International Bharat 6G Symposium 2026: India Signs Five 6G MoUs at IMC

Union Minister for Communications Jyotiraditya M. Scindia inaugurated the third International Bharat 6G Symposium 2026 at Yashobhoomi in Dwarka, New Delhi, on 8 October 2026, alongside the tenth edition of the India Mobile Congress. Organised by the Bharat 6G Alliance (B6GA), the three-day event saw the alliance exchange five new memoranda of understanding with global and domestic telecom bodies and release nine working group white papers. The partnerships widen India’s access to standard-setting expertise as the country works towards a commercially ready 6G ecosystem by 2030.

What Is the International Bharat 6G Symposium 2026?

The International Bharat 6G Symposium is an annual global meeting convened by the Bharat 6G Alliance to align researchers, regulators, operators and equipment makers on the choices that will define sixth-generation mobile networks. The third edition ran from 7 to 9 October 2026 at Yashobhoomi in Dwarka, New Delhi.

This year’s theme was “Shaping Global 6G through International Partnerships, Standards, Innovation and Trusted Ecosystems.” More than 75 speakers addressed the symposium, including over 30 international experts from standards bodies, research alliances and telecom companies. Sessions covered the transition from 5G-Advanced to 6G, global standardisation, spectrum preparation for the World Radiocommunication Conference 2027 (WRC-27), international trials and testbeds, networks designed around artificial intelligence (AI), startup participation and industrial use cases.

Union Minister of State for Communications and Rural Development Dr. Chandra Sekhar Pemmasani delivered the valedictory address on 9 October. He said self-reliance and global collaboration are not opposites, and added that 6G must not create a new digital divide while India is still closing the older one. The event closed with a call for coordinated standards, joint research, spectrum harmonisation and large-scale testing, with affordability, security and sustainability treated as design requirements rather than afterthoughts.

The Yashobhoomi Venue and the IMC 2026 Setting

Yashobhoomi, formally the India International Convention and Expo Centre (IICC), is a government-owned complex in Sector 25, Dwarka. Prime Minister Narendra Modi dedicated its Phase 1 to the nation on 17 September 2023. Built at a cost of about ₹5,400 crore, the Phase 1 complex has a project area of more than 8.9 lakh square metres and a built-up area of over 1.8 lakh square metres. Its convention centre can seat about 11,000 delegates, and the campus has a dedicated metro station on the Airport Express line.

The symposium ran alongside the 10th India Mobile Congress (IMC) 2026, held from 7 to 10 October under the theme “Scale Without Boundaries.” The IMC is jointly organised by the Department of Telecommunications (DoT) and the Cellular Operators Association of India (COAI). Its four pillars were Srishti for building the future, Samvardhan for growth, Sashakt for expanding opportunities and Suraksha for strengthening trust. The 2026 edition was expected to draw more than 1.5 lakh attendees from over 100 countries, with more than 500 partners and exhibitors.

The Five New MoUs Signed by the Bharat 6G Alliance

The Bharat 6G Alliance signed memoranda of understanding with GSMA, one6G Association, GTI Alliance Ltd, the 6G Industry Forum of Taiwan and VoICE, taking its total partnership network to 17 collaborations. The agreements cover joint research, standards development, trials and knowledge exchange.

A memorandum of understanding is a formal but non-binding agreement between two or more organisations to cooperate on shared goals. The five agreements were exchanged at the inaugural ceremony in the presence of the Union Communications Minister. Before this round, the alliance already had 10 global and 2 domestic collaborations, so the new additions expanded its network from 12 to 17.

The presence of VoICE is notable because it brings domestic design-led companies into the same partnership framework as global standards bodies. The society represents nearly 100 Indian telecom startups, small and medium enterprises and technology providers, including equipment makers, chip designers and software firms. Its stated aim is Atmanirbharta, or self-reliance, in communication technologies.

Why These Partnerships Matter

Most of the technical rules that decide how 6G networks will work are written in two places. The International Telecommunication Union (ITU) defines the IMT-2030 framework, which is the official name for 6G. The 3rd Generation Partnership Project (3GPP), a collaboration of seven regional standards bodies, turns that framework into detailed technical specifications that equipment vendors build against. A country that participates only in trials, and not in these rooms, ends up buying technology designed by others.

India’s earlier engagement has already produced a concrete result. Its proposal to include ubiquitous connectivity as a usage scenario of IMT-2030 was accepted by the ITU and 3GPP. That inclusion matters for a country where large populations still live beyond the reach of reliable terrestrial networks, because it gives satellite and other non-terrestrial links a formal place in the 6G standard.

The new MoUs widen this base. The GSMA brings operator-level perspective on spectrum and commercial deployment. one6G and GTI bring research depth and testbed experience. The Taiwan forum opens a channel to a major semiconductor and device manufacturing cluster. VoICE connects the global agenda to Indian firms that are trying to build products rather than only assemble them.

What Is 6G and How Is It Different from 5G?

Sixth-generation mobile technology, officially called IMT-2030, is the next global standard for wireless networks after 5G. It aims to combine very high speeds, near-instant response, sensing and artificial intelligence in one network that also reaches satellites and remote areas.

6G is not simply a faster version of 5G. The ITU’s Radiocommunication Sector (ITU-R) has defined six usage scenarios for IMT-2030. Three extend existing 5G scenarios: immersive communication, massive communication, and hyper reliable and low-latency communication. Three are new: ubiquitous connectivity, AI and communication, and integrated sensing and communication. Four design principles cut across all of them: sustainability, connecting the unconnected, ubiquitous intelligence, and security and resilience.

The biggest technical shift is spectrum. Radio waves at higher frequencies can carry more data, but they travel shorter distances and are blocked more easily by buildings and rain. 6G research therefore looks at several ranges at once. These include the 4.4 to 4.8 GHz, 7.125 to 8.4 GHz and 14.8 to 15.35 GHz bands, which the ITU is studying ahead of WRC-27, as well as sub-terahertz frequencies above 90 GHz for short-range, very high-capacity links.

Latency is the delay between sending a signal and receiving a response. Lower latency matters for remote surgery, factory robots, autonomous vehicles and real-time control of machines. Integrated sensing and communication goes further: the same radio signal that carries data can also detect objects, measure distance and map a space. This is why 6G is often described as a network that can see as well as speak.

India’s 6G Programme: From Vision 2023 to Mission 2030

The Bharat 6G Vision, released on 22 March 2023, sets a 2030 target for India to be a frontline contributor in designing, developing and deploying 6G technology. The Bharat 6G Mission and the Bharat 6G Alliance are the main vehicles for that goal.

Prime Minister Narendra Modi released the vision document, which the DoT had prepared. It rests on three principles: affordability, sustainability and ubiquity, meaning 6G should be cheap enough for mass use, environmentally responsible, and available everywhere rather than only in cities. The Bharat 6G Mission is planned in two phases. Phase 1, from 2023 to 2025, covered exploratory research, proof-of-concept tests and early work on standards. Phase 2, from 2026 to 2030, focuses on use cases, intellectual property, testbeds and commercialisation.

An Apex Council chaired by the Union Communications Minister oversees the mission. The alliance itself was launched on 3 July 2023 as an industry-led body facilitated by the DoT. It began with 14 institutions and has since expanded to about 90 members (as of July 2026), including telecom operators, equipment makers, startups, research institutions and academia. Seven working groups handle technology, spectrum, applications and use cases, devices and components, green and sustainability, alliances, and outreach.

Public funding flows through several channels. The Telecom Technology Development Fund (TTDF), launched on 1 October 2022, had approved 115 projects worth ₹310.6 crore for 5G and 6G research by 30 September 2025. The government sanctioned 100 5G use-case labs in academic institutions during 2023-24 and funded two testbeds, a 6G terahertz testbed and an advanced optical communication testbed. A three-year project under the Digital Bharat Nidhi is setting up a 6G terahertz testbed at the Society for Applied Microwave Electronics Engineering and Research (SAMEER), Kolkata, an autonomous body under the Ministry of Electronics and Information Technology.

The government’s headline target is a 10 per cent share of global 6G patents by 2030. In March 2026, Scindia told the Lok Sabha that about 4,000 patents had already been contributed. At IMC 2026, he said the wider 5G and 6G innovation ecosystem had built up more than 7,700 related patent filings, including about 4,400 international filings. A detailed project report prepared by the alliance estimates that the full 2030 roadmap will need about ₹7,000 crore between 2025 and 2030 for testbeds, research, chip design, standardisation and intellectual property.

The economic stake is large. India’s 6G roadmap projects that the sector could contribute nearly $1.2 trillion to national GDP by 2035. That estimate explains why the programme is treated as part of the larger Viksit Bharat 2047 goal rather than as a standalone telecom project.

When Will 6G Launch in India?

Commercial 6G services are expected around 2030 worldwide, and India’s official vision targets design, development and deployment capability by that year. India has not announced a fixed consumer launch date. Full nationwide coverage may take longer because standards, spectrum and paying use cases are still being settled.

The global calendar is now fairly clear. The ITU published the IMT-2030 framework in December 2023. The 3GPP, which writes the detailed technical specifications, has placed 6G work in Release 21. Radio work items are due for approval in March 2027, the physical-layer specification is expected to freeze in September 2028, and the final specification freeze is scheduled for March 2029. Equipment makers then need time to build and certify products.

Industry estimates place the first commercial launches between late 2029 and 2030, with mass-market adoption after that. Nokia has said 6G will be commercially available in 2030 and that operators may need at least 200 MHz of spectrum per operator, preferably in bands that can use existing tower sites. Reliance Jio has said it plans a software-led 6G rollout in the early 2030s rather than a fresh infrastructure buildout. The COAI has cautioned that a full rollout could slip beyond 2030 because 5G itself has not yet produced applications that generate enough revenue to justify heavy new investment.

For users, the practical marker will be the arrival of 6G phones. The first devices are expected alongside the first networks in 2029 and 2030, but affordable mass-market handsets usually follow a year or two later. 5G will remain the main network for most Indians through this transition, much as 4G continued to carry most traffic after 5G launched in 2022.

Nine White Papers and the New Delhi Declaration

At the 2026 symposium, the Bharat 6G Alliance released nine working group white papers covering the technology roadmap, spectrum, sensing, optical networks, sustainability and security. It also released the first progress report on the New Delhi Declaration, a set of shared 6G principles endorsed a year earlier.

A white paper is a detailed technical or policy document that sets out a position, evidence and recommendations. These papers are not binding rules, but they influence how Indian industry, academia and government approach standards discussions. The nine papers were:

The New Delhi Declaration was endorsed on 10 October 2025 at the second edition of the symposium. It was signed by the Bharat 6G Alliance along with leading global research alliances, including the 6G Smart Networks and Services Industry Association, ATIS’s Next G Alliance, the XG Mobile Forum from Japan, the 6G Forum from South Korea, 6G Brazil, the UK Infrastructure and Networks Forum, UK Telecoms Innovation Network, NGMN Alliance and 6G Flagship from Finland.

The declaration describes 6G as a global public good and says networks should be trusted and secure, resilient and reliable, open and interoperable, inclusive and affordable, and sustainable and globally connected. It calls for open interfaces, multi-vendor interoperability, AI-enabled network management, privacy-preserving design and skills development.

The 2026 progress report is the first attempt to check whether these words have produced action. It records what each partner has done over the past year on research, standards, trials and outreach, and sets out the outlook for the next phase. The value of such a report is that it creates a common scorecard. Without one, declarations remain statements of intent that are easy to announce and easy to forget.

Why the Symposium Matters for India’s Telecom Ambitions

The symposium matters because 6G standards are being written now, and countries that shape them gain both technological influence and a head start for their equipment makers. For India, the meeting links its domestic research push to global markets and supply chains.

India enters this phase with a large base. The country has more than 1.1 billion broadband connections and about 550 million 5G users across 99.9 per cent of districts (as of October 2026). The price of one gigabyte of mobile data has fallen from roughly ₹268 in 2014 to about ₹8, making India one of the cheapest data markets in the world. That scale gives Indian operators and vendors a testing ground that few countries can match.

From Technology Adopter to Standard Setter

For years, India bought telecom equipment designed elsewhere and paid royalties on standards it had no hand in writing. The Bharat 6G programme is an attempt to change that. The government points to the Made-in-India 4G stack, the rollout of indigenous 4G towers by BSNL, and the growth of domestic 5G equipment as evidence that the design and manufacturing base now exists.

Patents are the currency of standards. A company or country that holds standard essential patents can earn licensing fees from every device that implements the standard. India’s target of a 10 per cent share of global 6G patents is therefore an economic goal as much as a technical one. Reaching it will require not just more filings but high-quality patents that are actually adopted into 3GPP specifications.

The alliance’s partnerships support that aim. Foreign partners can open doors to working groups, testbeds and peer review, while Indian members bring use cases from a large, diverse market. The risk is that the arrangements remain ceremonial. The test will be whether they produce joint papers, shared trials and specifications that carry Indian technical contributions into the final standard.

The Inclusion Challenge

A fast network is of little use if it is unaffordable or unavailable where people live. The government’s own messaging at the symposium stressed that 6G must not deepen the digital divide. That is why ubiquitous connectivity, including satellite links, is central to India’s position. Terrestrial towers reach most towns and villages, but islands, mountain posts, offshore areas and remote forest regions still depend on other technologies.

The BharatNet programme, backed by about $15 billion, is meant to provide middle-mile fibre to nearly 2.6 lakh gram panchayats and on-demand connectivity to another 3.8 lakh villages. 6G can complement that work, but it cannot replace the slower task of building fibre, power and backhaul in rural areas.

India’s Growing Role in Global Telecom Governance

India’s influence is also visible outside the symposium. New Delhi hosted the World Telecommunication Standardization Assembly in 2024, which the government describes as the largest edition held outside Geneva. The ITU Council has accepted India’s proposal to host the ITU Plenipotentiary Conference in 2030, the body’s highest policy-making meeting. These platforms give Indian officials and engineers a seat at the table when spectrum and standards decisions are made.

Challenges remain. Spectrum prices and licence fees weigh on operator finances. The 5G business case is still weak in several markets. A 6G device and chip ecosystem does not yet exist at scale. And global standardisation can fragment if major economies pursue rival technologies. India’s strategy of combining domestic research with international partnerships is designed to manage these risks, but it depends on sustained funding and execution.

The Road to WRC-27 and 2030

The next decisive steps are WRC-27, where governments will identify spectrum for 6G, and the 3GPP Release 21 process, which will convert those decisions into technical standards. India’s task is to complete testbeds, scale trials and turn research into patents and products.

Spectrum will shape the economics of 6G more than any other factor. The DoT’s Spectrum Roadmap for 6G services sets out a phased approach: studying candidate bands, preparing for WRC-27, opening testbeds to startups and small firms, and promoting indigenous chipsets and sub-terahertz components. The roadmap also points to regulatory sandboxes so that companies can test products without waiting for full commercial licences. How quickly India assigns 6G spectrum after WRC-27 will decide whether operators can plan tower upgrades in time for a 2030 launch.

The testbed network needs to move from isolated projects to a shared national facility. The 6G terahertz testbed at SAMEER and the advanced optical communication testbed are a start, but researchers need predictable access, common measurement standards and links to international testbeds. The alliance’s new partnerships can help on the last point by connecting Indian teams to trials already running in Europe and East Asia.

Standards work will intensify through 2027 and 2028. India participates through the Telecommunications Standards Development Society, India (TSDSI), which is one of the organisational partners of 3GPP. Indian proposals on ubiquitous connectivity, sustainability and coverage have already found a place in the IMT-2030 framework. The harder task is to place specific technical solutions, such as waveform designs, network architectures and spectrum-sharing methods, into Release 21 and later releases.

Commercial use cases will decide whether 6G justifies its cost. The most plausible early applications are in fixed wireless access for homes and small businesses, industrial automation, remote healthcare, disaster response, precision agriculture and smart transport. Several of these are already being tested on 5G, which is useful because 6G will build on 5G-Advanced rather than replace it overnight.

The funding gap is real. The alliance’s detailed project report estimates a need of about ₹7,000 crore through 2030, while the TTDF had approved roughly ₹310.6 crore for 5G and 6G projects by September 2025. Bridging that gap will require money from the Research, Development and Innovation scheme, the Anusandhan National Research Foundation, industry co-funding and eventually patent licensing.

The next two years will show whether the symposium’s promises turn into working technology. The WRC-27 decisions on 6G bands and the first complete 3GPP Release 21 specifications will be the clearest signals. The appearance of Indian-designed components in commercial 6G trials will show whether the research effort is translating into products. If those fall into place, the 2030 target becomes credible. If they slip, India risks repeating its earlier role as a large market for technology designed elsewhere.

Key Takeaways

• The third International Bharat 6G Symposium 2026 was held from 7 to 9 October 2026 at Yashobhoomi in Dwarka, New Delhi, alongside the 10th India Mobile Congress.
• The Bharat 6G Alliance signed MoUs with GSMA, one6G Association, GTI Alliance Ltd, 6G Industry Forum of Taiwan and VoICE, expanding its partnership network to 17 collaborations.
• The alliance released nine working group white papers and the first progress report on the New Delhi Declaration, which was endorsed on 10 October 2025.
• The Bharat 6G Vision, released on 22 March 2023, targets India as a frontline contributor in the design, development and deployment of 6G by 2030.
• India aims for a 10 per cent share of global 6G patents by 2030, and its 6G roadmap projects a contribution of nearly $1.2 trillion to GDP by 2035.
• The ITU calls 6G IMT-2030, and the first commercial networks are expected around 2030, with the final 3GPP Release 21 specification freeze scheduled for March 2029.