun deployment. The judgement is defensible: India has accumulated creditable QKD results, including under the National Quantum Mission and in C-DOT's own quantum product line, while operator deployment has lagged. A link demonstrated between two laboratories protects nothing; a link protecting a live operator's traffic does.
The same address added the move from AI-assisted to AI-native networks, and a focus on national security, equipment security, supply-chain security, fraud prevention and protection of critical telecom infrastructure. The framing offered was: "The last decade was Digital India. Our goal is to make the next decade an Intelligent India."
Read together with India's signing of the 6G Call to Action a month earlier, the direction is consistent. The declarations established intent. The 10% target, the contribution quotas for operators and the import-substitution list are the first attempts to make intent measurable.
🔑 Revision block
- Event, 8 October 2026: the 3rd International Bharat 6G Symposium 2026, organised by the Bharat 6G Alliance (B6GA) at Yashobhoomi, Dwarka, inaugurated by Communications Minister Shri Jyotiraditya M. Scindia. Held alongside India Mobile Congress 2026.
- The target: at least 10% of global 6G patents and standards, announced by MoS Dr Chandra Sekhar Pemmasani, with operators asked for measurable annual and quarterly targets on contributions to standards, SEPs and university research.
- Standard-essential patent (SEP): a patent that cannot be avoided by anyone implementing a standard — compliance is infringement. Must be licensed on FRAND terms (fair, reasonable and non-discriminatory). Cellular standards are written principally in 3GPP.
- Why SEPs decide the money: SEP share determines whether a country pays royalties on every device or receives them. India in 4G and 5G was a large market with a small SEP share — an indigenous 4G stack but few essential patents.
- Why "patents and standards" together: a patent nobody needs is worthless; a standard you shaped without holding patents in it earns nothing. The value is at the intersection, and contributions are how a patent becomes essential.
- Five new MoUs: GSMA, one6G Association, GTI Alliance Ltd, 6G Industry Forum (6GIF), VoICE. Added to 10 global and 2 domestic existing collaborations — 17 in all.
- Nine white papers, including Integrated Sensing and Communication (ISAC), Fixed Wireless Access, optical technologies, IMT spectrum readiness to 2030, sustainable 6G, cellular-WiFi synergy, Captive Non-Public Networks (CNPN), and security for 6G.
- New Delhi Declaration: endorsed at the 2025 Symposium; frames 6G as secure, resilient, open, interoperable, inclusive and sustainable. First annual progress report released, October 2026.
- ISAC explained: the same radio signals that carry data are used to detect and locate objects from their reflections — a base station becomes a low-grade radar. Dual-use, with tracking and privacy implications, and a dense network becomes a distributed sensing grid.
- CNPN explained: a private cellular network for a single enterprise or campus — a factory, port, mine or military installation — independent of a public operator's core.
- Import-substitution priority: identify 10–20 critical network technologies now imported and build Indian alternatives in component manufacturing, chipsets, radios, routers and optical systems. India has an indigenous 4G stack (software and core) but an imported hardware layer — software sovereignty without silicon sovereignty.
- Research base: 136 R&D projects, about ₹500 crore, under the Telecom Technology Development Fund (TTDF) — 5G, 6G, quantum communications, non-terrestrial networks, advanced optical systems, indigenous core, telecom security. Plus 5G testbeds in academic institutions.
- Deployment status cited: more than a billion people connected; every district covered by 5G through almost 5.6 lakh Base Transceiver Stations (BTS); villages on 4G; most rules under the Telecommunications Act, 2023 notified, aiming at a simpler, technology-neutral framework; BharatNet and 4G saturation continuing.
- Quantum instruction: C-DOT to begin real operator trials — quantum-safe encryption on critical links and QKD where economically justified — "rather than leaving these technologies in research laboratories."
- Other priorities: move from AI-assisted to AI-native networks; national, equipment and supply-chain security, fraud prevention, protection of critical telecom infrastructure. Framing — "The last decade was Digital India. Our goal is to make the next decade an Intelligent India."
🎯 Practice MCQs
Q1. A standard-essential patent is one that: (a) Cannot be avoided by anyone implementing the relevant technical standard (b) Has been granted in more than one jurisdiction (c) Covers an invention funded by government research grants (d) Is held jointly by a standards body and its members
→ (a) Compliance with the standard necessarily infringes it, which is why the holder must license it to all comers on FRAND terms.
Q2. The terms on which a standard-essential patent must be licensed are described as: (a) Exclusive and royalty-free (b) Compulsory and non-transferable (c) Fair, reasonable and non-discriminatory (d) Determined solely by the patent holder
→ (c) FRAND is the bargain: the holder gains the certainty of having its technology written into the standard, and gives up the right to refuse a licence or to discriminate between licensees.
Q3. Cellular mobile standards are developed principally in: (a) The Internet Engineering Task Force (b) The International Telecommunication Union alone (c) The World Intellectual Property Organization (d) 3GPP
→ (d) Companies submit technical contributions to 3GPP working groups, and adoption of a contribution is what makes a covering patent essential.
Q4. India's position in 4G and 5G is best described as: (a) A leading holder of standard-essential patents (b) A country with neither a large market nor domestic network capability (c) A net recipient of patent royalties on mobile devices (d) A very large market with a small share of standard-essential patents
→ (d) Which is precisely the asymmetry the 10% target in 6G is intended to address — royalties flowing outward on nearly every device sold.
Q5. The target announced at the Symposium was at least 10% of global: (a) 6G patents and standards (b) 6G base station manufacturing (c) 6G spectrum allocations (d) 6G subscriber connections
→ (a) Phrased as both, because patents nobody needs earn nothing and standards contributions without patents earn nothing either.
Q6. Integrated Sensing and Communication (ISAC) in 6G refers to the capability of: (a) Combining satellite and terrestrial networks into one core (b) Using the same radio signals to carry data and to detect and locate objects (c) Sensing network congestion and rerouting traffic automatically (d) Integrating Wi-Fi and cellular billing
→ (b) Reflections off a moving body carry range and velocity information, so a base station becomes a low-grade radar as a by-product — with dual-use and privacy consequences.
Q7. A Captive Non-Public Network (CNPN) is: (a) A network reserved for government departments nationwide (b) A satellite network operated without a terrestrial licence (c) A private cellular network for a single enterprise or campus (d) A community-owned rural broadband cooperative
→ (c) For a factory, port, mine or military installation — providing cellular-grade connectivity controlled entirely by the user, independent of a public operator's core.
Q8. The Minister's call to identify 10–20 imported critical network technologies highlights that India has: (a) No domestic telecom research capability (b) An indigenous 4G stack but a largely imported hardware layer (c) An indigenous chipset industry but no network software (d) Completed import substitution in optical systems
→ (b) Software and core are Indian; chipsets, radios, routers, optical systems and components are not — software sovereignty without silicon sovereignty.
Q9. The Telecom Technology Development Fund (TTDF) was cited as having funded approximately: (a) 136 projects worth about ₹500 crore (b) 500 projects worth about ₹136 crore (c) 36 projects worth about ₹5,000 crore (d) 1,360 projects worth about ₹50 crore
→ (a) Across 5G, 6G, quantum communications, non-terrestrial networks, advanced optical systems, indigenous core and telecom security.
Q10. The instruction to C-DOT to begin real operator trials of quantum-safe encryption and QKD was significant because it: (a) Announced a new national quantum mission (b) Transferred QKD research from C-DOT to private operators (c) Signalled that demonstration had outrun deployment, and that laboratory results must move onto live networks (d) Ruled out post-quantum cryptography in favour of QKD
→ (c) A link demonstrated between two laboratories protects nothing; a link protecting a live operator's traffic does.
📋 How this gets asked (PYQ pattern)
Telecom technology policy is examined in four recognisable ways, and the first is a definition that carries a great deal of weight.
The first is the SEP concept. What makes a patent essential, what FRAND requires, and which body writes cellular standards (3GPP). A question describing royalty flows and asking what determines their direction is testing exactly this, and the answer is SEP ownership rather than market size or deployment.
The second is alliance and declaration names. The Bharat 6G Alliance, the New Delhi Declaration (2025) and its principles, the 6G Call to Action, and the partner bodies — GSMA, one6G, GTI Alliance, 6GIF. Names travel together with dates, and the paper will attach one to the wrong year.
The third is the numbers. 10% patent and standards target; 5.6 lakh BTS for district-level 5G; 136 TTDF projects worth about ₹500 crore; 17 B6GA collaborations; 9 white papers; 10–20 critical technologies to substitute.
The fourth, and the one that makes a strong written answer, is the layer argument. Being able to say that India has an indigenous 4G stack but an imported hardware layer — and that the same gap exists between an indigenously designed supercomputer and an indigenous processor — shows that you can locate a self-reliance claim precisely. That precision is what separates an informed answer from a slogan.
Preparing for NDA? With any indigenisation or technology-leadership target, ask what exactly is being claimed: the standard, the patent, the design, the manufacture, or the raw material. Those are five different layers, and policy announcements routinely blur them. Build the base with our NDA study material, follow the daily NDA current affairs, and prepare with our faculty in the upcoming Cavalier courses in Delhi.
✍️ Written by Col Vijyanat Thakur — Faculty, Science & Defence Studies, at The Cavalier. Reviewed by the Cavalier Faculty Desk.