India’s Potential to Lead 6G Development and Standardization | Ravi Gandhi, Jio Executive

Reliance Jio executive, Ravi Gandhi, calls for India to lead in 6G development and standardisation, emphasizing the need for policy, regulations, and spectrum availability to keep up with technological advancements in the age of machine-to-machine communication.

Ravi Gandhi, President & Chief of Public Policy and Regulatory at Reliance Jio, believes it’s the perfect time for India to take the initiative in the development and standardisation of 6G networks. During an industry event, Gandhi emphasized the importance of India’s success in 6G technology and encouraged the country to be at the forefront of its global development, as reported by ET Telecom.


While acknowledging India’s comparable pace in 5G rollout to other countries, Gandhi highlighted the need for more significant 5G-driven use cases within India. He pointed out that India still needs to see the real-world applications for 5G, which has already been rolled out in several parts of the world. Gandhi explained that the high speeds offered by 5G and 6G networks may be more relevant to machine-to-machine communication, suggesting a scenario where machines could control other machines in various industries, particularly manufacturing.

Gandhi elaborated on the need for more spectrum to facilitate the development of 6G, emphasizing that policy and regulations must keep pace with technological advancements. He envisions 6G networks being integrated into a single network, incorporating small cells and floating cells around in the sky as satellites. This integration would allow a single user device to move seamlessly from one radio network to another without the need for device change.

Acknowledging the potential of 5G use cases in the manufacturing sector for machine-to-machine communications and private 5G, Gandhi stressed that 6G networks will be crucial for the future of communication technology. He expects the rollout of 6G to require vast chunks of spectrum, highlighting the need for India to be proactive in the standardisation and technology R&D of this new technology.

India’s position as a growing technological powerhouse presents the perfect opportunity to lead in the development and standardisation of 6G networks. By focusing on creating the necessary infrastructure, policy, and regulations to support 6G, India has the potential to become a global leader in the next generation of communication technology. This leadership will not only benefit India’s economy and industries but also pave the way for advancements in machine-to-machine communication and other critical technological innovations.


Recent Content

SailGP is enabling high-speed sailing with Ericsson Private 5G and Edge Computing, ensuring real-time race analytics, seamless connectivity, and immersive fan engagement. With Cradlepoint edge routers in each F50 catamaran, teams process over 53 billion data points per race day, optimizing performance and ensuring fairness. This 5G-powered digital transformation sets a new benchmark for sports connectivity.
Oulu University Hospital has deployed Europe’s first Private 5G Standalone (SA) network, revolutionizing healthcare with real-time patient monitoring, AI-assisted imaging, and augmented reality (AR) for surgery. Built by Boldyn Networks using Nokia Modular Private Wireless (MPW) technology, this high-speed, ultra-reliable network ensures seamless data flow, improved diagnostics, and enhanced patient safety. Learn how 5G is shaping the future of smart hospitals.
5G coverage in the U.S. varies significantly between urban and rural areas. While T-Mobile leads in availability, AT&T leverages FirstNet for rural expansion, and Verizon focuses on C-band spectrum. States like Nevada and Illinois rank high for 5G access, while Wyoming struggles with coverage gaps. With continued investment from major carriers and the FCC’s 5G Fund, rural connectivity is set to improve nationwide. Source: Ookla® (This article is based on Ookla’s research and Speedtest Intelligence® data).
AI is playing a key role in telecom security by strengthening threat detection, fraud prevention, and regulatory compliance. As 5G, IoT, and edge computing expand, telecom networks face cyber threats such as AI-specific attacks, network intrusions, and data breaches. AI-powered security solutions provide automated threat response, anomaly detection, and AI lifecycle protection, helping telecom providers maintain a secure and resilient network infrastructure.
The FCC’s proposed CBRS changes are facing backlash from 25 organizations, including Amazon, Comcast, and Lockheed Martin, who argue that increased power levels and relaxed emissions limits would harm rural broadband, private networks, and competition. The proposal risks turning CBRS into a high-power cellular band, benefiting major carriers at the expense of small businesses, industrial users, and public access initiatives. As the debate intensifies, the future of CBRS and its diverse ecosystem remains uncertain.
EE has deployed the UK’s first 5G Standalone (SA) network at Wembley Stadium, setting a new benchmark for sports venue connectivity. This upgrade delivers faster speeds, ultra-low latency, and enhanced capacity, ensuring seamless live streaming, mobile transactions, and digital fan experiences. As part of EE’s nationwide 5G expansion, this deployment paves the way for smart stadium innovations and next-generation event experiences.

Download Magazine

With Subscription

It seems we can't find what you're looking for.

Subscribe To Our Newsletter

Scroll to Top