Key Points

India is making significant progress toward 6G trials with strong support from industry experts and government. At the India Mobile Congress 2025, technology leaders emphasized the importance of integrating satellite and terrestrial networks for uninterrupted connectivity. Experts highlighted how Li-Fi technology could revolutionize rural connectivity by using solar panels as broadband receivers. Global collaboration between countries like India and Japan will be crucial in developing the next generation of communication technologies.

Key Points: India 6G Trials Global Collaboration at IMC 2025

  • India's 6G trials will integrate satellite and terrestrial networks for seamless connectivity
  • Li-Fi technology could provide energy-efficient rural connectivity using solar panels
  • Global collaboration between India, Japan and other nations will shape 6G development
  • Future networks require secure handovers between Wi-Fi, satellite and cellular technologies
  • Academic-industry partnerships crucial for developing prototypes and testbeds for 6G applications
2 min read

India gears up for 6G trials as experts highlight global collaboration at IMC 2025

India prepares for 6G trials as experts at IMC 2025 emphasize global partnerships, Li-Fi integration, and satellite-terrestrial network convergence for future connectivity.

"India has real technical manpower and strong government support. What we need is collaboration among academia, industry, and government to develop the future skill set - Ashutosh Dutta"

New Delhi, October 9

India is moving closer to launching 6G trials, with experts speaking to ANI on the sidelines of the India Mobile Congress (IMC) 2025. Industry leaders and researchers have stated that India's efforts in 6G research and development could play a crucial role in shaping the future of global connectivity.

Ashutosh Dutta, Chief 5G Strategist at Johns Hopkins University Applied Physics Laboratory, said that ubiquitous connectivity will be one of the key pillars of 6G. "Not everybody has access to cell towers or Wi-Fi, so when these are not available, we fall back to satellite," he explained. Dutta underlined the need for integrating non-terrestrial and terrestrial networks to ensure uninterrupted communication. "Operators, academics, and service providers should work together to build prototypes, simulations, and testbeds to support different applications," he said.

He also highlighted the importance of secure and seamless connectivity in future networks. "As we switch between access technologies like Wi-Fi and satellite, maintaining security and privacy will be crucial," Dutta said, adding that collaboration across countries on chip development and AI-enabled technologies would strengthen future networks. "India has real technical manpower and strong government support. What we need is collaboration among academia, industry, and government to develop the future skill set," he noted.

Adding to the discussion, Professor Harald Haas, Professor of Engineering, famously known as the "Father of Li-Fi," said the technology could play a major role in India's connectivity revolution. "Li-Fi can help connect rural communities by building free-space optical communications where fiber is too expensive," he told ANI. He explained that Li-Fi could complement existing 5G and 6G networks by providing additional data capacity and energy-efficient connectivity. "We can even use solar panels as broadband receivers, harnessing both sunlight and data together," Haas said.

Japan's National Institute of Information and Communication Technology (NICT) executive Iwao Hosako also expressed optimism about India's role in shaping the global communication landscape. "India is a very big power because of its industries in communications and software development," Hosako told ANI. He said Japan sees great opportunity to collaborate with India on creating new services and technologies. "Many talented people from India already work with us, and we hope to expand this cooperation to a higher level, between industries and governments," he said.

- ANI

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Reader Comments

R
Rohit P
While this sounds promising, I hope the government ensures that 6G infrastructure reaches tier-2 and tier-3 cities too. We're still struggling with 4G connectivity in many areas. Let's not repeat the same mistakes.
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Aditya G
The Li-Fi concept using solar panels as broadband receivers is brilliant! Perfect for sunny India. This could revolutionize connectivity in remote areas where laying fiber is challenging. Great to see global collaboration happening at IMC.
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Sarah B
As someone working in telecom, I'm excited but concerned about security aspects. Switching between Wi-Fi, satellite, and terrestrial networks needs robust security protocols. Hope Indian companies lead in developing these standards.
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Karthik V
Japan's interest in collaborating shows India's growing tech credibility. Our software talent combined with Japanese hardware expertise could create something amazing. Make in India getting global recognition! 🚀
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Nisha Z
Hope the focus on skill development mentioned by experts actually translates to better opportunities for Indian engineers and researchers. We have the talent - just need the right ecosystem to nurture it.

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