DoT Warns: IMEI Tampering Can Lead to Jail & ₹50 Lakh Fine

The Department of Telecommunications (DoT) has issued a strong caution to citizens against IMEI tampering and misuse of telecommunication identifiers, warning that such actions can attract up to three years’ imprisonment and fines of ₹50 lakh. This announcement underscores the government’s determination to safeguard India’s rapidly expanding digital ecosystem.

India has seen several alarming incidents recently. Earlier in 2026, Delhi Police uncovered a syndicate that defrauded citizens of nearly ₹100 crore by rotating IMEIs and using SIM boxes to impersonate officials. The government also reported blocking over 15 lakh SIM cards and nearly 6 lakh IMEIs linked to cyber fraud, preventing scams worth more than ₹11,000 crore.

Why IMEI Tampering Matters

An IMEI number is essentially the fingerprint of your mobile phone. It’s a 15‑digit code that uniquely identifies your handset, no matter which SIM card is inside. Think of it like a car’s chassis number — it tells the network exactly which device is being used. Alongside IMEI, there are other telecommunication identifiers such as SIM card numbers and Calling Line Identity (CLI), which help telecom networks trace calls, messages, and data back to the right subscriber and device.

Tampering happens when fraudsters overwrite or change the IMEI using illegal software or hardware tools, making one phone appear as another. In some cases, criminals use SIM boxes that hold dozens of SIM cards and rotate IMEIs to disguise international calls as local ones. Others procure SIM cards with fake documents or manipulate CLI so scam calls look genuine. These tricks allow cybercriminals to bypass security, impersonate legitimate users, and carry out fraud undetected.

For everyday users, the takeaway is simple: your phone’s IMEI and your SIM are your responsibility. Verifying your device on the Sanchar Saathi portal, avoiding second‑hand phones without IMEI checks, and never sharing SIM cards are crucial steps to stay safe in India’s digital ecosystem.

International Mobile Equipment Identity (IMEI) is a unique identifier for every mobile device. Tampering with it or misusing SIM cards compromises:

• Citizen safety by enabling fraud and cybercrime.
• Network integrity by allowing unauthorized devices to operate.
• National security by creating loopholes for malicious actors.

“Tampering with IMEI numbers or using devices with unauthorised or tampered telecommunication identifiers is a punishable offence under the Telecommunications Act, 2023.”

Legal Provisions Under the Telecommunications Act, 2023

• Section 42(3)(c): Prohibits tampering with telecommunication identifiers.
• Section 42(3)(e): Prohibits obtaining SIMs or identifiers through fraud, cheating, or impersonation.
• Section 42(7): Makes violations cognizable and non-bailable.
• Section 42(6): Punishes abettors and promoters of such offences equally.

What Citizens Should Avoid

• Tampered devices: Using modems, SIM boxes, or equipment with configurable IMEIs.
• Fraudulent SIMs: Procuring SIM cards with fake documents or impersonation.
• SIM misuse: Selling, transferring, or loaning SIMs to others for unlawful activity.
• Identifier manipulation: Using apps or websites to alter Calling Line Identity (CLI).

Note: Even loaning a SIM card that is later misused can make the original subscriber legally liable.

Sanchar Saathi: Your Digital Shield

The government urges citizens to use the Sanchar Saathi portal and mobile app to:

• Verify IMEI details (brand, model, manufacturer).
• Secure mobile connections against fraud.
• Report suspicious activity.

Download the app:

• Android
• iOS

Building a Safer Telecom Ecosystem

This initiative is part of India’s broader effort to strengthen telecom security and protect citizens from cyber fraud. Compliance with the Telecommunications Act, 2023 is not just a legal requirement—it is essential for ensuring a safe, trusted, and resilient digital environment.

India Launches First Telecom Manufacturing Zone

India has signed an MoU to establish its first Telecom Manufacturing Zone (TMZ) in Gwalior, targeting ₹10,000–12,000 crore in investments over two phases, with ₹2,000–3,500 crore already committed in the first phase. The project is expected to generate up to 45,000 jobs and strengthen India’s push for self-reliance in telecom manufacturing.

Notably, India’s telecom manufacturing sector in 2026 is undergoing a major transformation, driven by government incentives, domestic component production, and rapid 5G/6G rollout. While India has excelled in mobile phone assembly, it is now aggressively localizing critical telecom hardware to reduce import dependence and strengthen supply chains.

The Ministry of Electronics and IT (MeitY) approved 22 projects worth ₹41,863 crore ($4.6B) under the Electronics Components Manufacturing Scheme (ECMS) in January 2026. These projects target telecom equipment, IT hardware, and strategic electronics.

India’s Telecom Manufacturing Zone in Gwalior is a landmark step toward Atmanirbhar Bharat in telecom, aiming to reduce imports, boost exports, and create a robust ecosystem for next-gen technologies.

Key Details of the Gwalior Telecom Manufacturing Zone

• Location: 170–350 acres in Gwalior, Madhya Pradesh
• Investment Target: ₹10,000–12,000 crore over two phases
• Phase 1: ₹2,000–3,500 crore already committed; 4,500–14,500 jobs expected
• Plug-and-Play Model: Ready infrastructure, testing labs, and R&D facilities
• Government Support: Subsidized land, power, water, capital subsidy, and employment incentives

Strategic Impact

• Self-Reliance: Currently, 80% of telecom components are imported; the zone aims to localize production
• Export Boost: HFCL plans to export 80% of its optical solutions manufactured here
• Innovation Hub: Facilities for 5G/6G technologies, fibre optics, semiconductors, and telecom equipment
• Global Positioning: Designed to make India a telecom design and manufacturing hub

Challenges Ahead

• Execution Timeline: Phase 1 spans three years; delays could push back Phase 2
• Technology Gap: India is focusing on 28nm–110nm nodes, while global leaders are advancing toward 2nm
• Supply Chain Risks: Dependence on imported raw materials and geopolitical volatility may affect progress

Quick Comparison of Phase 1 Commitments

Company	Investment (₹ crore)	Focus Area
HFCL	700	Optical solutions (exports)
Dixon Technologies	200	Optical transducers, routers
VVDN	500	R&D and design facility
Optiemus Infracom	150	Telecom equipment
Syrma SGS	250	Electronics manufacturing
Lava International	130	Mobile devices
Paramount Cable	200	Cable solutions

India Strengthens Telecom Security: FSID and C-DOT Partner with IISc on Quantum-Ready CoE

FSID and C-DOT have signed an agreement to establish a new Centre of Excellence (CoE) at IISc Bengaluru, focusing on advanced telecom research in 5G, 6G, AI, cybersecurity, and quantum technologies. This marks C-DOT’s fifth CoE in India, strengthening academia–industry collaboration and boosting indigenous telecom innovation.

Notably, C-DOT has established a total of five Centres of Excellence (CoEs) in recent times — four at IITs (Kanpur, Gandhinagar, Roorkee, and Hyderabad) and the latest one at IISc Bengaluru in partnership with FSID.

India is positioning itself as a leader in 6G, AI-driven networks, and quantum-ready communication systems. In just over a year, C-DOT has rolled out five CoEs, signaling aggressive investment in next-gen telecom R&D. With focus on cybersecurity and post-quantum cryptography ensuring readiness against future threats, Each CoE is designed to support MSMEs, startups, and academia, fostering indigenous innovation.

Key Highlights of the Pact

• Centre of Excellence at IISc: Hosted by FSID, dedicated to advanced communication technologies.
• Research Focus: Wireless communications, AI-integrated networks, cybersecurity, quantum and post-quantum communication.
• Prototype Development: Supporting startups, MSMEs, and academic-industry collaborations.
• Leadership: Agreement signed by FSID CEO Omprakash Subbarao and C-DOT CEO Dr Rajkumar Upadhyay.
• National Impact: Strengthening India’s technological self-reliance in telecom.

Strategic Importance

• Fifth CoE by C-DOT: Previous centres at IIT Hyderabad, IIT Kanpur, IIT Gandhinagar, and IIT Roorkee.
• Indigenous Innovation: Reduces dependence on foreign telecom systems.
• Knowledge Exchange: Workshops, training programmes, and collaborative research with IISc faculty and students.
• Long-Term Vision: Research in 5G Advanced, 6G rollout, large-scale MIMO systems, and secure communication networks.

Voices from the Collaboration

• Omprakash Subbarao (FSID CEO): Emphasized bridging industry–research gaps and promoting joint innovation.
• Dr Rajkumar Upadhyay (C-DOT CEO): Highlighted combining IISc’s academic excellence with C-DOT’s telecom expertise to build homegrown technologies.
• Prof Neelesh B Mehta (IISc): Stressed long-term partnerships between IISc faculty, students, and C-DOT experts.

Comparison with Other CoEs

Institution	Focus Areas	Impact
IIT Hyderabad	6G, AI, quantum research	National hub for futuristic telecom
IIT Kanpur	Cybersecurity, IoT	Strengthening secure networks
IIT Gandhinagar	Wireless systems	Advanced communication prototypes
IIT Roorkee	AI-driven telecom	Industry–academia collaboration
IISc Bengaluru (FSID)	5G Advanced, 6G, quantum, AI	Indigenous innovation, startups, IP creation

Why It Matters for India

• Telecom as critical infrastructure: Essential for economic growth and national security.
• Quantum threat readiness: Preparing for post-quantum cryptography and secure communication.
• Boost for startups: Access to cutting-edge infrastructure and collaborative research opportunities.
• Global positioning: India aims to lead in 6G and AI-driven telecom technologies.

C-DOT has recently entered several major partnerships beyond IISc, including collaborations with Delhi Police for smart policing, Rashtriya Raksha University (RRU) for cybersecurity and quantum research, and IIT Hyderabad for a telecom innovation CoE. These alliances highlight its push into security, AI, and next‑gen telecom.

To recall, earlier this year C-DOT signed an agreement with Synergy Quantum India Private Limited to jointly develop a quantum vulnerability detection tool. Prior to this, in May last year, C-DOT partnered Synergy Quantum India to develop drone-based Quantum Key Distribution (QKD) systems.

In March 2024, C-DOT signed a major partnership with Qualcomm Technologies at the Mobile World Congress in Barcelona. The MoU focuses on strengthening India’s telecom ecosystem by supporting startups, academia, and OEMs with Qualcomm’s chip technologies, IP training, and commercialization support.

India Hosts Nokia’s Biggest Fixed Broadband Research Facility in Chennai

Nokia has just inaugurated its largest fixed networks R&D facility globally in SIPCOT Siruseri, Chennai, Tamil Nadu. This marks a major expansion of the Finnish telecom giant’s footprint in India.

• Location: Chennai, Tamil Nadu
• Investment: ₹270 crore in the first phase, with plans to expand to ₹300 crore
• Focus Areas:
  • Next-gen broadband technologies (10G, 25G, 50G, 100G PON)
  • Fixed wireless access
  • Wi-Fi and multi-dwelling unit (MDU) solutions
  • AI-driven automation and cloud-based network controllers
• Jobs Created: Over 200 high-end positions in advanced telecom R&D
• Government Partnership: Expansion follows an MoU signed with the Tamil Nadu government during CM M.K. Stalin’s U.S. visit in August 2024

Why This Matters

• Strengthens India’s role as a global hub for telecom innovation
• Reinforces Tamil Nadu’s leadership in high-tech manufacturing and R&D
• Positions Nokia to drive advancements in ultra-fast broadband and AI-powered network solutions worldwide

Mobile Internet in India Costs Less Than a Cup of Chai

The cheapest mobile internet in the world in 2025 is found in India, where the average cost of 1 GB of mobile data is less than $0.10. Other countries with extremely low costs include Israel, Nepal, and China.

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Countries with the cheapest mobile internet (2025)

Rank	Country	Avg. Cost of 1 GB (USD)	Why It’s Cheap
1	India	~$0.09	Huge competition among telecoms, massive user base, government regulation
2	Israel	~$0.11	Strong infrastructure, competitive market
3	Nepal	~$0.12	Affordable plans, regional competition
4	China	~$0.14	Scale of operations, government-backed infrastructure
5	Sri Lanka	~$0.17	Low-cost packages, regional affordability
6	Bangladesh	~$0.18	High demand, competitive telecom sector
7	Vietnam	~$0.20	Expanding infrastructure, affordable plans
8	Pakistan	~$0.21	Large user base, competitive pricing
9	Iran	~$0.22	State-regulated pricing
10	Russia	~$0.23	Economies of scale, strong domestic providers

Sources: global relocate 

India is often ranked as the country with the cheapest mobile internet because of its ultra-low per‑GB pricing (around ₹7–8 per GB), while Israel sometimes appears at the top in other reports due to differences in methodology.

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Why Rankings Differ: India vs. Israel

Criteria Used	India’s Position	Israel’s Position	Explanation
Absolute price per GB	Cheapest globally (~$0.09 or ₹7.30 per GB)	Much higher (~$1.20 per GB, ~13× India)	India dominates when measuring raw cost.
Average monthly broadband cost	Low, but varies by provider	Competitive in OECD context	Some rankings mix mobile + broadband averages.
Price per Mbps (speed-adjusted)	Lower speeds in rural areas reduce efficiency	Advanced infrastructure gives better Mbps per dollar	Israel can appear “cheaper” when factoring speed.
Market competition	Reliance Jio, Airtel, Vodafone Idea drive prices down	Multiple operators but smaller market	India’s scale keeps costs ultra-low.
Government policy	Digital India push, spectrum pricing reforms	Liberalized telecom market, but higher living costs	India’s regulatory push favors affordability.

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Key Insights

• India leads on raw affordability: At less than ₹10 per GB, India is unmatched in absolute cost.
• Israel leads in efficiency metrics: Some global reports rank Israel higher because they normalize cost by speed or quality of service.
• Methodology matters: If the ranking is “cheapest per GB,” India is #1. If it’s “best value per Mbps,” Israel can appear on top.
• Consumer experience differs: In India, rural coverage and speed gaps remain, while Israel offers more consistent high-speed access.

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Merits & Demerits 

• India’s ultra-low cost: Patchy rural coverage, occasional congestion, and slower average speeds compared to OECD countries.
• Israel’s higher nominal cost: Offset by faster, more reliable service, which some rankings interpret as “better value.”

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Key insights

• India leads globally: Reliance Jio and Airtel drive down costs through aggressive competition and infrastructure investments.
• South Asia dominates: Nepal, Sri Lanka, Bangladesh, and Pakistan offer ultra-cheap data.
• Israel’s surprise entry: Advanced infrastructure and competition keep prices low in a high-income market.
• China’s scale effect: Massive population and demand with large-scale infrastructure keeps costs low.

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Trade-offs & considerations

• Speed vs. price: Cheaper markets like Nepal or Bangladesh may see slower speeds; India and Israel balance affordability with better performance.
• Coverage gaps: Rural areas may have weaker connectivity despite low prices.
• Regulatory influence: Government policies (e.g., digital inclusion efforts) significantly shape pricing.

Tata Elxsi and Druid Software Unite to Deliver Integrated 4G/5G Core Solutions for Industry 4.0

Tata Elxsi, a global leader in design and technology services, today announced a strategic partnership with Druid Software, a global leader in cellular network technology. This collaboration brings together end-to-end expertise in 5G networks, offering enterprises a powerful ecosystem to accelerate digital transformation through xG-Force, Tata Elxsi’s Lab-as-a-Service (LaaS) platform.

Built on open 3GPP standards, Druid’s Raemis™ private cellular core combines 4G & 5G core network functionality in a single consolidated solution offering customers an easy migration path from 4G to 5G technology. In addition, Raemis supports mission-critical services such as VoLTE, VoNR, and advanced multimedia applications through its fully integrated IMS architecture.

As part of xG-Force lab's continuing journey in building the ecosystem that brings the best together for Tata Elxsi’s customers, enterprises and CSPs can validate, test, and deploy these integrated 4G/5G solutions at scale, reducing time-to-market while ensuring performance, reliability, and security. It addresses critical use cases across industries such as manufacturing, logistics, utilities, healthcare, transportation, and smart campuses.

Through xG-Force LaaS, Tata Elxsi will develop and integrate 5G applications with its innovative platforms—Neuron for autonomous networks, TETHER for connected vehicles, TEngage for digital health, and TEDAx for big data engineering—to bring solutions in AI, next-gen communications and advanced technologies.

At the heart of the solution is Druid’s field-tested mature Raemis™ core network platform which can be deployed as a completely standalone 4G/5G core network at any critical location requiring secure, high-quality, private wireless coverage. With its built-in IMS layer, Raemis enables high-quality voice services and can be integrated via standard interfaces to MCC platforms supporting PTT, broadcast messaging and other advanced features. Beyond its flexible deployment options and multimedia capabilities, Raemis offers ease of installation & provisioning as well as centralized control. 

The joint solution enables enterprises to unlock Industry 4.0 applications including automotive, healthcare, IoT, AR/VR, digital twin, and mission-critical communications with guaranteed Quality of Service (QoS).

With Lab-as-a-Service, Tata Elxsi is enabling enterprises to de-risk and accelerate their 5G journey by testing, validating, and deploying future-ready networks. “Our collaboration with Druid Software ensures enterprises get the best of 5G core and IMS in an integrated, standards-compliant environment, said Priya S. Kumar — Head, Media & Communications, Tata Elxsi.

By combining our mature multigenerational 4G/5G core platform, with a built-in IMS layer, and Tata Elxsi’s Lab-as-a-Service, enterprises gain the confidence to deploy next-generation connectivity tailored for their most demanding use cases, said Sumit Gehani, VP of Sales, Druid Software.

About Tata Elxsi

Tata Elxsi is a global design and technology services company that helps customers across automotive, consumer electronics, healthcare, media and telecom industries, reimagine their products and services through design thinking and the application of digital technologies. Tata Elxsi brings together industry-leading solutions and platforms and deep domain capabilities in 5G network design, automation, orchestration and digital engineering for global telcos and enterprises. Customers can leverage the 5G A3 Innovation Lab in Bangalore as a use case foundry for Applications, Automation and AI in 5G networks. visit www.tataelxsi.com

About Druid Software

Druid Software is a core cellular network software company based in Ireland. Founded in 2000, Druid has evolved into a global leader in private cellular network solutions for enterprise and public safety. Druid’s Raemis™ platform is a mature 4G/5G core network platform, with unique features designed for business-critical communications. Druid’s technology enables organizations to build and manage their own secure, reliable, and high-performance private networks.

Apple, Amazon, Meta Join Forces Against Indian Telcos Over 6 GHz Wi‑Fi Spectrum

Apple, Amazon, Cisco, Meta, along with HP and Intel, have formally opposed Reliance Jio and Vodafone Idea’s push to allocate the 6 GHz band for mobile services, instead urging that the entire band be reserved for Wi‑Fi use.

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What’s happening

• Indian telcos’ demand: Reliance Jio and Vodafone Idea want the 6 GHz band (6425–7125 MHz) included in upcoming spectrum auctions for mobile broadband expansion.
• Tech majors’ stance: Apple, Amazon, Cisco, Meta, HP, and Intel submitted a joint response to TRAI’s consultation paper, opposing this demand. They insist the band should be allocated to Wi‑Fi services, not mobile networks.
• Government’s plan: India has said 400 MHz of the 6 GHz band is available for auction now, 300 MHz will be available by 2030, and 500 MHz will be delicensed for low‑power Wi‑Fi applications.

Why the clash matters

• Telcos’ argument: Mobile operators want more spectrum to handle surging data demand, especially for 5G and future 6G.
• Tech giants’ counterpoint: The 6 GHz band is globally being opened for Wi‑Fi, supporting faster, more reliable connectivity in homes, offices, and public spaces; technical readiness for mobile (IMT) use is not established, making allocation for IMT premature; Wi‑Fi expansion benefits device makers and enterprise networks, aligning with their ecosystem strategies.

Global context

• United States & Europe: Large portions of the 6 GHz band have already been delicensed for Wi‑Fi 6E and Wi‑Fi 7.
• India’s decision: Will set a precedent for balancing licensed spectrum for telcos vs. unlicensed spectrum for tech ecosystems.

Key takeaways

• Allocation preference: Tech majors want 6 GHz for Wi‑Fi, not mobile.
• Telco position: Indian telcos want it auctioned for 5G/6G expansion.
• Policy path: Government is considering a hybrid approach—auctioning part, delicensing part, and holding back some for future use.
• Impact: The outcome will shape India’s digital infrastructure, influencing whether homes and enterprises get faster Wi‑Fi or telcos get more mobile spectrum.

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Comparative Map of 6 GHz Spectrum Allocation

Region	Allocation Decision	Key Details	Policy Direction
United States	Entire 6 GHz band (5925–7125 MHz) opened for unlicensed Wi‑Fi	Supports Wi‑Fi 6E and Wi‑Fi 7; FCC made full band available for Wi‑Fi in 2020	Strong push for Wi‑Fi ecosystem; telcos rely on other mid‑bands for 5G
European Union	Lower 6 GHz (5925–6425 MHz) opened for Wi‑Fi; upper 6 GHz (6425–7125 MHz) under debate	Wi‑Fi Coalition and Dynamic Spectrum Alliance lobbying for full unlicensed access; mobile operators want upper band for IMT	Split approach; EU regulators still deciding on upper band, but momentum favors Wi‑Fi
China	Upper 6 GHz (6425–7125 MHz) allocated for licensed mobile (5G/6G)	MIIT calls 6 GHz “the only high‑quality mid‑band” for future mobile; already positioned for 5G/6G rollout	Clear pro‑mobile stance; prioritizes IMT over Wi‑Fi
India	400 MHz for auction now, 300 MHz by 2030, 500 MHz delicensed for Wi‑Fi	TRAI consultation ongoing; telcos (Jio, Vi) want more for IMT, while tech majors (Apple, Amazon, Cisco, Meta, Intel, HP) demand full Wi‑Fi allocation	Hybrid model: partial auction + partial Wi‑Fi; balancing telco needs with device ecosystem

Key Insights

• US & EU: Favor Wi‑Fi, seeing it as critical for homes, enterprises, and innovation.
• China: Prioritizes mobile operators, ensuring 6 GHz strengthens 5G/6G capacity.
• India: Trying to balance both worlds—auctioning some spectrum for telcos while delicensing a large chunk for Wi‑Fi.

Why This Matters

• For consumers: Wi‑Fi allocation means faster, cheaper connectivity indoors; mobile allocation strengthens outdoor 5G/6G coverage.
• For industry: Device makers benefit from Wi‑Fi expansion; telcos benefit from IMT allocation.
• For policy: India’s hybrid stance could become a global test case for balancing competing ecosystem demands.

Jio 5G Users Aged 18–25 Get Free Access to Google Gemini AI Pro Plan

Reliance Jio has partnered with Google to offer eligible users 18 months of free access to the Gemini 2.5 Pro AI plan—worth ₹35,100—starting October 30, 2025. This offer is currently available to Jio 5G users aged 18–25 on unlimited plans.

What’s Included in the Gemini AI Pro Plan

• Gemini 2.5 Pro model: Google's flagship AI with enhanced reasoning and multimodal capabilities.
• AI image and video generation: Create visuals by describing ideas—ideal for students, creators, and developers.
• NotebookLM: AI-powered research and writing assistant with 5× higher usage limits.
• 2 TB Google Cloud storage: For photos, documents, and collaborative work.
• AI integration in Google Workspace: Use Gemini directly inside Gmail, Docs, Sheets, and more.
• AI image editing tools: Transform photos into creative assets using Gemini’s latest image update.

Who’s Eligible and How to Claim

• Eligibility: Jio 5G users aged 18–25 subscribed to Unlimited 5G plans.
• Claim Process:
  • Open the MyJio app.
  • Look for the Google Gemini Offer banner.
  • Follow the steps to activate your free 18-month subscription.

Strategic Impact

• Follows similar AI democratization efforts like ChatGPT Go being offered free in India from November 4, 2025.
• Airtel previously partnered with Perplexity AI for a one-year free access plan.
• Google Cloud is also partnering with Reliance Intelligence to expand enterprise AI adoption across India.

Why It Matters

This partnership is a major step in making premium AI tools accessible to India’s youth and 5G user base. It blends Reliance’s massive reach with Google’s cutting-edge AI, potentially reshaping how millions engage with productivity, creativity, and research tools.

Vi’s AI-Powered Vi Protect Flags 600M+ Scam Calls, Launches Real-Time Threat Response

Vi, India’s leading telecom operator, today announced Vi Protect, a comprehensive AI-powered initiative that unifies all of Vi’s consumer, network, and enterprise safety and security measures against the rapidly evolving landscape of spam, scams, and cyber-attacks under one umbrella.

As part of this initiative, Vi introduced two powerful measures at India Mobile Congress (IMC) 2025. An AI-based Voice Spam Detection system and AI-driven network defence and incident response system for its core network.

Vi’s voice spam detection detects and flags fraudulent and spam calls in real time. Using advanced AI models, web crawlers, and user feedback, it identifies suspicious callers before they reach the customer. When a potentially fraudulent number calls a Vi customer, the phone screen will display ‘Suspected Spam’, thereby helping customers decide whether to answer the call. Unlike third-party caller ID apps, this feature works natively within Vi’s network, ensuring better accuracy, and enhanced privacy.

This new feature builds on Vi’s existing robust consumer protection measures that now fall under the Vi Protect umbrella, including:

• Spam Filtering of Text Messages: Fraudulent SMS messages are detected and flagged to customers
• International Calling Display: A first of its kind measure in the industry, International Calling Display makes it easier for customers to easily recognise genuine international calls and make informed decisions
• AI-powered Threat Analysis: Integrated with Vi’s DNS, SMS, and Voice Gateways, an analytical engine continuously learns from threat patterns to enhance protection

Thus far, Vi’s security systems have successfully flagged over 600 million spam and scam calls and messages, protecting millions of customers from fraud and data theft. Vi will soon be launching URL Protection in real time: scanning and blocking suspicious links to prevent phishing and malware attacks.

Under Vi Protect, Vi has also introduced an upgraded AI-powered Cyber Defense and Incident Response System to protect its core network and enterprise operations. This defense center uses agentic and generative AI models to detect, analyze, and neutralize potential cyber threats in under an hour, compared to earlier longer response times. The system is nearly 70 percent more accurate and minimizes false positives. The solution follows a five-step defense mechanism including:

• Anomaly Detection: Agentic AI proactively detects abnormal activity
• Contextualization and Categorization: The system classifies incidents using contextual intelligence
• Interface Engine Agent: High-volume data is processed for rapid decision-making
• Suggestive Intelligence: AI prioritizes response actions based on risk levels
• Human Validation: Expert analysts validate AI findings, continuously improving the model

Vi will also extend this capability to its enterprise customers soon, offering predictive insights by co-relating global cyber events and attack timelines.

Through Vi Protect, Vi is reinforcing its commitment to cyber resilience and enhancing customer trust, strengthening its role as a secure and trusted enabler of India’s digital future.

Speaking on Vi Protect, Jagbir Singh, Chief Technology Officer, Vi, said –

With India’s growing digital adoption and global prominence, protecting customers networks has never been more important. Vi Protect uses advanced AI and proactive measures to protect our customers and strengthen our networks. Vi Protect is our commitment to a safe and trusted digital environment.

#Unplugged: How Vodafone’s Digital Wellbeing Campaign in EU Can Inspire Telcos Across Asia

In an era of hyperconnectivity, the Vodafone Foundation’s new pan-European initiative, #Unplugged, offers a timely and replicable blueprint for promoting digital wellbeing among young people. Launched this week across six European countries, the campaign is a social-first movement designed to foster healthier digital habits—without preaching abstinence. For telecom operators and digital foundations in Asia, #Unplugged presents a compelling model for engagement, education, and impact.

What Is #Unplugged?

#Unplugged is an 8-week social media campaign targeting teenagers and young adults across Albania, Germany, the Netherlands, Portugal, Romania, and Spain. It’s hosted on Vodafone Foundation’s Kliick feeds and delivered by local content creators in native languages. The tone is playful, relatable, and challenge-driven—designed to resonate with Gen Z on platforms like TikTok, Instagram, and YouTube.

Rather than advocating for digital detoxes, the campaign encourages:

• Mindful screen time
• Offline engagement
• Self-reflection

It’s about balance, not restriction.

Why It Matters

Vodafone Foundation’s study in Germany revealed:

• 69% of youth spend over 2 hours daily on social media
• 29% feel stressed by their usage
• 26% feel guilty about it

These numbers echo trends across Asia, where smartphone penetration is high and digital stress is rising. From Seoul to Mumbai, Jakarta to Manila, young people are navigating the same pressures—constant notifications, algorithmic addiction, and blurred boundaries between online and offline life.

Why Asia’s Telcos Should Pay Attention

Asia is home to some of the world’s most digitally active youth populations. Telcos here are not just connectivity providers—they’re cultural influencers, content distributors, and digital educators. By adapting #Unplugged, they can:

• Build trust with younger audiences through authentic, wellbeing-focused messaging
• Support national digital literacy goals and mental health initiatives
• Strengthen ESG credentials with measurable social impact
• Collaborate with educators, creators, and NGOs to localize content and amplify reach

How to Localize #Unplugged in Asia

Component	European Model	Asian Adaptation
Platform	TikTok, Instagram, YouTube	Add WhatsApp, LINE, WeChat, and regional platforms like Moj or ShareChat
Content Creators	Local influencers in native languages	Partner with youth icons, educators, and mental health advocates
Tone	Humorous, challenge-based	Blend humor with cultural sensitivity and local storytelling
Policy Linkage	Vodafone’s Skills Upload Junior + Save the Children	Align with national digital literacy programs, school curriculums, and CSR mandates
Measurement	Reach, engagement, sentiment	Add mental health surveys, school partnerships, and community feedback loops

A Call to Action for Asia’s Telcos

The digital wellbeing of young people is no longer a fringe issue—it’s central to the future of inclusive, responsible connectivity. Campaigns like #Unplugged show that telcos can lead with empathy, creativity, and impact. By adapting this model, Asian telecom companies can move beyond infrastructure and into influence—shaping healthier digital cultures for the next generation.

Vodafone Expands in Eastern Europe with $32M Telekom Romania Buy

Vodafone Romania has signed a binding agreement to acquire key assets of Telekom Romania Mobile Communications from Greek telecom group OTE and Deutsche Telekom, in a joint €70 million ($75M) transaction with Digi Romania.

Digi Romania is the Romanian branch of Digi Communications N.V., a publicly listed telecom group headquartered in Bucharest, with its statutory seat in the Netherlands. Founded in 1994, Digi is one of Romania’s largest telecom operators and has expanded operations across Spain, Italy, Portugal, and Belgium.

Deal Breakdown

• Vodafone’s Share: €30 million (~$32M) for postpaid customers, retail network, business clients, and infrastructure.
• Digi’s Share: €40 million (~$43M) for prepaid services, spectrum licenses, towers, and related equipment.
• Completion Timeline: Early October 2025
• Regulatory Approval: Cleared by Romania’s Competition Council in July

Strategic Impact

• Vodafone strengthens its local footprint, adding ~2 million customers to its existing 6.3 million base.
• Romania’s mobile market consolidates to three major players: Vodafone, Digi, and Orange.
• OTE gains tax exemptions worth over €100 million and future cash flow savings.

Financial Summary

Buyer	Assets Acquired	Value
Vodafone	Postpaid customers, retail, infrastructure	€30M (~$32M)
Digi	Prepaid services, spectrum, towers	€40M (~$43M)

Executive Commentary

“This transaction strengthens our position in Romania by increasing our local scale and unlocking significant synergy benefits.” — Margherita Della Valle, CEO of Vodafone Group

TCS to Overhaul Vodafone Idea’s BSS with TwinX and HOBS in Multi-Year Digital Transformation Deal

Tata Consultancy Services (TCS) (BSE: 532540, NSE: TCS) a global leader in IT services, consulting, and business solutions, has partnered with Vodafone Idea to transform their business support system (BSS) through an AI-driven and future ready platform. The five-year engagement will help India’s leading telecom service provider unlock new capabilities in customer experience by deploying a next-gen platform focused on intelligence, automation, personalization and accelerated launch of new product and services.

The transformation will be anchored on TCS’ flagship products — TCS HOBSTM and TCS TwinXTM. TCS HOBS will provide the digital backbone for business support systems, driving agility, stability, and seamless integration across customer touchpoints. TCS TwinX will complement this with AI/ML-powered intelligence and scenario simulation, helping Vodafone Idea to enhance service responsiveness, and deliver personalized interactions. By combining the robust processes and systems of TCS HOBS along with advanced analytics capabilities of TCS TwinX, the unified platform will accelerate service delivery, ensure resilient performance, and provide flexibility to adapt quickly to evolving customer needs.

Jagbir Singh, Chief Technology Officer, Vodafone Idea Limited, said, “With this partnership Vi is embarking on a transformative journey to redefine customer experience. By modernizing our BSS platforms embedded with AI-driven innovation, we are setting a new standard to deliver, faster, smarter and more personalized digital experiences. This collaboration marks a significant milestone in our ongoing commitment to innovation, operational efficiency and delivering an unmatched experience to our customers.”

With over 25 years of expertise in supporting Communications, Media, and Information Services businesses (CMI), TCS serves CMI customers across 45 countries. Operating from more than 105 delivery locations, TCS leverages its industry and technology expertise to support over one billion telecom subscribers globally. TCS’ services encompass the entire communications value chain, including modernization, operation support system, networks, IT, and operations.

Ujjwal Mathur, President & Country Head - India Business, TCS, said, "The transformation program for Vodafone Idea is built on 15 years of relationship with TCS. A testament to our customer centricity across industries. By leveraging our advanced AI capabilities and flagship products, TCS HOBSTM and TCS TWINXTM, we are committed to transform customer engagement and operational efficiency for Vodafone Idea. This initiative marks a pivotal step in driving AI-led transformation of Vi’s core Business Support System. This collaboration underscores our dedication to delivering innovative solutions that drive growth and excellence in the telecom sector."

This partnership advances TCS’ vision of Accelerating India’s progress through solutions that are Made in India, for India—and ready for the world. With a strong focus on sustainability, security, and sovereignty, TCS aims to fuel innovation, economic growth, and global competitiveness. As India enters a new era of digital advancement, TCS remains committed to delivering indigenous solutions that empower governments, enterprises, and citizens, helping them perpetually adapt in an AI-first world.

No Mobile Towers Needed: Starlink to Bring Internet Directly to Phones

SpaceX CEO Elon Musk has announced a major technological milestone for Starlink, the company’s satellite internet division. Within the next two years, Starlink will enable standard mobile phones to connect directly to its satellite network, bypassing traditional cell towers and regional carriers.

This innovation marks a transformative leap in global connectivity, promising high-bandwidth internet access anywhere on Earth, including remote, rural, and disaster-stricken regions.

Key Highlights

• Direct-to-Cell Technology: Phones will connect directly to Starlink satellites without hardware modifications, using standard LTE protocols.
• Global Coverage: Seamless internet access across five continents, including areas currently underserved by mobile networks.
• Spectrum Acquisition: SpaceX has secured a $17 billion deal with EchoStar, acquiring 50 MHz of S-band spectrum in the U.S. and global Mobile Satellite Service licenses.
• Technical Milestone: On January 8, 2024, Starlink successfully sent and received text messages using T-Mobile spectrum via its new Direct-to-Cell satellites.

Technology Behind the Breakthrough

Starlink’s Direct-to-Cell satellites are equipped with:

• Custom silicon optimized for low-power mobile signals
• Advanced phased array antennas for precise beam steering
• Regenerative networking to support voice, video, and IoT services

These satellites orbit at 360 km, lower than competing constellations, enabling stronger and faster links to mobile devices.

The top six Direct to Cell Satellites stacked and ready for launch

Global Partnerships

Starlink has partnered with major mobile operators including:

• T-Mobile (USA)
• Optus & Telstra (Australia)
• Rogers (Canada)
• KDDI (Japan)
• Salt (Switzerland)

These alliances allow Starlink to act as a roaming partner, extending coverage into previously unreachable geographies.

Impact & Outlook

Musk stated, “You’ll be able to watch videos anywhere on your phone,” underscoring the potential to revolutionize mobile connectivity. The service is expected to roll out:

• Text messaging in 2024
• Voice, data, and IoT services by 2025

This development could disrupt legacy telecom providers and redefine how billions access the internet.

Vodafone Idea and IBM Launch AI Innovation Hub to Transform Telecom Operations and Accelerate Digital Delivery

Vodafone Idea (Vi) has made a strategic collaboration with IBM to revolutionize its telecom operations through artificial intelligence (AI) and automation. The partnership marks a significant milestone in Vi’s digital transformation journey, aimed at streamlining operations, enhancing service reliability, and accelerating the delivery of next-generation digital services.

AI Innovation Hub: The Core of the Transformation

At the heart of this initiative is the newly launched AI Innovation Hub, a joint endeavor between Vi and IBM Consulting. The Hub is designed to continuously modernize Vi’s IT and business processes by co-creating:

• AI-powered automation tools
• Digital accelerators for faster service deployment
• Advanced DevOps solutions infused with AI

The Innovation Hub will serve as a collaborative space where experts from both organizations will develop and deploy cutting-edge technologies to improve operational efficiency and customer experience.

Unified DevOps Execution Model

Vi is also implementing a unified DevOps execution model, powered by automation and AI. This model aims to:

• Accelerate software development cycles
• Improve service reliability and uptime
• Enhance agility across IT and network operations

By integrating AI into its DevOps workflows, Vi seeks to create a more responsive and resilient digital infrastructure—critical for supporting India’s rapidly evolving telecom landscape and the rollout of 5G services.

Jagbir Singh, Chief Technology Officer at Vi, emphasized the strategic importance of the partnership:

This marks a pivotal milestone in Vi’s digital journey. The AI Innovation Hub will set new benchmarks for the telecom industry and help us deliver superior customer experiences.

Juhi McClelland, Managing Partner of IBM Consulting, Asia Pacific, added:

Vi’s AI Innovation Hub is a testament to the power of co-creation. Together, we’re building a future-ready digital foundation that leverages IBM’s industry-leading AI capabilities.

Long-Term Vision

The collaboration builds on a 17-year relationship between Vi and IBM, now evolving into a managed services model focused on AI, automation, and digital resilience. The initiative aligns with broader industry trends, as telecom providers increasingly adopt AI to manage surging data volumes, optimize networks, and personalize customer engagement.

Industry Context

India’s telecom sector is undergoing rapid transformation, driven by rising data consumption, 5G deployment, and digital inclusion efforts. Strategic partnerships like Vi–IBM are expected to play a crucial role in shaping the next phase of telecom innovation.

Vodafone Idea Acquires 26% Stake in Aditya Birla Renewables SPV to Power Telecom Ops

In a strategic move to bolster its renewable energy portfolio, Vodafone Idea Limited has signed binding Purchase and Power Purchase Agreements (PPAs) on August 12, 2025, to acquire a 26% equity stake in Aditya Birla Renewables SPV 3 Limited (ABRen SPV 3). The special-purpose vehicle (SPV) has been established to own and operate a captive power plant, aimed at supplying clean energy to Vodafone Idea’s telecom operations.

Transaction Highlights

• Equity Stake: 26% in ABRen SPV 3
• Investment Value: ₹1.56 crore, to be infused in tranches over six months
• SPV Incorporation: November 21, 2024
• Authorised Share Capital: ₹6.50 crore
• Paid-up Capital: ₹1 lakh (10,000 equity shares of ₹10 each)
• Turnover: Nil as of date

The agreements were executed with Aditya Birla Renewables Limited, a related party under the Companies Act, 2013. The transaction has received approvals from both the Audit Committee and the Board of Directors of Vodafone Idea.

Vodafone Idea’s investment aligns with regulatory provisions under the Electricity Act, 2003, and the Indian Electricity Rules, 2005, which mandate equity participation for captive power consumption. The move is expected to provide cost-effective and sustainable energy, reducing operational costs and carbon footprint across its telecom infrastructure.

A spokesperson from Vodafone Idea commented, “This partnership reinforces our commitment to sustainability and energy efficiency. By investing in captive renewable energy, we aim to optimize costs and contribute to India’s clean energy transition.”

The telecom sector is increasingly turning to renewable energy to meet rising power demands while adhering to ESG goals. Vodafone Idea’s latest investment reflects a broader industry trend toward green infrastructure and energy independence.

Vodafone Idea’s Enterprise Arm Doubles Down on IoT with Smart Metering for Electricity & Gas

Vodafone Idea’s enterprise division, Vi Business, is charting an ambitious course into the Internet of Things (IoT) space, with a strategic focus on smart metering solutions across electricity and gas sectors. The move aligns with India’s national push toward digital utility infrastructure and positions Vi as a key player in the evolving smart grid ecosystem.

12 Million Smart Electricity Meters in Pipeline

Vi Business plans to deploy 12 million smart electricity meters over the next three years, supporting the government’s India Smart Grid Mission and the Revamped Distribution Sector Scheme (RDSS). The RDSS aims to replace 250 million conventional meters with IoT-enabled prepaid smart meters by 2028, targeting improved billing efficiency and reduced power theft.

The telco’s proprietary Vi Business IoT Smart Central platform will serve as the backbone of this rollout, offering centralized control, real-time data analytics, and seamless integration with DISCOMs (distribution companies). The platform is designed to reduce Aggregate Technical & Commercial (AT&C) losses, enable remote meter control, and provide consumers with transparent, real-time energy usage insights.

Expanding Horizons: Smart Gas Metering Pilots Underway

Beyond electricity, Vi Business is piloting smart gas metering solutions for commercial applications. These pilots involve partnerships with City Gas Distributors (CGDs), Advanced Metering Infrastructure Service Providers (AMISPs), and gas meter manufacturers. The initiative leverages Narrowband IoT (NB-IoT) technology, known for its low power consumption and reliable connectivity, to ensure robust performance in gas distribution networks.

Infrastructure & Innovation Driving Scale

To support its smart metering ambitions, Vi has established a dedicated IoT lab for pre-deployment testing and certification. This facility enables faster rollouts and minimizes operational errors. The company also emphasizes telco-grade encryption and security protocols, ensuring data privacy and reliability for both utilities and end-users.

Competitive Landscape Heats Up

Vi’s foray into smart metering places it in direct competition with Reliance Jio and Bharti Airtel, both of which are aggressively expanding their IoT portfolios. As India’s utility sector undergoes digital transformation, telecom operators are increasingly positioning themselves as technology enablers for infrastructure modernization.

With policy tailwinds and rising demand for intelligent utility management, Vi Business’s smart meter strategy could mark a pivotal shift in how energy and gas consumption are monitored, billed, and optimized across the country.

Vi Launches 5G Services in Sonipat

Leading telecom operator Vi announced the launch of its 5G services in Sonipat, starting today. This expansion is part of Vi’s ongoing 5G rollout across 23 cities, in its 17 priority circles, where it has acquired 5G spectrum.

Earlier, Vi introduced 5G services in major cities including Mumbai, Delhi-NCR, Bangalore, Mysuru, Chandigarh, Patna, Nagpur and Jaipur, as it continues to expand its 5G services to more customers across India.

Vi users in Sonipat with 5G-enabled devices can access Vi 5G services starting tomorrow. As an introductory offer, Vi is providing unlimited 5G data to users on plans starting from ₹299. Customers can enjoy high-definition streaming, gaming, video conferencing, faster downloads, and real-time cloud access.

Commenting on the launch, Rahul Joshi, Business Head –Punjab, Haryana, HP & JK, Vodafone Idea, said: “As we launch Vi 5G in Sonipat, we are excited to bring the future of connectivity to Haryana. With our next-gen 5G alongside our robust 4G services, we aim to provide more options and an enhanced experience to our users. We are committed to systematically expanding our 5G footprint across Haryana, in line with growing demand and 5G handset adoption.”

To ensure a superior 5G experience in Haryana, Vi has partnered with Nokia to deploy advanced, energy-efficient infrastructure and implemented AI-powered Self-Organizing Networks (SON) to automatically optimize network performance.

Since raising funds via Follow on Public Offer (FPO) last year, Vi has also significantly upgraded its 4G network in Haryana to deliver enhanced coverage, faster data speeds, and overall superior user experience. It has successfully deployed 900 MHz spectrum on 1700+ sites and doubled capacity on 1200+ sites from 5MHz to 10 MHz across key locations like Panipat, Sonipat, Bhiwani Rewari, Palwal, Jind, Sirsa, Hisar, Rohtak, Karnal, Ambala, Kurukshetra, Bahadurgarh and more. In addition, Vi has enhanced 2100 MHz spectrum capacity from 10 MHz to 15 MHz in over 1000 sites in Haryana. Vi has also installed 230+ new sites in the state. These upgrades underscore Vi’s commitment to delivering consistent and high-quality connectivity across urban and rural areas.

Vi remains committed to building a future-ready network that meets the evolving digital needs of consumers and businesses. For more details on availability, pricing, and supported devices, visit: https://www.myvi.in/5g-network

India’s New Telecom Policy (Draft) Targets 100% 4G, 90% 5G, and Global Tech Leadership by 2030

India's Department of Telecommunications (DoT) has just circulated its Draft National Telecom Policy 2025, a bold roadmap to transform the country into a global telecom powerhouse by 2030.

Key Missions of NTP-25

• Universal & Meaningful Connectivity
  • 100% 4G coverage and 90% 5G coverage by 2030
  • Fiber to all Gram Panchayats and 10 crore households
  • 1 million public Wi-Fi hotspots
  • Satellite and non-terrestrial networks for remote areas
• Fostering Innovation
  • India to be among top 10 global innovation hubs
  • 10% global share in 6G-related IPRs
  • 500 telecom-tech startups supported
  • 10 Centres of Excellence and an innovation-focused Section 8 company
• Promoting Domestic Manufacturing
  • 150% increase in domestic output
  • 50% import substitution
  • Telecom Manufacturing Zone and 30 advanced research labs
  • Indian Institute of Telecom Technology (IIT2)
• Secure & Trusted Networks
  • Quantum-resistant cryptography
  • Biometric-based user verification
  • AI-powered cyber threat monitoring
  • National Telecom SafeNet infrastructure
• Ease of Living & Doing Business
  • Simplified compliance and spectrum allocation
  • Infrastructure sharing and regulatory sandboxes
  • Faster grievance redressal and composite electricity billing
• Sustainable Development
  • 30% reduction in carbon footprint
  • 30% of telecom towers powered by renewable energy
  • Integration with Indian Carbon Market and robust e-waste management

Strategic Goals by 2030

Goal	Target
GDP Contribution	Double telecom sector’s share
Investment	₹1 lakh crore annually
Jobs	1 million new jobs
Broadband	100 million homes
R&D	Double public/private spending
Export	Double telecom product exports

Global Vision

• Become a global exporter of telecom technologies
• Shape international standards
• Deploy Indian telecom solutions in at least 10 countries
• Lead under the banner “Bharat – A Telecom Product Nation”

Inside Cisco’s 70% Play in BharatNet—Where Local Meets Global Networking

Cisco has carved out a pivotal role in India’s ambitious BharatNet Phase III project, driving connectivity to 650,000 villages while showcasing how global technology can thrive on local manufacturing. With nearly 70% of the BharatNet infrastructure built using routers manufactured in India, Cisco is delivering not just network speed—but strategic depth.

Daisy Chittilapilly, President (India & SAARC), Cisco, recently announced that it has taken a leading role in India's BharatNet Phase III initiative, deploying nearly 70% of the network infrastructure using locally designed and manufactured routers. This move not only supports India's Digital India vision but also aligns with Cisco's global sustainability and export strategy.

Local Manufacturing, Global Vision

Cisco’s Chennai production facility, developed in partnership with Flex, has emerged as a cornerstone of India's digital infrastructure narrative. By meeting the government’s requirement of at least 50% local value addition on routing hardware, Cisco is powering the digital backbone with Made-in-India routers—yet maintaining the scalability and resilience expected from a global tech giant.

These routers are key components of BharatNet’s IP-MPLS ring topology architecture, designed to provide high-speed, low-latency internet in rural areas. More impressively, they’re ready for export. Cisco estimates around $1.3 billion worth of gear will be produced over two years, serving both domestic and international markets.

The Sustainability–Export Equation

Cisco’s strategy isn’t just about hitting local policy targets. It’s about crafting an intersection of economic development, sustainability, and global competitiveness. Locally manufactured routers reduce carbon footprint and supply chain dependencies, while also enabling India to emerge as a tech hardware exporter in its own right.

By integrating sustainability goals with production scalability, Cisco is turning BharatNet into more than a connectivity mission—it’s a model of green infrastructure development.

Tech That Reaches the Last Mile

With BharatNet’s last-mile delivery built around Wi-Fi hotspots, fiber access, and integration with 4G/5G networks, Cisco’s hardware plays a role that extends beyond the wiring. It’s the glue that binds India’s digital future—from smart villages to e-governance, telemedicine, and online education.

Where Local Meets Global: A Strategic Blueprint

Cisco’s 70% imprint on BharatNet is not merely a statistic—it’s a strategic signal. It shows how multinational firms can align with national priorities, scale local manufacturing, and still meet global sustainability and export ambitions.

As India doubles down on self-reliance in technology, Cisco’s BharatNet involvement could be a blueprint for other sectors—be it MedTech, defense electronics, or AI infrastructure.

IIT Hyderabad and WiSig Network’s 5G Innovations Attain Mainstream Paving the Way for 6G at 3GPP Meetings at Prague

• RAN #108, Prague (Jun 2025): Consortium backs India’s π/2-BPSK extension for stronger 5G coverage and to uplink-heavy apps (HD video, XR, on-device AI) while seeding 6G.
• From Lab to Global Standard: Developed at IIT Hyderabad in 2014 → National program → 3GPP 5G Rel-17 feature now used by operators and vendors worldwide.
• Team India + Global Allies: Led by Prof. Kiran Kuchi, Department of Electrical Engineering, IIT Hyderabad, with support from Qualcomm, Apple, Ericsson, Nokia, Samsung, MediaTek, DOCOMO, AT&T, Reliance Jio, Thales, and others—backed by DoT, MeitY, DST, and TSDSI.
• Next Stop 6G: IITH & WiSig are already advancing OTFDM and Structural MIMO tech in the new 6G Study Item to power future networks and devices.

At 3GPP TSG RAN #108 in Prague, a global  consortium proposed extending India’s π/2-BPSK uplink waveform to further strengthen 5G coverage and unlock uplink-intensive services—such as high-definition video, immersive XR, and on-device AI—while paving the way for 6G.

Originating in 2014 at IIT Hyderabad as a single-institute effort, the waveform progressed into a national program with leading industry and academic partners, became a 3GPP Release 17 standard, and is now a mainstream 5G feature adopted by operators and vendors worldwide.

Prof. Kiran Kuchi, Department of Electrical Engineering, IIT Hyderabad, the driving force behind this success and founder of IIT Hyderabad spin-out WiSig Networks, remarked, “India’s coverage-enhancement technology—created with fellow Indian institutes and global collaborators including Qualcomm, Apple, Ericsson, Nokia, Samsung, MediaTek, DOCOMO, AT&T, Reliance Jio, Thales, and others—has become an integral part of the global standard.”

We gratefully acknowledge the efforts of various organizations of Government of India, i.e. the Department of Telecommunications (DOT), the Ministry of Electronics and Information Technology (MeitY), the Department of Science and Technology (DST), and the Standards Development Organisation, Telecommunications Standards Development Society, India (TSDSI) for their steadfast support in this regard.

Prof. B S Murty, Director of IIT Hyderabad, added, “IIT Hyderabad is committed to breakthrough research in the field of Wireless Communications that translates into globally adopted patents and products, propelling India toward Viksit Bharat.”

As the 6G era dawns, IIT Hyderabad and WiSig Networks are already advancing technologies such as the OTFDM waveform and Structural MIMO within the newly approved 6G Study Item. Together with Indian and global partners, we will continue to imagine, invent, and deliver the next generation of communication technologies, networks, and devices.

About IIT Hyderabad:

IITH, established in 2008, has reached a respectable position in Academics, Research, Technology development and Startups in a short span of 16 years. In the National Institutional Ranking Framework (NIRF), IITH has bagged at 3rd in Innovation and 8th among Engineering institutes in the last two consecutive years, while it has maintained its rank within top 10 Engineering Institutes ever since NIRF was launched. IITH has been striving for excellence with a motto of "Inventing & Innovating in Technology for Humanity (IITH)".

With 325 full-time Faculty and 5,300+ Students (PG+PhD students accounting for about 60%), IITH has a strong research focus with ~ 4630 Projects worth of Rs. 1510+ Cr of R&D funding (Rs. 335+ Cr funding in 2024-25, i.e., Rs. 1+ Cr per faculty), 11,680+ Publications, 2,15,000+ Citations, 510+ Patents (210+ Patents in 2024 and a commitment to “Patent a Day: Mission 365” for 2025 to earn 365 Patents by the end of 2025), and about 260+ Startups (that have generated 1100+ jobs with a revenue of Rs. 1500+ Cr).

About WiSig Networks Private Limited:

WiSig Networks, a Startup incubated at IITH, is a leading provider of wireless communications solutions, specialising in cutting-edge technologies such as Massive MIMO, 5G ORAN, NB-IoT SOC solutions, Open RAN and advanced 5G/6G technologies, played a crucial role in the integration and seamless operation of equipment throughout the trials. IIT Hyderabad's extensive indoor and outdoor facilities provided an optimal environment for comprehensive real-world wireless testing. With a commitment to innovation and excellence, WiSig is dedicated to shaping the future of Wireless connectivity. www.wisig.com