The development comes as Bharti Airtel continues to expand its cybersecurity offerings amid evolving digital threats and increasing adoption of artificial intelligence. Sinha also discussed the importance of regulatory safeguards, responsible AI deployment and digital infrastructure in supporting business growth. The company is looking to strengthen its capabilities across cybersecurity, cloud services, data centres and enterprise connectivity.

Airtel Says Fraud Incidents Have Declined

Speaking about Airtel’s efforts to address spam and fraud, Sinha highlighted the company’s use of AI-powered network technology to strengthen customer protection. He explained that Airtel initially introduced its spam prevention solution and subsequently developed a fraud prevention solution using the same network AI technology. According to the executive, fraud incidents on Airtel’s telecom networks have dropped dramatically since the introduction of the spam prevention system, although he did not provide specific figures detailing the reduction.

Airtel has previously reported measurable improvements in fraud-related indicators following the introduction of its network protection systems. According to data from the Indian Cyber Crime Coordination Centre (I4C) under the Ministry of Home Affairs, cited by Airtel, reported fraud-related financial losses on its network declined by 68.7%, while cybercrime complaints fell by 14.3% between September 2024 and June 2025. These figures relate to an earlier period and are separate from Sinha’s latest remarks.

Airtel Expands AI-Powered Fraud Protection

Bharti Airtel has introduced an AI-powered fraud detection solution designed to identify and block malicious websites in real time the system examines web links across communication platforms, including SMS, email and messaging applications, and blocks access to websites identified as malicious when users attempt to open them through Airtel’s network. Customers are redirected to a warning page when a potentially harmful website is blocked.

The company has also expanded its protection capabilities to address banking OTP-related scams. In February 2026, Airtel announced an AI-powered Fraud Alert feature designed to warn customers when a banking OTP is received during a potentially risky phone call. The initiative is intended to help customers identify suspicious situations before sharing sensitive transaction information with fraudsters.

In another development, Airtel and Google announced a collaboration in March 2026 to strengthen spam and fraud protection in Rich Communication Services (RCS) messaging. The partnership focuses on combining network intelligence and sender verification to improve protection against suspicious communications.

Airtel Expands Cybersecurity Offerings

Beyond consumer-facing fraud prevention, Airtel is expanding its cybersecurity business to address emerging digital threats. Sinha said cybersecurity is becoming increasingly relevant in India as digital frauds and cyberattacks continue to evolve. The company is extending its cybersecurity offerings beyond traditional services to address newer threats and the changing requirements of businesses adopting digital technologies.

Airtel’s cybersecurity initiatives form part of its broader enterprise services portfolio, which includes connectivity, sovereign cloud, data centres, Internet of Things (IoT) and cloud communications. The company’s focus on these areas reflects its efforts to provide businesses with digital infrastructure and security capabilities as organisations increasingly rely on connected systems and AI-powered applications.

Airtel Business CEO Discusses AI Regulation

Sinha also highlighted the importance of appropriate safeguards as artificial intelligence adoption increases across industries. He said Airtel works closely with government regulators and customers to ensure that AI deployment remains compliant while supporting productivity and business outcomes. According to the executive, regulation should enable innovation and productivity rather than unnecessarily restrict the benefits of emerging technologies.

His comments come as the Indian government prepares a consultation paper on AI regulation, with discussions focusing on technology safety, deepfakes and a human-first approach. Sinha welcomed the consultation process and emphasised the importance of developing an appropriate regulatory framework. He also discussed the growing adoption of AI agents, noting that organisations need suitable controls, safeguards and enterprise architecture to deploy AI safely while improving productivity.

Digital Infrastructure to Drive Future Growth

Sinha identified digital infrastructure as an important growth opportunity for Airtel Business over the next three years. He expects demand for cloud services, data centres, connectivity, cybersecurity, IoT and communications-platform-as-a-service offerings to contribute to the company’s future growth. These services form part of Airtel’s broader efforts to address enterprise requirements as businesses expand their digital operations.

The company’s focus on digital infrastructure comes alongside its efforts to strengthen spam prevention, fraud protection and cybersecurity capabilities. With artificial intelligence becoming increasingly important across consumer and enterprise services, Airtel is positioning network-level protection and digital infrastructure as key areas of its technology and business strategy.

Claude AI Now Processes Data Inside India

Anthropic has started in-country inference for Claude in India using Amazon Bedrock. This means requests sent through its India endpoint are handled on servers in the country. This move helps organisations that deal with private or controlled information. It lets them keep AI work and processing inside their country.

This feature includes Claude Opus 5, Claude Sonnet 5, and Claude Haiku 4.5 through Amazon Bedrock. In other words, an organisation using the India endpoint can send a message to Claude and have the response handled inside India instead of outside the country. This matters most in regions where data residency, security, and compliance are critical.

Why local AI processing matters

For a person asking Claude to write an email, where the processing happens might not matter much. For a bank reviewing information, a government office handling secret papers, or a big company using AI in its systems, where processing happens can matter a lot.

Anthropic says that Indian financial groups, government agencies and big companies have asked for processing because of rules and how data is handled. Amazon Bedrock also offers options like activity logs and controls on who can access data. Teams that manage risk and follow rules when using AI systems need these.

This could remove one of the problems that has kept organisations from moving AI from experiments to use.

Also Read: Temple Develops Wearable Measuring Brain Blood Flow

India is already a Claude market

The timing matters because India is already one of Anthropic’s most important markets. According to Anthropic India’s managing director, Irina Ghose, India is the largest market for Claude.ai in the world.

Software development makes up 45.2% of the tasks that Indian users use Claude for. That is the highest among all the markets, according to Anthropic. Adoption has also grown in banking, payments, IT services, healthcare, science, public services and big companies.

Many Indian companies are already using Claude in various ways. TCS is giving Claude to 50,000 workers. Infosys is using the technology with its Topaz platform. Cognizant and LTTS are also including Claude in their enterprise and engineering solutions.

This means local processing is coming, even as a group of Indian companies already uses Anthropic.

Anthropic is building an India plan

The company is also growing its local presence. Anthropic opened an office in Bengaluru in February and plans to add more people and partners in India.

The company is working with Karya to create training data for 10 languages, including Hindi, Bengali, Marathi, Telugu, Tamil, Punjabi, Gujarati, Kannada, Malayalam and Urdu. The goal is to make Claude work better in languages, areas and cultures.

This is important because Anthropic’s plan for India is starting to look like more than selling access to an AI model from overseas. Local processing, local partners, Indian-language work, and using AI in companies all show the company is investing in India’s AI ecosystem.

Also Read: India’s 4G Phones Are Making a Comeback

The main people who benefit right away are not necessarily regular Claude users. The bigger impact could be on companies that have been waiting for better data protection before using AI at scale.

Local processing does not mean every AI task is now good for every group. Companies will still need to check their security, rules and how they manage things. It removes a major problem with the current setup.

For India’s AI market, this could be the news: Claude is no longer just being offered to India from outside. Anthropic is starting to build around India’s companies, rules and people who create software.

NVIDIA Sends 20000 Rubin GPUs to India

AM Intelligence has ordered about 20,000 NVIDIA Vera Rubin GPUs. This is part of a plan to expand its AI infrastructure in India and Malaysia. The new order is set to be delivered in the quarter of 2027. This brings the number of Rubin GPUs that AM Intelligence has committed to around 29,000.

This news matters because AI development is becoming a race not for better models, but for access to the computing power needed to train and run them. AM Intelligence is trying to provide compute-as-a-service, aiming to help big companies, AI businesses, enterprises, developers, and government AI programs.

Hyderabad is in the middle of it all

This new commitment follows AM Intelligence’s August 2026 announcement that it would get 9,000 NVIDIA Rubin GPUs for its AI factory in Hyderabad.

The new orders will add around 70 MW of capacity in India and Malaysia. It brings AM Intelligence’s committed capacity to almost 100 MW. The systems will be set up as NVIDIA Vera Rubin NVL72 rack-scale platforms. These are supported by networking, advanced storage and liquid cooling systems.

For Hyderabad, this development is very special. The city is already a centre for technology and data centres. Now the AI factory gives the city a role in the infrastructure needed to support the wave of AI workloads.

This isn’t about an AI app or a funded startup. The investment is in the physical computing infrastructure needed to support these services.

Also Read: India’s 4G Phones Are Making a Comeback

The company has more plans

AM Intelligence says the order for 20,000 GPUs is only part of a much bigger expansion plan.

The company plans to add another 300 MW of AI compute capacity to the market in the next 15 months. This will involve more than $20 billion in money spent. This is in addition to the $6 billion already set aside for the 100 MW.

The company’s global Compute-as-a-Service plan is currently 400 MW. This includes India, the United States, Europe and Malaysia.

The long-term goal is even bigger. AM Intelligence wants to reach 1 GW of Compute-as-a-Service capacity. It also plans to build around 5 GW of AI data-centre capacity in India, the US and Europe.

Why NVIDIA Rubin is important

The infrastructure will use NVIDIA’s Vera Rubin platform. These are NVL72 rack-scale systems made for AI tasks.

AI models need massive computing power to train and run. As companies move from trying AI tools to using AI agents, reasoning models, and big workloads in life, the need for powerful GPUs is growing.

AM Intelligence bets that businesses will want to rent AI computing power rather than build their own large GPU systems.

The company’s idea is to make powerful computing available as a service. This lets AI developers and companies access large infrastructure without building their own AI data centres.

Also Read: Apple, Fitbit, Whoop, Pebble: Fitness Trackers Compared

India’s AI infrastructure competition is speeding up

This announcement also shows a change in India’s AI goals.

India has been trying to improve its AI ecosystem through computing projects, data centres, chip programs, and cloud setups. Building strong AI services requires significant physical computing power.

The AM Intelligence investment shows that private companies are now making bets like this.

For Indian AI companies, the big issue is not just whether they can build. It is whether they can get computing power to train, adjust, and put that model to use at a good price.

With 29,000 Rubin GPUs already promised and a much bigger plan in the works, AM Intelligence is positioning itself as a key infrastructure provider to meet that need.

The big news is 20,000 GPUs. The bigger story is that India is becoming a hub for the physical infrastructure that supports the worldwide AI boom.

Image Credits: (X- nishant568)

BSNL’s 4G network is delivering the expected results, with the state-run telecom operator now preparing for 5G expansion, according to a senior company official cited in a recent report. The company is continuing to expand its 4G footprint across the country while preparing for the next generation of mobile connectivity.

The development comes as BSNL is also introducing initiatives focused on network transparency, cybersecurity, digital communication and future-ready infrastructure.

BSNL Prepares for 5G Expansion

BSNL’s transition towards 5G is expected to build on the progress made through its indigenous 4G network. The company has been expanding its network presence while preparing for future connectivity services the ongoing 4G expansion remains an important part of BSNL’s network strategy, particularly as the operator works to strengthen its mobile services and extend connectivity across different parts of India.

While BSNL has indicated that it is moving towards 5G, a specific commercial launch timeline was not disclosed in the report beyond network expansion, BSNL is also focusing on improving the experience of customers using its existing services.

BSNL Strengthens Customer Experience With Vaani

As part of its customer-focused initiatives, BSNL is enhancing its Vaani chatbot to provide users with information about network performance in their respective locations the upgraded platform is designed to automatically detect a customer’s location and display live network status. Users will also be able to access network-related information in Indian languages and register complaints through voice commands.

The initiative is intended to simplify customer interactions by allowing subscribers to check network conditions and report connectivity problems without navigating lengthy forms or complicated procedures.

AI-Powered Security Built Into BSNL Network

BSNL is also strengthening network security through a partnership with Indian cybersecurity company Saptang Labs. The collaboration focuses on introducing AI-powered cybersecurity capabilities directly within BSNL’s network infrastructure rather than relying entirely on security applications installed on individual devices.

The system is designed to use artificial intelligence and machine learning to analyse network traffic, identify potential threats and automatically respond to malicious activity. The initiative is aimed at strengthening protection for customers and businesses using BSNL’s network.

Bharat Sandesh and Future Network Infrastructure

Another initiative is Bharat Sandesh, a two-way digital communication platform designed to connect government departments and citizens. Powered by ViH Messenger and operating on BSNL’s network, the platform allows government departments to send verified and interactive messages in regional languages. Citizens can respond through text, voice or an AI-assisted chatbot.

BSNL says the platform operates on infrastructure owned and controlled within India, supporting communication related to public services, welfare schemes and citizen feedback the company is also exploring future network infrastructure through a proposed collaboration with Fujitsu Japan.

Both organisations have expressed their intention to develop an All-Photonics Network using BSNL’s existing dark fibre infrastructure. The proposed network is intended to support commercial hyperscaler services in major Indian cities. Together, these developments highlight BSNL’s focus on strengthening its existing network while preparing for future technologies.

With its indigenous 4G network continuing to expand and preparations for 5G underway, BSNL is working towards improving connectivity, network security and digital services across India.

Vivo Y600S Pro 5G – What Specifications and Features Do You Get?

The newly launched Vivo Y600S Pro 5G smartphone features a premium build with a flat front screen. At the same time, the rear cameras are housed in a circular module on the back. The phone has launched in China, with hints of an India launch soon; here is what you get for the price.

Display

On the front, the Vivo Y600S Pro 5G gets a larger 6.83-inch AMOLED display with 1.5K resolution support and a 120Hz refresh rate; the new display is built with Q10+ material that supports HDR10+, and it features a single punch-hole selfie shooter.

Also Read: Vivo X Fold 6 5G Launched in India: Price and Specifications

Processor, RAM and Storage

Under the hood, the Vivo Y600S Pro packs the latest MediaTek Dimensity 7300e chipset, a new 8-core chip launched on April 26, 2026, built on a new 6nm architecture.

On paper, the Dimensity 7300e chipset scores 831785 points on the AnTuTu 11 benchmark, while Geekbench 6 reports 1040 points for single-core performance and 3106 points for multi-core performance.

With the Dimensity 7300e chipset, you get the latest LPDDR5 RAM, and you can upgrade and expand it with 8GB of virtual RAM using memory fusion technology; you also get faster UFS 3.1 storage up to 512GB.

Camera and Battery

On the front, the new Vivo Y600S Pro features a circular camera module with a 50MP main sensor, an f/1.8 aperture, and an AI lens. On the front, you get a 32MP selfie shooter.

On the battery front, the Vivo Y600S Pro 5G packs a larger 10,200mAh battery and supports reverse wired charging. Vivo also promises six years of battery life and support for OTG reverse charging.

Also Read: Vivo S2 FE 5G Launched in India: Price and Specifications

Software and Other Features

The Vivo Y600S Pro 5G runs the latest OriginOS 6, based on Android 16. It also features a dedicated Vapor Chamber Cooling system to keep the phone cool during extended use.

Vivo Y600S Pro 5G – What’s the Price?

Vivo launched the Y600S Pro in China with two memory variants. The base model has 8GB RAM and 256GB storage, priced at about 2699 Yuan (around Rs 39,000 in India).

The top-end model offers 8GB of RAM and 512GB of storage, priced at about 2,999 Yuan (around Rs 43,000 in India).

Also Read: Vivo V80 5G Launched in India: Price and Specifications

Vivo Y600S Pro 5G – Is it Worth Waiting for India Launch?

For the price, you get a premium design with a circular camera module, plus MediaTek’s latest chipset, LPDDR5 RAM, and UFS 3.1 storage.

The front features a larger 6.83-inch 1.5K AMOLED display and the largest battery in this price segment.

If you want a bigger battery, a decent camera, and a powerful chipset, the Vivo Y600S Pro offers solid specs for the price. However, Vivo has not yet confirmed a launch in India.

So, for India, it may be worth waiting if you don’t need an urgent upgrade.

Image Credits: elitealliance1p

Shashwat Sharma, the new CEO of Bharti Airtel, in a conversation with ET said that the ARPU of the company is just around the Rs 300 corner, and can go much beyond that figure. Airtel’s total subscriber base comprised 30 million, as of June 30, 2026. India’s second-largest telecom operator is betting on its premium branding and new announcements such as Fastlane technology and the free international roaming (once per SIM per year) for the users.

Airtel Increases Postpaid Tariffs by Rs 50

Bharti Airtel has increased the price of its every postpaid plan by Rs 50. This will translate into a bump in the ARPU in the near term, and should be visible by the end of this quarter since it happened in early October. Furthermore, Airtel is expected to move ahead with the mobile tariff hikes in the coming quarter. It has been two years since Airtel and the other private telecom operators increased the tariffs for mobile users.

Airtel is looking at upgrading its prepaid customers to postpaid services to translate them into higher revenues for the company in the medium to long-term. The telco has designed Airtel One (previously Airtel Black) to help achieve just this.

In an exclusive interaction with TelecomTalk, Nidhi Sonar, a roadway designer at HDR, explains how AI-powered digital twins could support infrastructure monitoring, predictive maintenance and urban decision-making. She also discusses the role of 5G, IoT, edge computing and cloud connectivity, the challenges created by fragmented data and the relevance of these technologies for India.

Sonar holds a master’s degree in Civil Engineering from the Georgia Institute of Technology, where her research focused on using digital twins and data-driven approaches to improve public safety and urban decision-making. At HDR, she works on roadway design and major transportation projects, including progressive design-build and emergency infrastructure projects.

Sonar previously explored how AI, digital twins and connectivity can shape the future of smart transportation in an expert article for TelecomTalk.

When people hear “digital twin,” many imagine a sophisticated 3D model. What makes a true digital twin different?

A 3D model is essentially a digital representation of what an asset looks like. A digital twin goes a step further by representing how that asset is actually behaving over time.

What makes it a true digital twin is the continuous connection between the physical and digital environments. Data from sensors, inspections, traffic systems, weather conditions, maintenance records and other sources can continuously update the digital representation. Ideally, the information also flows the other way, where insights from the twin help inform decisions in the physical world.

To me, the distinction is really between visualisation and intelligence. A model tells us what exists; a digital twin can help us understand what is happening, why it may be happening and, increasingly with AI, what could happen next.

What kind of real-time information would be required to create a useful digital twin of a road, bridge or transportation network?

It depends on the asset and the problem we are trying to solve. We do not necessarily need to collect every possible piece of information simply because the technology allows us to.

For a roadway network, useful inputs could include traffic volume, vehicle speeds, congestion, incidents, pavement condition, weather and even construction activity. For bridges, we might incorporate strain, vibration, displacement, temperature, loading and inspection data.

The most useful digital twins would also combine real-time information with historical records. A sensor reading by itself tells us the condition at one moment, but when we compare that reading against years of deterioration, maintenance and environmental data, it becomes much more meaningful.

The goal should therefore be to collect the right data for a specific decision rather than simply creating the largest possible dataset.

Could you explain, through a practical example, how AI might identify an infrastructure problem before it becomes visible during a routine inspection?

Consider a bridge instrumented with sensors measuring vibration, strain and temperature. Under normal conditions, the bridge develops a fairly predictable response to traffic and environmental changes.

An AI model could continuously learn those patterns and identify subtle deviations. Perhaps vibration at one location begins increasing very gradually, while the relationship between temperature and strain also starts changing. None of those changes individually may be large enough to trigger an alarm or even be visible during a routine inspection.

However, when the model considers those signals together and compares them against historical behaviour, it may recognise that the structure is behaving differently from its established baseline.

That does not mean AI diagnoses the defect or automatically decides that the bridge is unsafe. Rather, it can flag the location for engineers to investigate sooner.

That is where I see the strongest value of AI helping engineers know where to look before a problem becomes obvious.

You worked on a smart-city digital twin project designed to predict crime hotspots. How did that experience influence your thinking about transportation infrastructure?

That project significantly shaped how I think about digital twins because the research was not focused simply on creating a digital representation of a city. We were trying to use data within that environment to support an operational decision.

My research involved predicting crime hotspots and supporting the dynamic deployment of licence plate reader cameras. What interested me most was that the digital environment became useful when it helped connect historical patterns, spatial information and real-world interventions.

Transportation infrastructure operates in a very similar way. Roads and transportation networks are not static assets. Traffic patterns change, infrastructure deteriorates, weather creates disruptions and human behaviour continuously affects the system.

That experience made me see digital twins less as sophisticated models and more as decision-making environments. The technology becomes valuable when it helps us answer questions such as where resources should be deployed, which locations need attention first and how conditions are changing over time.

How can digital twins help transportation agencies move from reactive repairs towards predictive maintenance?

Traditionally, a large portion of infrastructure maintenance is condition-based or reactive. We inspect an asset, identify deterioration and then determine what needs to be repaired.

Digital twins can add another layer by continuously tracking how an asset is performing between those inspection cycles. If we combine sensor measurements, historical deterioration, maintenance records, traffic loading and environmental exposure, AI can begin identifying patterns associated with future failure or accelerated deterioration.

That allows agencies to estimate not only the current condition of an asset but potentially how quickly that condition is changing.
The benefit is not necessarily predicting the exact day something will fail. Even knowing that one pavement section or infrastructure component is deteriorating significantly faster than comparable assets could help agencies prioritise inspections, maintenance funding and rehabilitation before the problem becomes considerably more expensive.

What role do 5G, IoT networks, edge computing and cloud connectivity play in keeping these digital representations updated?
They essentially form the communication infrastructure behind the digital twin.

IoT devices provide the connection to the physical environment through sensors and connected equipment. 5G and other communication networks allow large quantities of that data to move quickly. Edge computing allows some information to be processed close to where it is generated, which is particularly useful when a system needs to respond quickly.

Cloud platforms can then provide the computing power and storage needed to integrate information across an entire transportation network.

However, I would not say that every digital twin requires all these technologies simultaneously. The architecture should reflect the use case. A traffic-management application may require second-by-second communication, while pavement deterioration may only need periodic updates.

Connectivity should support the engineering objective rather than becoming the objective itself.

If connectivity becomes unavailable or sensor data is incomplete, how reliable does the digital twin remain?

A well-designed digital twin should not immediately become unusable because one sensor stops transmitting. There should be redundancy within the system, quality checks on incoming information and a clear indication of how current and complete the underlying data is. Historical information and predictive models may allow the twin to estimate conditions temporarily, but those estimates should be clearly distinguished from actual observations.

This is particularly important for safety-critical infrastructure. Engineers need to know whether they are looking at measured, predicted or outdated data.

Reliability is therefore not simply about keeping the digital twin running. It is also about communicating uncertainty. A trustworthy system should be capable of saying, in effect, “Our confidence in this prediction has decreased because the available information is incomplete.”

AI systems are only as reliable as their underlying data. How can authorities manage inaccurate, outdated or biased infrastructure data?

Data governance needs to become part of the infrastructure strategy rather than something addressed after the AI model has already been built.

Authorities need standardised formats, documented data sources, clear ownership and procedures for identifying missing or outdated information. Automated quality checks can flag unusual values, but domain experts are still essential because an algorithm may identify something as statistically unusual even when there is a valid engineering explanation.

Bias is also important. For example, if certain roads have been inspected more frequently than others, the dataset may make those roads appear to have more defects simply because we have observed them more closely. AI outputs should always be evaluated in the context of how the data was collected. Better algorithms cannot compensate indefinitely for poor underlying information.

Could digital twins realistically help cities reduce congestion and improve traffic management, or is their immediate value mainly in infrastructure maintenance?

I think both applications are realistic, although they operate on very different timescales. Traffic management may be one of the most intuitive applications because transportation agencies already collect large amounts of operational data through signal systems, connected vehicles, cameras and traffic sensors.

A network-level digital twin could simulate how congestion evolves and allow agencies to evaluate signal timing, incidents, lane closures or detours before implementing changes. Maintenance applications may develop somewhat differently because deterioration occurs over longer periods and requires the integration of inspection, asset-management and sensor information.

Ultimately, the greatest value may come when these systems are connected. Traffic influences infrastructure loading, construction affects congestion and asset condition can affect network capacity. A mature digital twin could help agencies evaluate those relationships rather than treating operations and infrastructure maintenance as completely separate problems.

What are the biggest barriers to adoption: cost, legacy infrastructure, fragmented data, shortage of skills or coordination between agencies?

I would argue that fragmented systems and coordination are probably the most difficult barriers because they affect almost everything else.

Transportation agencies already have enormous amounts of useful data, but it often exists across different software platforms, departments, consultants and asset-management systems. Even within one organisation, traffic, roadway design, maintenance, structures and GIS teams may maintain completely different datasets. Cost and technical skills certainly matter, but agencies can gradually acquire new technology and expertise. Integrating decades of legacy information and creating standards that allow different groups to work together can be considerably more difficult.

For digital twins to scale, interoperability will therefore be just as important as AI itself.

How relevant are these technologies for India, where cities operate at enormous scale and infrastructure conditions can vary significantly?

I think they are extremely relevant to India precisely because of that scale.

Indian cities are dealing simultaneously with rapid urbanisation, increasing travel demand, ageing infrastructure and major new transportation investments. Digital twins could help agencies manage those systems more systematically, particularly for traffic operations, metro systems, highways, bridges and rapidly developing urban corridors. At the same time, implementation needs to reflect local realities. Building a digital twin does not necessarily mean instrumenting an entire city with thousands of expensive sensors from day one.

India could benefit from a more targeted approach: identifying high-value corridors or critical assets, integrating data that already exists and gradually expanding the system as agencies demonstrate measurable benefits.

Given the scale of infrastructure investment occurring in India, even relatively small improvements in maintenance prioritisation or network efficiency could translate into significant savings.

Could digital twins work for smaller cities and resource-constrained public agencies, or will adoption initially remain limited to major projects?

They absolutely can work for smaller agencies, but the definition of a digital twin may need to be more practical.
A smaller city does not necessarily need a highly detailed 3D model of every asset connected to thousands of sensors. It might begin with one roadway corridor, one recurring maintenance problem or another carefully selected infrastructure asset, combining existing GIS information, inspection records and a limited number of sensors.

Cloud computing is also making sophisticated analytics more accessible without requiring agencies to maintain extensive computing infrastructure internally.

The key is avoiding the idea that digital twins need to begin at the city scale. Starting with a focused problem allows agencies to demonstrate value before investing in a much larger system.

Who should ultimately be accountable when an AI-supported infrastructure decision proves incorrect?

The professional or organisation responsible for the engineering decision must ultimately remain accountable.

AI should function as a decision-support system, particularly when public safety is involved. It can process far more information than a person could reasonably analyse manually and can highlight risks or patterns that may otherwise go unnoticed.

However, an algorithm does not understand the broader consequences of a transportation decision in the same way that an engineer or public agency does. Accountability therefore needs to remain clearly defined through engineering review, documentation and validation of AI-supported recommendations.

At the same time, engineers need enough understanding of these systems to question their outputs. We should not accept a recommendation simply because the model is sophisticated. Professional judgement remains essential.

What transportation use case do you believe could achieve meaningful, large-scale adoption during the next five years?

I think AI-assisted infrastructure inspection and asset management have particularly strong potential for large-scale adoption.
Transportation agencies already collect enormous amounts of imagery, inspection information, pavement-condition data and maintenance records. AI can help process that information much faster, identify deterioration patterns and prioritise locations requiring closer engineering review.

It also offers a relatively practical pathway for adoption because agencies do not need to transform their entire infrastructure network overnight. AI can first augment existing inspection and asset-management workflows and gradually become connected to broader digital-twin environments.

Over the next five years, I expect the most successful applications will probably be the ones that fit naturally into what engineers already do.

Technologies tend to scale when they remove repetitive work, improve decision-making and allow engineers to focus their time where professional judgement provides the greatest value.

Samsung’s Gemini AI Glasses Could Change Wearables

Samsung could release its AI‑powered smart glasses as early as November 2026, marking its biggest effort yet to compete with Meta in the fast‑growing smart‑glasses market. A Samsung executive has reportedly confirmed the November schedule, although Samsung has not yet announced a launch date or price.

Samsung and Google officially presented the glasses this year, and Samsung is developing them as part of the Android XR ecosystem. Unlike Samsung’s Galaxy XR headset, these first‑generation glasses do not place a display in front of the wearer’s eyes. Instead, they concentrate on cameras, microphones, speakers and AI help from Google’s Gemini.

Samsung is taking on Meta

Meta has already become the company to beat in AI glasses with its Ray‑Ban Meta range. Samsung is now entering the category with a similar philosophy: make the hardware look like ordinary glasses and let AI provide the intelligence.

Samsung developed the glasses with eyewear companies Gentle Monster and Warby Parker providing design direction, rather than treating smart glasses as only a tech product. Samsung has positioned the device as a wearable rather than futuristic hardware.

That could be crucial for adoption, I think.

Gemini is the selling point

The biggest difference is what happens when people actually wear Samsung glasses.

Samsung says Gemini can understand what the wearer sees and hears, letting the wearer interact with AI through natural voice conversations. Samsung glasses can provide navigation help, answer questions about surroundings, translate languages, summarise notifications, and assist with tasks without requiring the wearer to pull out a smartphone.

Imagine walking through a city and asking Gemini for directions while still looking ahead.

Pointing Samsung glasses at a sign and asking for a translation.

Looking at a building and asking what it is.

The concept is not fundamentally new.

Also Read: Apple, Fitbit, Whoop, Pebble: Fitness Trackers Compared

Meta’s AI glasses already offer similar experiences. Samsung’s opportunity is to link those capabilities more deeply with the Galaxy ecosystem.

Your phone still does the lifting

These are not intended to replace smartphones completely.

Samsung’s first‑generation glasses are designed to work as a companion device. Demanding AI processing can rely on a connected Galaxy smartphone while Samsung glasses handle the camera, microphones, speakers and interaction layer.

That approach makes sense from a hardware perspective.

Samsung says its intelligent eyewear can deliver up to nine hours of use on a single charge, including demanding activities such as Gemini interactions and video recording. The charging case can supply seven additional full charges.

The hardware is built around a camera

Reports indicate that Samsung glasses use a 12‑megapixel camera, microphones and integrated speakers, with Qualcomm’s Snapdragon AR1 Gen 1 platform powering the device. The first generation does not include a display.

That means wearers don’t get holograms or floating notifications in front of their eyes.

That may actually be the smarter strategy.

Display‑equipped glasses remain technically difficult because of battery consumption, weight, heat and optics. Samsung seems to believe consumers may adopt audio‑and‑camera AI glasses first, then eventually move toward more advanced augmented‑reality products.

Privacy could become the problem

However, Samsung cannot ignore one major issue: privacy.

A camera attached to the wearer’s face can record people, surroundings and conversations without everyone nearby knowing. Samsung has addressed this by using indicators to show when recording is active. Reports say the camera is designed to stop recording if the external recording indicator is deliberately blocked.

The concern is spreading beyond Samsung. Governments and regulators are starting to look at how AI glasses should be used in spaces, especially concerning recording and privacy.

That could become a barrier to mass adoption.

India could be a market.

Samsung has a Galaxy user base in India, which makes the country an obvious market for an ecosystem-driven wearable.

However, Samsung has not yet confirmed availability or pricing for the new glasses. The current November launch report talks about a launch, but the exact markets are still unclear.

The timing is still significant.

Also Read: India’s 4G Phones Are Making a Comeback

AI glasses shipments are growing rapidly. Display-less models are now the main part of the category. Android Authority, citing Counterpoint Research, reports that global AI-glasses shipments increased 263% year over year in the first half of 2026, while display-less glasses made up 96% of shipments. Meta reportedly held 94% of that segment.

Samsung is therefore entering the market as AI glasses start to move beyond novelty.

The real question is no longer whether smart glasses can become useful.

The real question is which company can make people comfortable wearing an AI assistant on their face every day.

Samsung now wants that answer to be Gemini.

Image Credits: (X- techibee)

Apple iPhone 17 Discount – Price Comparison: Amazon VS Flipkart – Where to Buy?

The Apple iPhone 17 has been among Apple’s best-selling iPhones since its 2025 launch, featuring a larger 6.3-inch Super Retina XDR OLED panel with a 120Hz refresh rate, Dolby Vision, and HDR10 support.

The iPhone 17 features an aluminum frame, a glass back, and Ceramic Shield 2 glass protection on the front, plus an additional Anti-reflective coating.

On the back, the iPhone 17 features a dual-camera system: a 48MP main sensor with an f/1.6 aperture and a 48MP ultrawide sensor with an f/2.2 aperture.

On the front, you get an 18MP selfie shooter with an f/1.9 aperture lens.

Inside, you get the power of the latest A19 chipset, a new 3nm-based chipset, with up to 512GB of NVMe storage.

Also Read: Apple Likely to Launch Something Super Cool on October 13

Apple iPhone 17 – Discount on Amazon

Amazon is hosting its biggest seasonal sale, the Amazon Great Indian Festival Sale 2026, and has announced discounts across a wide range of smartphone lineups.

The Apple iPhone 17 is now priced as low as Rs 76,999, down from Rs 99,900 after a previous increase to Rs 82,900.

The iPhone 17’s 256GB storage variant is available now, while the 512GB variant is selling for Rs 1,09,999, down from Rs 1,24,900.

You can also get an additional Rs 3,299 discount with an Amazon Pay ICICI Bank Credit Card, bringing the final price down to Rs 73,700. Amazon has not specifically mentioned any discounts on exchanging older phones.

Also Read: Apple, Fitbit, Whoop, Pebble: Fitness Trackers Compared

Apple iPhone 17 – Discount on Flipkart

On Flipkart, the e-commerce giant is running its Big Billion Days Sale 2026, where smartphones from Apple to Samsung, as well as Oppo and Vivo phones, are set to get major discounts.

Apple iPhone 17’s base model with 256GB storage is now selling at a discounted price of Rs 86,999, down from Rs 99,900 after the price hike.

Additionally, Flipkart is offering an extra Rs 3,000 exchange bonus when you exchange your smartphone.

We checked the exchange value for an older Samsung Galaxy S25 5G phone, where you can avail a discount of Rs 25,650, including the Rs 3,000 bonus, bringing the final price down to as low as Rs 61,349.

You can also get an additional Rs 2,000 discount with an ICICI Credit Card, bringing the final price down to just Rs 59,349.

If you have a Flipkart Axis or Flipkart SBI credit card, you can also get a Rs 5,000 discount, bringing the final price down to Rs 56,349.

If you want the 512GB storage variant, the iPhone 17 is priced at Rs 1,09,999, down from Rs 1,24,900.

Flipkart is also offering an additional Rs 3,000 exchange bonus. We have applied the discount to the Galaxy S24 Plus model, which is in flawless condition.

You can get a Rs 30,400 discount, bringing the final price down to just Rs 79,599.

You can also avail an additional bank discount of Rs 2000 on an ICICI Bank Credit card, bringing the final price down to Rs 77,599; or, if you have a Flipkart SBI or Flipkart Axis Bank credit card, you can avail an additional Rs 5000 discount, bringing the final price down to Rs 74,599.

Also Read: Will Apple Pay Scale in India When WhatsApp Could Not

Should You Wait for the Apple iPhone 18 or Buy the iPhone 17 Instead?

Right now, the Apple iPhone 17 is selling at a steep discount despite a price hike. Many Apple fans are waiting for the iPhone 18 to launch. There are no updates on the iPhone 18 5G launch, but leaks suggest it will launch in the first half of 2027.

Amid the recent memory price hike, Apple has raised prices for its iPhone 18 Pro models.

We predict the iPhone 18 standard model will also get a price hike. Leaks hint that the iPhone 18 will be priced above Rs 1 lakh.

So, if you have less than Rs 1 lakh, you can upgrade to the latest Apple iPhone, and you may even get offers on the higher-end storage variant for less than Rs 1 lakh after bank discounts.

Also Read: Apple Pay India Launch with PayU, Eligible Apple Devices List

Verdict: Apple iPhone 17 – Where to Buy?

You can buy the new iPhone 17 on Flipkart, where you can get additional discounts and offers, while Amazon is offering a great deal without any exchange value, but right now the iPhone 17’s base model deal is not in stock; you do get an option to upgrade to the top-end 512GB model.

Image Credits: Cartidise

Four-Day Congress Highlights India’s Digital Ambitions

Inaugurated by Prime Minister Narendra Modi, the decadal edition emphasised indigenous intellectual property (IP), sovereign semiconductor capabilities and India’s ambitions in next-generation telecommunications. Communications Minister Jyotiraditya M. Scindia outlined the country’s target of securing 10 percent of global 6G patents, underscoring its efforts to contribute to international telecom standards.

IMC 2026 Sets Direction for Technology-Led Transformation

Ramakrishna P., CEO of India Mobile Congress, said, “The 10th edition of India Mobile Congress has set a decisive benchmark for how digital forums drive actionable transformation. Over the past four days, IMC 2026 demonstrated that India’s digital narrative is no longer confined to rollouts and scale; it is about setting international benchmarks, incubating sovereign technologies and driving purposeful innovation. From International 6G Symposium to our concluding focus on agricultural AI and youth robotics, this edition has shown the world that India is building an inclusive, resilient and self-reliant technological ecosystem that scales without boundaries.”

Agri-Food AI and Youth Robotics Take Centre Stage

The final day (Day 4) placed particular emphasis on sector-specific AI applications, led by the Global Initiative on AI for Agri-Food Systems Meeting, organised in collaboration with the International Telecommunication Union (ITU). The discussions focused on leveraging AI to strengthen agricultural and food systems. The event also featured the Robotics for Good Youth Challenge India, organised by the ITU and IIT Delhi’s I-Hub Foundation for Cobotics (IHFC), with support from the Department of Telecommunications (DoT), to promote grassroots innovation and develop future-ready talent.

Build-A-Thon Explores Autonomous 5G AI Agents

Developer capabilities and network automation were also in focus at the ITU Build-A-Thon, where engineers worked on autonomous AI agents designed for 5G network orchestration. Participants also engaged in interactive cybersecurity challenges at the Digital Defence Games.

Last-Mile Connectivity in Focus

The session titled ‘Extra Mile for the Last Mile’ examined sustainable financing models, rural broadband deployment and infrastructure safeguards needed to expand digital access. Discussions centred on ensuring that high-speed connectivity translates into economic opportunities at the gram panchayat level.

The four-day event brought together policy priorities, telecommunications standards and emerging technologies, with its concluding sessions highlighting the role of AI, robotics and digital infrastructure in advancing inclusive connectivity and India’s participation in the global technology ecosystem.

Quotes from industry leaders on the day 4 of India Mobile Congress 2026:

Dr. Bilel Jamoussi, Deputy Director, Telecommunication Standardization Bureau (TSB), Chief of the Study Groups and Policy Department, International Telecommunication Union (ITU) said, “Agriculture and food touch every person, every community and every country, and AI is now moving from laboratories into the real economy to help address their biggest pressures. But the true measure of an AI solution is not how sophisticated its algorithm is; it is whether it solves a real problem for a smallholder farmer. That is why AI must be developed with farmers, not just for them. International standards are central to this, because they do not slow innovation; they make it work at scale, helping prevent fragmentation so that solutions do not remain trapped in isolated pilots. Through cooperation across governments, international organizations, researchers, industry and investors, we can move from vision to actualization, and build a sustainable, resilient and secure food future for all.”

Syed Tausif Abbas, Sr. DDG & Head, TEC, Department of Telecommunications (DoT) said, “Connectivity links our farms, interoperability links our systems, and artificial intelligence links innovation with impact. But the success of this Global Initiative will be measured not only by technological advances, but by tangible improvements in farmers’ livelihoods, agricultural productivity, supply chain efficiency and food security. For that, AI solutions must be transparent, inclusive and accessible, with due attention to data quality, privacy and the needs of small and marginal farmers, and supported by international standards that let solutions built in different countries work together effectively.”

Devendra Singh, Deputy Director General, Telecommunication Engineering Centre (TEC), Department of Telecommunications (DoT) said, “Evaluating AI systems requires moving beyond traditional computing standards toward structured frameworks for fairness, transparency, and robustness. Bias in AI originates across multiple stages from uncurated training data and outliers to model selection and deployment environments. To address this, we assess risk across multiple tiers, combining domain specific metric evaluations with empirical testing across protected attributes and adverse conditions. A truly robust AI system must perform reliably in hostile or edge environments, maintain safety and security governance, and provide measurable, transparent outputs across every level of integration.”

Debasish Mahalik, Deputy Director, Food and Agriculture Department, Bureau of Indian Standards (BIS) said, “AI-driven agriculture can deliver meaningful impact only when technology is supported by robust standards for data quality, privacy, security and interoperability. At the Bureau of Indian Standards, our focus is on developing a system-wide framework for digital agriculture that reflects India’s diverse farming ecosystems and includes small and marginal farmers. By bringing stakeholders together to build common standards, we can enable trusted, scalable and sustainable agricultural solutions that translate innovation into tangible benefits on the ground.”

Jan Redlich, CTO, Bonn Systems said, “AI in agriculture can only deliver on its promise when data can be shared across systems while ensuring farmers retain control over their data. Today, fragmented digital ecosystems create silos that limit interoperability, access and trust. The reference architecture developed by the Focus Group on AI for Agriculture addresses this through shared semantics, open interfaces and sovereignty by design. By building on existing standards for data models, identity and access, it enables applications and services to work across platforms. This allows new use cases to emerge without creating new silos, helping build a more connected, trusted and interoperable agricultural ecosystem.”

Also in the IMC 2026 Series:

Reference 1: Union Minister of Communications Jyotiraditya Scindia Reviews Final Preparations for IMC 2026

Reference 2: IMC 2026: PM Modi Discusses Digital Inclusion, 6G, AI With GSMA Board

Reference 3: IMC 2026: Bharti Airtel Announces Free International Roaming With All Its Postpaid Plans

Reference 4: IMC 2026: Vi to Showcase AI-Powered Innovations and Intelligent Connectivity Solutions

Reference 5: IMC 2026: Reliance Jio Showcases India-Built AI and Connectivity Innovations

Reference 6: IMC 2026: Ericsson Showcases 5G, AI and 6G Innovations

Reference 7: IMC 2026: Ericsson Scales Up AI-Ready Antenna Manufacturing in India

Reference 8: IMC 2026: Starlink Has Set Up Over 20 Gateway Sites in India, Says VP Lauren Dreyer

Reference 9: IMC 2026: Scindia Reviews Airtel’s Future-Ready Digital Infrastructure at Airtel Booth

Reference 10: IMC 2026: Jio Developing Indigenous Satellite Stack, Files Pre-6G Patents, Says Akash Ambani

Reference 11: IMC 2026: Jio Plans Satellite Network to Connect Over 600,000 Villages, Maritime and Border Areas

Reference 12: IMC 2026: Vi Business, Hindalco Partner to Deploy Private Network at Odisha Bauxite Mine

Reference Out of IMC:  Average Revenue per GB of Wireless Data Drops 10.59 Percent to Rs 8.02 in FY26: TRAI

Reference 13: IMC 2026: Cost of 1 GB of Data Has Fallen from Rs 268 in 2014 to Rs 8 Now, Says Scindia

Reference 14: IMC 2026: India Moving Towards End-to-End Telecom Value Chain, Shaping the Rules, Equipment and Innovation: Scindia

Reference 15: IMC 2026: Viksit Tech 47 Report Sets Target of 50 Indian Tech Brands With Rs 1 Lakh Crore Revenue by 2047

Reference 16: IMC 2026: Jio Will Always Stand for Affordability, Says Akash Ambani

Reference 17: IMC 2026: India Targets 10 Percent of Global 6G Patents and Standards: MoS Communications

Reference 18: IMC 2026: MeitY Pavilion Showcases India’s Digital Innovation and Emerging Technology Capabilities

Reference 19: IMC 2026: India Has Already Built Its Own 4G Stack and Deployed It Across the Country: Scindia

Torchit Builds AI Glasses for Blind Users

The company launched its latest wireless glasses in July 2026. Torchit showcased its accessibility technology during India Mobile Congress 2026, where Indian firms highlighted AI wearables.

Torchit’s AI Glasses Turn Visual Information Into Audio

Torchit’s Jyoti AI glasses help blind and low-vision users access information that would normally require sight or another person’s help.

These glasses use a camera and artificial intelligence to understand what is in front of the user. Then share the details through sound. Depending on the model and features, users can get help reading text, identifying objects, recognising colours, and detecting currency notes. The goal is to make daily routines easier, from reading a sign to grocery shopping.

Instead of looking at a screen, the glasses deliver information through audio. This makes them useful when someone is moving, holding something, or doing a task that requires hands-free attention.

Also Read: Jio AI Glasses Could Bring UPI Payments

Six Modes Focus On Everyday Tasks

The Jyoti ecosystem includes six modes shown during the demo: Explore, Read, Medicine, Colour, Currency and Food and Grocery. Users switch between these modes using buttons on the glasses.

Explore mode describes what the camera captures. Read mode helps with printed text. Medicine mode identifies medicine bottles and their labels. Colour and Currency modes support activities like picking the right clothes or checking a banknote. Food and Grocery mode helps identify items in the store.

These functions target situations that usually need help, like reading a label, checking a note, or choosing a product.

AI is not perfect. Users should still check important information, especially medicine names, dosages and safety instructions. The glasses should not be the source of confirmation.

The New Wireless Model Removes A Major Constraint

Torchit’s latest wireless Jyoti AI Vision Glasses mark a shift from its earlier wired versions.

According to a Business Standard report from October 9, the new model came out in July 2026. Torchit says it has already reached more than 40,000 users across India. The company is also working on an AI assistant for the glasses.

The wireless version has the camera, speaker, battery and AI-processing hardware built into the eyewear. Product details say it supports reading, scene understanding and multilingual help.

Removing the need for devices makes the glasses easier to use in everyday life. Still, battery life, comfort, speed, and information accuracy remain user concerns.

What Is The Price Of Jyoti AI Glasses?

The price varies by model.

Business Standard reported that Torchit’s glasses were priced between ₹20,000 and ₹25,000, based on details the company shared at IMC 2026. The company’s official website lists the Jyoti AI Pro at ₹29,900. So prices vary across models.

For buyers, the exact model matters. Features, hardware setup and how independent the device is from gear can change between products.

Torchit also offers assistive tools. Mobility aids, reading tools and more. To improve accessibility.

Why This Matters For India’s AI Industry

Torchit’s work shows a side of India’s growing AI scene. While big tech companies race to build AI assistants, smart-glasses startups like Torchit use AI to solve specific daily-life problems.

For impaired students, being able to read educational materials without help could make a big difference. For adults, recognising objects, reading labels, and understanding surroundings could mean independence.

The real impact will depend on price, language support, reliability and whether people can try the tools before buying or get help after the purchase. AI glasses also cannot replace mobility training, a cane or a guide dog. These tools are still important.

Torchit’s effort should be seen as an option, not a complete fix for all challenges faced by people with visual impairments.

Can AI Glasses Make Accessibility More Affordable?

The bigger question is whether AI-powered assistive devices can become affordable.

At ₹20,000 to ₹30,000, these glasses are out of reach for many Indian families. Their usefulness depends on how they work in real life. On busy streets, in classrooms, on public transport, or in shops.

Also Read: Google and Unity Let AI Build Games

Torchit’s new wireless glasses. Its plans for an AI assistant show this field is changing. If the technology gets more accurate and easier to access, AI glasses could become a tool for people with visual impairments.

For now, the real test isn’t how powerful the AI sounds; it’s whether users can depend on it to do everyday tasks on their own.
For now, the most important measure of success will not be how advanced the AI sounds, but whether users can rely on it to complete everyday tasks more independently.

Image Credits: mytorchit

Also Read: Oppo ColorOS 17 With AI: Eligible Phones List Revealed

Oppo Confirms ColorOS 17 Launch – What to Expect

Image Credits: Android (@midroid5G)

After Vivo recently launched its new OS, the Origin OS 7, based on Android 17. While OriginOS 7 is making its way to Vivo phones, Oppo is also gearing up to launch the next ColorOS 17 update based on Android 17.

Oppo has confirmed the India launch date for October 13, 2026. Here’s what we can expect with the new OS.

1. New Unique Design and Motion Design

Oppo’s new ColorOS 17 will have an updated UI identity with enhanced design and improved smoothness.

It will feature bouncy animations and frosted glass layers, similar to what Apple has done with the new iOS 27 models.

Also Read: OPPO K14 Plus 5G Launched in India: Price and Specifications

2. Dedicated Engine Architecture to Improve Efficiency and Speed

ColorOS 17 will have a dedicated engine architecture to improve overall performance.

The UI and animations are designed to maintain efficiency and speed with three engines: Aurora Engine, Polar Light Engine, and Tidal Engine.

3. Integrated AI Features

Alongside the new UI enhancements and animation changes, Oppo will also introduce new AI features and app integrations, including a new AI photo editor with AI notes, an AI live translation feature, and a completely new AI Call Anti-Fraud application.

These are a few of the features we will see in Oppo’s upcoming ColorOS 17.

Also Read: OPPO Find X10 Gets ColorOS 17 Update: 5 AI Features to Try

Oppo Also Confirms Find X10 Launch

After its launch in China, Oppo confirmed a global rollout of the new Find X10 series, including India. The series will include two models: the top-end Find X10 Pro Max 5G and the standard Oppo Find X10 5G.

The Oppo Find X10 Pro Max 5G – Expected Specifications and Features

The new Find X10 Pro Max 5G is set to be powered by the latest MediaTek Dimensity 9600 Pro chipset, a new 2nm-based chip that competes with other flagship chipsets like Qualcomm Snapdragon 8 Elite Extreme Gen 6 and even Apple’s A20 series.

The Find X10 Pro Max will feature a flat 6.78-inch display with a 144Hz refresh rate and 2000 nits of peak brightness.

On the camera side, it gets a major upgrade: a new 200MP main 1/1.3-inch sensor with an f/1.5 aperture lens and dual-axis OIS support, plus a 200MP ultrawide sensor and a 200MP telephoto/periscope camera lens.

On the battery front, it gets an 8,000mAh battery with 80W fast wired charging and 50W wireless charging.

Also Read: OPPO F35 5G Series India Launch Date Confirmed

Oppo Find X10 5G- Specifications and Features

The standard Find X10 5G will be powered by the latest MediaTek Dimensity 9600M chipset, a 3nm-based chip with faster LPDDR5X RAM and UFS 4.1 storage. We expect a 6.59-inch AMOLED panel with a 144Hz refresh rate and Dolby Vision support.

The X10 5G will feature a flagship camera system with a main sensor with dual-axis OIS, a 50MP ultra-wide sensor, and a 200MP periscope telephoto lens.

The Find X10 5G packs the same 8000mAh battery, plus 80W wired charging and 50W wireless charging support.

After the ColorOS 17 launch, we will soon get confirmation of the list of eligible smartphones that will receive this update. This year, ColorOS 17 could also come to Realme and OnePlus phones.

Image Credits: Android (@midroid5G), Aryan Gupta

Here’s all you need to know about the new product from Jio.

Jio AI Glasses to Support UPI with Scan and Pay Feature

Reliance Jio said that users will be able to pay directly through the Jio AI Glasses by just looking at the QR code and giving a voice command. There will also be an AI voice assistant and support for multiple Indian languages so it is truly a product for everyone. The new AI glasses from Jio will also be able to support live translation, AI note-taking, and live cricket commentary.

However, the standout feature has to be Scan and Pay through the smart glasses. The rules suggest that a maximum payment of Rs 5,000 can be made through the glasses in a single transaction, and the monthly limit is Rs 15,000. The rules are not set by Jio, but are according to the UPI Circle rules. Another major feature supported by the Jio AI Glasses is Live Translation.

With Live Translation, two people speaking different languages will be able to understand each other with the help of wearable devices. You can speak in your language and the other person can speak in theirs. The AI will handle the entire translation. Jio is showcasing these products at the India Mobile Congress (IMC) 2026, taking place at the Yashobhoomi Convention Center, Dwarka. Anyone can visit the exhibition and check out these products.

Let’s take a look at the best OTT releases for this weekend.

1. Khalifa Part 1

• Director: Suresh Divakar, Vysakh
• Cast: Mohanlal, Prithviraj Sukumaran, Tovino Thomas, Malvika Sharma, Indrans
• OTT Release Date: October 09, 2026
• Where to Watch: Amazon Prime Video

Khalifa’s first part, the Khalifa movie, gets an OTT Release after a few weeks of theatrical run and will stream on Amazon Prime Video.

The movie features prominent faces in the Mollywood industry, including Mohanlal, Prithviraj Sukumaran, Tovino Thomas, and Indrans. It follows Aamir Ali, played by Prithviraj, as he gets entangled in a world of revenge amid his gold-smuggling operations.

Also Read: Bethlehem Kudumba Unit to Love: 5 Best OTT Release For Oct

2. Eyes

• Director: Manu Ashokan
• Cast: Kani Kusruti, Nikhila Vimal, Shruti Ramachandran, Saniya Iyyappan, Dev Mohan
• OTT Release Date: October 09, 2026
• Where to Watch: SonyLIV

SonyLIV is streaming Eyes, a new Mollywood thriller-crime-drama web series led by Kani Kusruti, Nikhila Vimal, and Shruti Ramachandran.

The web series follows Tina Sebastian, a police officer investigating disturbing cases involving women.

During the investigation, she joins forces with the police to understand the behavior of psychological stalkers, identify warning signs, and prevent serious situations.

3. Spider-Man: Brand New Day

• Director: Destin Cretton, Jeff Okabayashi, Christopher Clark Cowan, Fraser Fennell-Ball, Sallie Hard
• Cast: Tom Holland, Sadie Sink, Tramell Tillman, Zendaya, Jacob Batalon
• OTT Release Date: October 06, 2026
• Where to Watch: Amazon Prime Video and Apple TV+

After a successful theatrical run, Marvel approved streaming of Spider-Man: Brand New Day on Amazon Prime Video and Apple TV+.

Tom Holland, Zendaya, and Jacob Batalon return to OTT screens to show the aftermath of Spider-Man: Homecoming. Now forgotten, Peter Parker lives alone and saves the day as Spider-Man.

Also Read: From Habeebi to Toy Story 5: Best OTT Releases This Week

4. Saale Aashiq

• Director: Siddharth-Garima, Siddharth Singh, Garima Wahal
• Cast: Tahir Raj Bhasin, Mithila Palkar, Chunky Pandey, Vrajesh Hirjee, Tanvi Azmi
• OTT Release Date: October 06, 2026
• Where to Watch: JioHotstar

After its theatrical release in February 2025, Saale Aashiq, starring Tahir Raj Bhasin and Mithila Palkar, gets an OTT release on JioHostar.

Tahir Raj Bhasin is known for his roles in movies such as Sultan of Delhi, Yeh Kaali Kaali Ankhein, Force 2, and Chhichoore, while Mithila Palkar is known for her roles in web series such as Little Things and Super Subbu, and movies such as Ohho Enthan Baby and Karwaan.

5. Mandaadi

• Director: Pugazhendhi Mathimaran
• Cast: Soori, Suhas, Mahima Nambiar, Sathyaraj, Mithun Jai Sankar
• OTT Release Date: October 08, 2026
• Where to Watch: Netflix

After a month-long theatrical run, Soori’s Mandaadi gets an OTT release on Netflix, streaming on October 8, 2026.

Led by Soori, Mandaadi follows fishing captain Mandaadi Muthukaali as he uses his maritime knowledge and experience to win a traditional boat race.

The movie is set in the coastal towns of Ramanathapuram and Tuticorin.

Also Read: From Thudakkam to Kattalan Best OTT Releases For This Week

Bonus OTT Release: Pradhama Dhrishtya Kuttakkar

• Director: Shahad Nilambur
• Cast: Parvathy Thiruvothu, Vijayaraghavan, Unnimaya Prasad, Mathew Thomas, Siddharth Bharathan
• OTT Release Date: October 08, 2026
• Where to Watch: Netflix

Released in September 2026, Parvathy Thiruvothu and Vijayaraghavan’s new crime thriller, Pradhama Dhrishtya Kuttakkar, is now available to stream on Netflix.

The movie follows a newly joined woman constable after her husband’s death. She finds herself in an incident involving custody, and an accidental death forces her and her colleagues to desperately cover their tracks.

Here are the top OTT movies and TV shows releasing this week in October 2026. Are you excited to stream these new movies and TV shows? Share your views in the comments section below.

While developing new technologies and solutions for India, Dr. Rajkumar Upadhyay also emphasized pushing these technologies to other countries.

Also Read: IMC 2026: India Has Already Built Its Own 4G Stack and Deployed It Across the Country: Scindia

C-DOT Highlights Five Major Technologies at IMC 2026, Says CEO Rajkumar Upadhyay

In our conversation with the CEO of C-DOT, Dr. Rajkumar Upadhyay, we got insights on five major focus areas for C-DOT, which include:

1. Wireless Communication 4G, 5G and 6G – Upgrading from 4G to 5G Infrastructure

C-DOT has already deployed 4G infrastructure across India in partnership with BSNL, serving 1,75,000 base stations at 1 lakh sites and generating 7 petabytes of traffic, equivalent to serving 2.4 to 3 crore BSNL customers, Dr Upadhyay strongly emphasized.

To upgrade BSNL to 5G, C-DOT and BSNL have started 5G trials in Ambala.

In wireless communications, C-DOT has also developed and showcased CG technology, demonstrating readiness to transition to 6G in India.

“In addition to wireless communication, we are working on CG; we have showcased it for IMC 2026, where we displayed our innovations, which include CG Radio, CG Sensing, CG reflecting surfaces, and CG reflectors”, Dr Upadhyay said.

This reflects C-DOT and Dr. Upadhyay’s vision to keep C-DOT ready for future technology trends.

Also Read: IMC 2026: MeitY Pavilion Showcases India’s Digital Innovation and Emerging Technology Capabilities

2. Quantum Communication

On quantum communication, Dr. Rajkumar Upadhyay said C-DOT has developed indigenous QKD- and PQC-based communication methods, already deployed at a few universities and agencies in India.

C-DOT offers 16 products customers can use to meet their requirements. This also marks C-DOT’s readiness to help India adapt to quantum technology in the future.

3. Cyber Security

The next focus is cybersecurity, where C-DOT provides intelligence using Cyber probes to help systems detect sources of threats.

C-DOT has also developed an enterprise-grade security solution called AI Trinetra-Sakti that helps mitigate cyber threats.

Also Read: IMC 2026: India Targets 10 Percent of Global 6G Patents and Standards: MoS Communications

4. Disaster Management – Cell Broadcasting Solution

C-DOT’s fourth focus area is disaster management, where C-DOT has developed a cell-broadcasting environment that can save thousands of lives in affected areas in India.

A disaster management system can send alerts to millions of citizens on their smartphones within seconds.

C-DOT has already deployed its disaster management solution in India and is currently testing it in four countries, with plans to expand further.

It focuses on enhancing the workflows and operations of its existing applications and solutions and integrating AI with wireless communication technologies, such as 5G, for disaster management, quantum communication, and more.

C-DOT has also deployed AI in fraud management by developing a portal called Sachar Saathi and is integrating AI into products such as the Financial Risk Indicator (FRI) to help banks and customers detect fraud.

C-DOT’s focus on AI is to integrate it into its existing products, Dr Upadhyay said.

Also Read: Elon Musk Directly Attacks Ambanis On X

C-DOT’s Biggest Achievement in India’s Indigenous Telecom Journey

C-DOT’s current products, which are already deployed, and C-DOT’s major achievements include deploying 4G across India for BSNL, which is serving 1,75,000 base stations and generating seven petabytes of traffic, serving 2.5 crores of BSNL customers in India, which is a significant achievement for C-DOT’s journey in the telecom industry, making India the fifth nation in the world to have this technology deployed.

The next major achievement is the development of Cyber Probes in cybersecurity, which can help detect malicious traffic entering a network and identify the origin of attacks.

Third is the disaster management solution, launched in 2023, which uses cell broadcasting technology to send SMS alerts during disasters, including lightning strikes, tsunamis, and even missile attacks, when we have only seconds to alert citizens in affected areas.

Dr Rajkumar Upadhyay also shared AI-related achievements, including the development of C-DOT’s Sanchar Saathi portal, which has surpassed 30 crore hits across the website and app and supports 20 languages.

On the quantum side, C-DOT’s QKD and PQC communication methods will help address communication challenges through encryption and are currently deployed at some universities and agencies.

Lessons From Developing and Deploying Indigenous 4G Technology and Shaping CDOT’s Next Steps in 5G

Dr. Rajkumar Upadhyay strongly emphasized building around customer requirements and keeping users in the development process; another key lesson is to keep investing in technology.

Technology is a life cycle: if it’s 4G, it will evolve to 5G; if it is 5G, it will evolve to 6G. The same applies to cybersecurity; daily changes are happening. Hence, the product lifecycle has to be maintained throughout, and the third is to keep your people happy by ensuring their problems are solved, said Upadhyay.

Also Read: Reliance Jio 6G NR MIMO Unit Showcased

Dr. Rajkumar Upadhyay’s Vision for C-DOT’s Future in the Next Few Years

Dr. Rajkumar Upadhyay’s ambition at C-DOT International is to introduce indigenous Indian products to international markets.

Dr. Upadhyay said they are targeting revenue growth to 6,000 crore, while C-DOT has jumped from 80 crore to 621 crore in five years.

C-DOT’s current mission is to take all five major technologies abroad, which should boost C-DOT’s overall revenue.

“Our 4G, 5G, cyber, and what we have developed for India, we will move it abroad ” says Dr Upadhyay

The cell broadcasting solution for disaster management is already undergoing trials in four other countries.

Dr Upadhyay also emphasized key watch-out points for C-DOT’s future, including adapting to 6G, keeping pace with new cybersecurity technology, maintaining a strong base in AI, and using Made-in-India technology for foreign markets.

AI Mirror Analyses Your Outfit in Time

The display showed an AI-powered mirror built around the Ventuno Q computing platform. People could stand in front of the screen while an AI model looked at their appearance, described their clothing, and suggested ways to improve their style.

This idea could help in clothing stores, where people often try on outfits or ask for help with colours, combinations, and styles. An AI mirror could provide a different kind of feedback directly in a room or store display.

According to a Business Standard report published on October 9, the display was meant to show how AI could go beyond chatbots and phone apps and into physical spaces. The mirror was one of the technologies shown at India Mobile Congress 2026.

The Bigger Story Is AI Without Internet

The key isn’t the mirror itself, but the computing platform that makes it work.

According to the person who explained the demonstration, Ventuno Q uses Qualcomm’s Snapdragon IQ-8275+ processor, along with 16GB of RAM and 64GB of storage. The platform can run a seven-billion-parameter vision-language model on its own, so the AI shown at the event works without needing the internet.

This is called edge AI. Instead of sending every request to a distant data centre, the device runs the AI on its own hardware.

Also Read: Jio AI Glasses Could Bring UPI Payments

This difference matters for applications that use cameras and personal information. Local processing can reduce reliance on cloud services. It might make things faster, but privacy still depends on how the whole system collects, saves, and uses data.

Working offline does not mean every part will work without internet. Some functions that need information or online services may still require a connection.

Qualcomm Hardware Powers The Experience

Ventuno Q is made as a computing platform, not a mirror with a screen.

The setup includes Qualcomm’s Snapdragon IQ-8275+ chip, 16GB RAM and 64GB storage. It is meant to run AI models on the device, making it good for tasks that need seeing and responding.

The platform can also run AI models in languages, including models from Indian AI company Sarvam, according to the person at the display. That ability could be important in India, where stores have customers who speak different languages.

However, the display does not show that every language or feature is ready in a product. The exact abilities will depend on the software, model, and how each business uses it.

Smart Mirrors Could Change Retail

For stores, the benefit is more than just giving customers a new thing to try.

A smart mirror could help people try on clothing, get style tips, and find product details without searching the store or waiting for help. Stores could also explore how these systems fit into the shopping experience.

The same technology could also power interactive displays, education, and some industrial applications.

Business Standard said the Ventuno Q platform was shown as a computing solution with possible uses beyond smart mirrors. Its ability to run AI locally could interest groups that want to use AI without depending on cloud-based processing.

For businesses, the real question is whether these systems can give good results at a price that makes business sense.

What Is The Price Of Ventuno Q?

A person at the event said the Ventuno Q platform costs about $300, or around ₹30,000, according to Business Standard. The report also said the platform was available for order.

This number should not be taken as the cost of a full smart mirror for regular people. The total cost may depend on the screen, mirror hardware, installation, software and the exact use built around the platform.

There is also no confirmed plan to sell AI mirrors as a product in India. The display is better seen as an example of what the technology can do, not proof that AI mirrors are already common in homes.

Privacy And Accuracy Will Matter

A mirror with a camera that watches a person’s appearance raises privacy and data-handling concerns.

Businesses using these systems need to say when cameras are on, whether they keep pictures, how they keep customer info safe, and whether people can choose not to use it. Processing AI locally can help with some cloud concerns. That doesn’t guarantee privacy.

Suggestions also need to be helpful and correct. An AI system may misunderstand clothes, lighting, or colours, so treat its style tips as help, not the final answer.

Is This The Future Of Smart Mirrors?

The Ventuno Q display shows a shift toward AI devices that can see, understand, and react to their surroundings.

Also Read: Apple, Fitbit, Whoop, Pebble: Fitness Trackers Compared

Instead of making people open an app and upload a photo, a smart mirror could bring visual AI where it is needed. Whether this becomes a common shopping experience will depend on cost, reliability, and privacy measures. It also depends on whether shoppers find the tips useful.

For now, the story about mirrors in India isn’t about a new product coming out soon, but about new kinds of AI devices that work locally, moving from shows to real use.

Image Credits: (X-@HowDevelop)

Reliance Jio Rs 10,000 Broadband Plan Details

Reliance Jio Rs 10,000 broadband plan comes with 15 months of service, and it offers up to 100 Mbps of speed (download and upload). The data bundled with the plan is unlimited. With the fiber connection, users get 3.3TB of data, and the AirFiber users get 1TB of data. The plan also bundles free OTT (over-the-top) benefits as well as live TV channels.

The OTT benefits bundled with the plan are Hoichoi, Amazon Prime Lite, JioHotstar, SonyLIV, ZEE5, SunNXT, Discovery+, TimesPlay, TarangPlus, Eros Now, Lionsgate Play, ShemarooMe, and ETV Win. The Amazon Prime Lite subscription is available for the users for one year. Note that with the ZEE5 subscription, users do not get access to sports content. For sports content, you will have to upgrade your plan directly with the platform.

Jio is calling the Rs 10,000 pack as its freedom pack. There is one more freedom pack on offer, which costs Rs 8888. That plan also bundles OTT benefits for the users and it comes with 30 Mbps of speed. The validity of this plan is 12 + 4 months, which is a total of 16 months. The cost of this plan will also attract GST upon the final billing. Reliance Jio broadband services are present across the country, you can book a connection or get a new plan from the company via the Jio website and Jio mobile app.

India Sets Sights on 5G Standalone and 6G Leadership

Scindia outlined India’s strategic transition from digital connectivity expansion to global technological leadership. He highlighted that the nation’s rapid rollout of 5G Standalone will serve as the foundational bridge to 6G, marking a historic shift where India actively shapes international communication standards rather than adopting them.

Addressing the media on the sidelines of the forum on Day 3 of IMC 2026, Scindia said, “India has already built its own 4G stack and deployed it across the country. The next frontier is 5G Standalone, which will serve as the bridge between 5G and 6G. The next phase of our journey will be about building AI-enabled networks, developing indigenous technologies and shaping the global standards that will define the future of telecommunications. Through the Bharat 6G Alliance, India is contributing to that future, moving from adopting technology to helping shape it.”

IMC 2026 Focuses on Global 6G Standards

The third day of IMC 2026, held under the theme ‘Scale Without Boundaries’, focused on global 6G standardisation, artificial intelligence-driven telecom networks and deploying resilient cybersecurity frameworks to protect the next billion digital connections. Government leaders, international telecom alliances and technology innovators discussed strategies to strengthen secure network architectures and prepare for the next phase of digital connectivity.

The International 6G Symposium brought together global standardisation bodies and regional alliances to align efforts towards the IMT-2030 roadmap. A dedicated session, ‘Silicon to Sovereignty’, outlined strategies to scale indigenous semiconductor capacity, trusted chip design and deep-tech intellectual property.

AI, Cybersecurity and Subsea Connectivity in Focus

The AI for Good Summit, organised by the International Telecommunication Union (ITU), brought together global institutions, the Centre for Development of Telematics (C-DOT) and industry researchers to establish frameworks for research, policy and deployment of public-interest AI.

Other sessions examined AI-native network defence, telecom supply chain security and the resilience of subsea connectivity infrastructure. Discussions also covered the network API economy, trusted Internet of Things (IoT) systems and the growing energy requirements of telecom networks and AI data centres, highlighting the importance of securing and governing the digital infrastructure underpinning global connectivity.

IMC Emerges as a Global Standardisation Platform

Ramakrishna P., CEO of India Mobile Congress, said: “As we mark our 10th edition, the India Mobile Congress has evolved beyond a technology showcase to become a defining platform for global standardisation. Today’s sessions on the IMT-2030 roadmap and trusted digital architectures prove that India is no longer just a vast market for technology deployment but a critical hub for deep-tech innovation. By uniting international telecom alliances, government bodies and startups, we are ensuring that the frameworks governing the 6G and AI era are built collaboratively, securely and with a vision for true global impact.”

IMC 2026 Attracts Participants from Over 100 Countries

Organised by the Department of Telecommunications (DoT), Ministry of Communications, Government of India, and the Cellular Operators Association of India (COAI), the 10th edition of IMC 2026 welcomed attendees from over 100 countries. The four-day event features more than 600 partners and exhibitors, over 500 startups and 900 thought leaders, showcasing more than 2,000 technology use cases across over 120 sessions.

The event covers a broad range of sectors, including 5G and 6G, next-generation AI networks, semiconductors, non-terrestrial networks, cybersecurity, quantum communication, enterprise transformation, circular economy, environmental, social and governance (ESG) initiatives, and electronics manufacturing.

Quotes from industry Leaders on Inaugural day of India Mobile Congress 2026:

Lt. Gen. Dr. S.P. Kochhar, Director General, COAI “As networks reach every nook and corner of the country, subscriber expectations around bandwidth and network quality continue to rise. Building consumer trust and network resilience is therefore critical. We have started using AI to streamline operations and enhance consumer benefits, but this also brings challenges around skills, employment and infrastructure costs. While AI may disrupt certain jobs, it will also create new opportunities in data science, analysis and AI management. The resulting data demands require us to augment networks faster. Ultimately, the consumer matters most, and we must continue to build trust while addressing these challenges.”

Erik Ekudden, Chief Technology Officer, Ericsson: “In 5G, we are already working on differentiated performance, programmable networks through network APIs and bringing AI into the RAN. Those developments are creating the business conditions and learnings that will carry us into 6G. At the same time, AI is changing the way we think about devices and services, from smartphones and wearables to drones, autonomous vehicles and humanoids. These new use cases will create very different requirements for networks, including greater uplink capacity, more flexible connectivity and services that can support new patterns of data flows. The next step is to build differentiated performance and services around business models that allow this flexibility to translate into real value.”

Sanjeev Dhallam, VP, Core Network & Security, Bharti Airtel: “AI is helping strengthen both consumer protection and network security by improving the speed and visibility with which telecom operators can detect and respond to suspicious activity. However, AI-driven actions need to be supported by the right context and intelligence to ensure accurate decisions. While AI can help automate detection and containment, clear policy guardrails and human oversight remain critical, particularly when it comes to taking sensitive actions that could impact the network.”

Radhey Sarda, SVP & Head Advanced Technologies, Reliance Jio: “Network-as-a-Service is moving from a niche offering to a scalable reality, with 5G Standalone, network slicing and edge computing enabling connectivity tailored to specific needs. From ensuring reliable, priority access for first responders during mass gatherings to powering low-latency, high-bandwidth applications in smart manufacturing, NaaS is driving business agility while strengthening network resilience. These use cases demonstrate how programmable networks can deliver measurable value across industries and serve as scalable models for India and the world.”

Ankit Goel, Founder and Chairman, Space World Group: “Physical network security is a critical part of the digital infrastructure ecosystem. As an IP1 player, the focus is on building a secure physical network in line with government guidelines. Network design is planned with a long-term outlook of at least 25 years, with security measures incorporated at the deployment stage to address challenges such as fibre cuts and infrastructure requirements in remote locations. Engagement with local authorities, from the panchayat level to regulatory bodies, further supports network security. A robust Network Operations Centre (NOC), supported by IoT devices, enables network monitoring and helps maintain a secure and reliable infrastructure backbone, ensuring service continuity and a consistent user experience.”

Robert May, Executive Vice President of Technology and Product Management, Fortinet, “As organisations accelerate AI adoption to drive business growth and efficiency, they must balance innovation with robust data protection, regulatory compliance and digital sovereignty. The way forward lies in two complementary approaches, ‘Security for AI’ – to safeguard AI applications, infrastructure and sensitive data against emerging threats; and ‘AI for Security’ – to help security teams automate operations, accelerate threat detection and response, and manage growing complexity more effectively. Telecom and service providers will also play a vital role in extending these advanced security capabilities to businesses of all sizes, enabling them to adopt AI with greater confidence.”

Vibha Mehra, India Country Manager, Nokia, “As an industry, there has to be a very conscious effort to create a plan on how to move forward, not just as a telecom industry, but as a tech industry. This has to be done in partnership and at scale. If the right technologies are not adopted and brought into everything that is done, the industry will be left behind. Reskilling and upskilling are essential, and there has to be good collaboration between industry, government and universities. The ability to keep changing and adjusting to the changing environment is a critical skill.”

Jeanette Whyte, Head of Public Policy, APAC, GSMA, “As India accelerates its digital transformation, building a safer and more trusted online ecosystem is essential to sustaining consumer confidence and unlocking the full potential of the country’s digital economy. Addressing online scams, cyberbullying and other forms of digital harm requires moving beyond a compliance-led approach to one that embeds security, privacy and user protection into the design of digital services. Closer collaboration between technology platforms, telecom operators, policymakers and industry stakeholders, supported by a risk-based approach to security, will be critical to protecting users without compromising inclusion and ease of access. A collective commitment to digital trust will be fundamental to India’s ambition of becoming a global digital leader.”

Dr. Dilip Krishnaswamy, Executive Vice President – III, C-DOT, “The future of connectivity lies in making it ubiquitous, intelligent and sustainable. We are exploring how satellite-enabled networks, edge AI and 6G technologies can bring essential services to remote communities, strengthen disaster response and create new economic opportunities for rural India. By combining indigenous innovation with collaborative research, we can ensure that the benefits of digital transformation reach every community and advance the vision of Viksit Bharat.”

Also in the IMC 2026 Series:

Reference 1: Union Minister of Communications Jyotiraditya Scindia Reviews Final Preparations for IMC 2026

Reference 2: IMC 2026: PM Modi Discusses Digital Inclusion, 6G, AI With GSMA Board

Reference 3: IMC 2026: Bharti Airtel Announces Free International Roaming With All Its Postpaid Plans

Reference 4: IMC 2026: Vi to Showcase AI-Powered Innovations and Intelligent Connectivity Solutions

Reference 5: IMC 2026: Reliance Jio Showcases India-Built AI and Connectivity Innovations

Reference 6: IMC 2026: Ericsson Showcases 5G, AI and 6G Innovations

Reference 7: IMC 2026: Ericsson Scales Up AI-Ready Antenna Manufacturing in India

Reference 8: IMC 2026: Starlink Has Set Up Over 20 Gateway Sites in India, Says VP Lauren Dreyer

Reference 9: IMC 2026: Scindia Reviews Airtel’s Future-Ready Digital Infrastructure at Airtel Booth

Reference 10: IMC 2026: Jio Developing Indigenous Satellite Stack, Files Pre-6G Patents, Says Akash Ambani

Reference 11: IMC 2026: Jio Plans Satellite Network to Connect Over 600,000 Villages, Maritime and Border Areas

Reference 12: IMC 2026: Vi Business, Hindalco Partner to Deploy Private Network at Odisha Bauxite Mine

Reference Out of IMC:  Average Revenue per GB of Wireless Data Drops 10.59 Percent to Rs 8.02 in FY26: TRAI

Reference 13: IMC 2026: Cost of 1 GB of Data Has Fallen from Rs 268 in 2014 to Rs 8 Now, Says Scindia

Reference 14: IMC 2026: India Moving Towards End-to-End Telecom Value Chain, Shaping the Rules, Equipment and Innovation: Scindia

Reference 15: IMC 2026: Viksit Tech 47 Report Sets Target of 50 Indian Tech Brands With Rs 1 Lakh Crore Revenue by 2047

Reference 16: IMC 2026: Jio Will Always Stand for Affordability, Says Akash Ambani

Reference 17: IMC 2026: India Targets 10 Percent of Global 6G Patents and Standards: MoS Communications

Reference 18: IMC 2026: MeitY Pavilion Showcases India’s Digital Innovation and Emerging Technology Capabilities

Being held from October 7 to 10 under the theme “Scale Without Boundaries”, IMC 2026 provides a platform for discussions, innovation and collaboration around next-generation connectivity and emerging technologies.

MeitY Highlights Digital India Initiatives

The Ministry of Electronics and Information Technology (MeitY) has set up a dedicated pavilion at the event, showcasing a wide range of Digital India initiatives and capabilities spanning Digital Public Infrastructure, citizen services, language technology, data protection, semiconductors, internet infrastructure, advanced research and technology entrepreneurship.

The pavilion highlights key digital foundations supporting citizen and government services, including Aadhaar, DigiLocker, UMANG and Entity Locker. Together, these initiatives demonstrate how digital platforms are making identity, documents and access to government services more seamless, secure and convenient for citizens and organisations, according to the Ministry of Electronics and Information Technology.

Focus on APIs and Citizen-Centric Design

At the API Setu booth, visitors can learn about API-based integration and information exchange, which support interoperability across digital systems. The UX4G team is also showcasing approaches to improving user experience and the design of digital assets through citizen-centric design.

A dedicated booth on the Digital Personal Data Protection (DPDP) framework highlights the importance of responsible data processing and personal data protection in the digital age.

AI and Language Technologies on Display

Digital India BHASHINI is demonstrating the use of artificial intelligence and language technologies to expand access to digital content and services across Indian languages.

MyGov India is showcasing a collection of ‘Mann Ki Baat’ videos, highlighting stories, voices and grassroots initiatives from across the country.

Advanced Research and Semiconductor Capabilities

The pavilion also features the Centre for Development of Advanced Computing (C-DAC), which is showcasing DARPAN S3. NIXI, SAMEER and India Semiconductor Mission (ISM) are also participating, highlighting India’s capabilities in internet infrastructure, applied research, semiconductors and advanced technologies.

Startup Showcase

Software Technology Parks of India (STPI) is participating with 14 STPI-incubated startups, providing entrepreneurs an opportunity to showcase their products and solutions to visitors, investors and industry representatives.

The Ministry said, “The startup showcase provides a glimpse into emerging Indian innovations and the pathways through which technology ideas are being developed into market-ready solutions.”

Interactive Experience Zone

An interactive Experience Zone allows visitors to engage with emerging technologies through hands-on demonstrations. One booth enables visitors to create their own AI avatars, while another offers a virtual reality-based cricket experience, showcasing applications of AI and immersive technologies in an accessible and engaging format.

Showcasing India’s Technology Ecosystem

The MeitY pavilion brings together digital services, citizen engagement, AI, startups, semiconductors, internet infrastructure and advanced research under one platform, providing visitors with an overview of India’s expanding technology capabilities.

Students, entrepreneurs, government officials, researchers and industry representatives can explore the initiatives, interact with innovators and experience selected technologies at the pavilion during IMC 2026.

Also in the IMC 2026 Series:

Reference 1: Union Minister of Communications Jyotiraditya Scindia Reviews Final Preparations for IMC 2026

Reference 2: IMC 2026: PM Modi Discusses Digital Inclusion, 6G, AI With GSMA Board

Reference 3: IMC 2026: Bharti Airtel Announces Free International Roaming With All Its Postpaid Plans

Reference 4: IMC 2026: Vi to Showcase AI-Powered Innovations and Intelligent Connectivity Solutions

Reference 5: IMC 2026: Reliance Jio Showcases India-Built AI and Connectivity Innovations

Reference 6: IMC 2026: Ericsson Showcases 5G, AI and 6G Innovations

Reference 7: IMC 2026: Ericsson Scales Up AI-Ready Antenna Manufacturing in India

Reference 8: IMC 2026: Starlink Has Set Up Over 20 Gateway Sites in India, Says VP Lauren Dreyer

Reference 9: IMC 2026: Scindia Reviews Airtel’s Future-Ready Digital Infrastructure at Airtel Booth

Reference 10: IMC 2026: Jio Developing Indigenous Satellite Stack, Files Pre-6G Patents, Says Akash Ambani

Reference 11: IMC 2026: Jio Plans Satellite Network to Connect Over 600,000 Villages, Maritime and Border Areas

Reference 12: IMC 2026: Vi Business, Hindalco Partner to Deploy Private Network at Odisha Bauxite Mine

Reference Out of IMC:  Average Revenue per GB of Wireless Data Drops 10.59 Percent to Rs 8.02 in FY26: TRAI

Reference 13: IMC 2026: Cost of 1 GB of Data Has Fallen from Rs 268 in 2014 to Rs 8 Now, Says Scindia

Reference 14: IMC 2026: India Moving Towards End-to-End Telecom Value Chain, Shaping the Rules, Equipment and Innovation: Scindia

Reference 15: IMC 2026: Viksit Tech 47 Report Sets Target of 50 Indian Tech Brands With Rs 1 Lakh Crore Revenue by 2047

Reference 16: IMC 2026: Jio Will Always Stand for Affordability, Says Akash Ambani

Reference 17: IMC 2026: India Targets 10 Percent of Global 6G Patents and Standards: MoS Communications

Addressing the session, “Shaping the Intelligent Infrastructure for 6G: A Technology Leadership Dialogue, CTO Round Table”, held on the sidelines of IMC 2026, Pemmasani credited industry stakeholders for helping India expand telecom connectivity across the country.

Over a Billion People Connected

The Minister of State underscored that India has connected more than a billion people, connected every district with 5G through almost 5.6 lakh Base Transceiver Stations (BTS), connected villages with 4G and developed its own indigenous 4G stack. He acknowledged the hard work of industry stakeholders in making these achievements possible, according to Ministry of Communications.

Simpler Telecom Regulatory Framework

Referring to the strengthening of the telecom sector over the last year, Pemmasani said most rules under the Telecommunications Act, 2023, have now been notified. He said the objective is to create a regulatory framework that is simpler, technology-neutral and suited to the needs of the modern technology era.

He also highlighted the BharatNet and 4G saturation projects aimed at taking high-speed fibre and connectivity to every village and every home.

Rs 500 Crore Backing for Telecom R&D

The Minister said nearly 136 research and development projects worth around Rs 500 crore have been funded under the Telecom Technology Development Fund (TTDF).

These projects are working on 5G, 6G, quantum communications, non-terrestrial networks, advanced optical systems, indigenous core and telecom security.

He also highlighted the 5G testbeds in academic institutions for students, researchers and startups to experiment and build.

Push for Indigenous Technology

Outlining the priorities ahead, Pemmasani called for identifying 10–20 critical network technologies currently being imported and for developing Indian alternatives, particularly in component manufacturing, chipsets, radios, routers and optical systems.

10 Percent Share in Global 6G Patents and Standards

Reiterating the objective of leading in 6G, the Minister of State highlighted the target of securing at least 10 percent of global 6G patents and standards.

He called for major telecom operators to have measurable annual and quarterly targets for contributions to standards, standard-essential patents (SEPs) and university research, along with industry collaboration.

Quantum Communications and AI-Native Networks

On quantum communications, Pemmasani urged C-DOT to begin real operator trials, including quantum-safe encryption on critical links and Quantum Key Distribution (QKD) wherever economically justified, rather than leaving these technologies in research laboratories.

The Minister of State also emphasised moving from AI-assisted to AI-native networks, with greater focus on national security, equipment security, supply-chain security, fraud prevention and protection of critical telecom infrastructure.

Industry-Government Collaboration

Pemmasani called for closer cooperation between government, telecom operators, equipment manufacturers and technology companies. He invited industry stakeholders to present their wish lists, particularly areas requiring simplification and policy changes in line with technological developments.

“The last decade was Digital India. Our goal is to make the next decade an Intelligent India,” said Dr. Chandra Sekhar Pemmasani

Also in the IMC 2026 Series:

Reference 1: Union Minister of Communications Jyotiraditya Scindia Reviews Final Preparations for IMC 2026

Reference 2: IMC 2026: PM Modi Discusses Digital Inclusion, 6G, AI With GSMA Board

Reference 3: IMC 2026: Bharti Airtel Announces Free International Roaming With All Its Postpaid Plans

Reference 4: IMC 2026: Vi to Showcase AI-Powered Innovations and Intelligent Connectivity Solutions

Reference 5: IMC 2026: Reliance Jio Showcases India-Built AI and Connectivity Innovations

Reference 6: IMC 2026: Ericsson Showcases 5G, AI and 6G Innovations

Reference 7: IMC 2026: Ericsson Scales Up AI-Ready Antenna Manufacturing in India

Reference 8: IMC 2026: Starlink Has Set Up Over 20 Gateway Sites in India, Says VP Lauren Dreyer

Reference 9: IMC 2026: Scindia Reviews Airtel’s Future-Ready Digital Infrastructure at Airtel Booth

Reference 10: IMC 2026: Jio Developing Indigenous Satellite Stack, Files Pre-6G Patents, Says Akash Ambani

Reference 11: IMC 2026: Jio Plans Satellite Network to Connect Over 600,000 Villages, Maritime and Border Areas

Reference 12: IMC 2026: Vi Business, Hindalco Partner to Deploy Private Network at Odisha Bauxite Mine

Reference Out of IMC:  Average Revenue per GB of Wireless Data Drops 10.59 Percent to Rs 8.02 in FY26: TRAI

Reference 13: IMC 2026: Cost of 1 GB of Data Has Fallen from Rs 268 in 2014 to Rs 8 Now, Says Scindia

Reference 14: IMC 2026: India Moving Towards End-to-End Telecom Value Chain, Shaping the Rules, Equipment and Innovation: Scindia

Reference 15: IMC 2026: Viksit Tech 47 Report Sets Target of 50 Indian Tech Brands With Rs 1 Lakh Crore Revenue by 2047

Reference 16: IMC 2026: Jio Will Always Stand for Affordability, Says Akash Ambani