Showing posts with label Com. Show all posts
Showing posts with label Com. Show all posts

Friday, October 23, 2026

TECHNOLOGY Update: India’s Own Smartphone Champion By 2028 - Union IT Minister Sets Ambitious Target For Indian-Designed Mobile Phones


India could have its own globally recognised smartphone brand by 2028, with fully Indian-designed, Indian-manufactured and Indian-branded handsets entering the market, according to Union IT Minister Ashwini Vaishnaw, NDTV reported.

Speaking at the NDTV World Summit in New Delhi on 23 October 2026, the minister made a bold prediction, declaring: “This is 23 October 2026. Please note it: 23 October 2028. You will have Indian-designed, Indian-manufactured, Indian-branded mobile phones.”

Explaining the scale of the challenge, Vaishnaw highlighted the extraordinary complexity involved in designing modern smartphones. Using a mobile phone as an example, he noted that engineers must integrate radio-frequency communications, antennas, computing systems, memory, passive components, camera modules, displays and power-management systems into an extremely compact device.

“In this small little real estate you have to have radio frequency communication. You have the antenna, compute, memory, all the passive components, a camera module, a display, and power management,” he said. He added that balancing weight, power efficiency and performance within such a limited form factor makes smartphone design highly sophisticated.

The minister revealed that around three years ago the government challenged Indian engineers and technology firms to design the printed circuit board (PCB), effectively the motherboard of a smartphone. According to him, two companies accepted the challenge, with one producing a design of sufficient quality to be selected by a major United States telecommunications service provider.

He said the company subsequently secured a contract and successfully designed and delivered a 5G-plus smartphone for one of the largest telecom operators in the United States. The device has already been manufactured and supplied to customers, demonstrating that Indian companies have acquired advanced handset-design capabilities in a relatively short period.

According to Vaishnaw, this progress has helped India develop critical intellectual property and design expertise over the past three-and-a-half years. He said the next stage is to leverage those capabilities to create Indian brands that retain design ownership and intellectual property within the country.

“Now we will use that capability to have the Indian brand, Indian design, and Indian IP retained in India and that mobile phone will be one of the largest-selling,” he said.

The minister also linked the growth of India’s manufacturing sector to broader economic policy changes. He argued that restrictive regulations under previous Congress-led administrations constrained manufacturing growth, while economic liberalisation from the 1990s created opportunities for expansion. He claimed that manufacturing momentum accelerated again after 2014 through the government’s Make in India initiative.

Vaishnaw said India’s industrial transformation is now visible across multiple advanced sectors, including mobile phones, drones, missiles, railway systems and high-technology equipment.

Pointing to the country’s export performance, he noted that electronics has emerged as one of India’s strongest export categories. He said electronics is currently the nation’s third-largest export segment, a development that would have been difficult to imagine little more than a decade ago when India was largely viewed as an electronics importer.

The minister expressed confidence that electronics exports will continue to rise rapidly and could soon become India’s second-largest export category, reflecting the country’s expanding role in global technology manufacturing and supply chains.

His comments come as India continues to attract significant investment in electronics production, with government initiatives aimed at strengthening domestic design capabilities, boosting value addition, developing semiconductor and component ecosystems, and moving the country beyond assembly towards ownership of technology, brands and intellectual property.

Agencies


Tuesday, October 20, 2026

India Puts Security First As National Cyber Security And Intelligence Bureau Rejects Need For Starlink


The National Cyber Security and Intelligence Bureau (NCIB) has asserted that India does not require Starlink’s services, stressing that national security, data privacy and digital sovereignty must take precedence over access to foreign-operated high-speed internet networks.

According to the organisation, India already possesses a strong and expanding telecommunications ecosystem and has no reason to compromise on critical national interests merely to obtain connectivity from an overseas provider.

NCIB maintained that the country is adequately served by its existing telecom infrastructure and domestic network capabilities. It argued that any communications platform operating in India must align fully with the nation’s security requirements and regulatory framework.

The organisation emphasised that issues relating to data security, lawful oversight and sovereign control over communications networks cannot be overlooked in favour of faster internet access. It warned that technological convenience should never outweigh concerns connected to national interests.

The remarks come amid continuing debate over Starlink’s proposed expansion in India. The satellite internet service, owned by Elon Musk’s SpaceX, has sought to enter the Indian market to provide broadband connectivity through a constellation of low-Earth-orbit satellites.

Supporters of satellite broadband argue that such services can extend internet access to remote and underserved regions where traditional terrestrial infrastructure remains limited. However, concerns have been raised by policymakers, security experts and industry stakeholders regarding data governance, regulatory compliance and the strategic implications of relying on foreign-controlled communication networks.

India has simultaneously been advancing its own digital connectivity ambitions through extensive mobile and broadband expansion, with domestic telecom operators continuing to enhance coverage across urban, rural and remote areas. Policymakers have repeatedly underlined that foreign technology providers must operate within India’s security and regulatory requirements.

Reiterating its position, NCIB said India does not need to sacrifice security, privacy or sovereignty for foreign satellite internet services, insisting that the nation’s existing telecom ecosystem remains fully capable of supporting its connectivity objectives while safeguarding national interests.

Agencies


Saturday, October 17, 2026

Starlink Reaffirms Readiness To Connect India With High-Speed Internet Amid Reliance Rivalry


Elon Musk-owned Starlink has reiterated that it is prepared to launch high-speed satellite broadband services in India, stating that it has spent more than five years working alongside Indian regulators, industry stakeholders and telecom operators to establish the infrastructure required for commercial operations.

In a statement posted on X, the company said it has built dedicated gateways, systems and supporting infrastructure within India to ensure that Indian internet traffic is handled domestically, securely and in compliance with government requirements. Starlink also asserted that all of this infrastructure has been developed with the necessary approvals from relevant authorities.

The company declared that it is now ready to provide high-speed internet connectivity across India, positioning itself for entry into one of the world's largest telecommunications markets.

Starlink's comments came after Reliance Industries publicly stated that it welcomes competition in India's satellite communications sector, including from Starlink, while emphasising that every operator must follow Indian laws, regulations and policy requirements.


Responding to recent criticism directed at the company, Reliance said it wanted to place the facts on record. The conglomerate noted that India has long encouraged both domestic and foreign investment and innovation, provided participants operate within the framework of the law.

It further pointed out that the Government of India applies the same approval process to all applicants and that Jio's own satellite services are still awaiting regulatory clearances.

Reliance maintained that competition has never been a concern for the company and described it as the best measure of which operator serves customers most effectively. The company highlighted Jio's journey since entering India's highly competitive telecom sector in 2016 without any subscribers, noting that it has since grown to serve more than 530 million customers while helping deliver some of the world's most affordable data services and a robust digital infrastructure network.

The company reiterated that it welcomes competition from Starlink and other satellite broadband providers, but stressed that every participant must comply with the laws and policies governing operations in India.

The exchange follows a widening public disagreement between Starlink and Reliance over competition and market access in India's emerging satellite communications industry.

Earlier, SpaceX Chief Executive Officer Elon Musk accused vested interests of attempting to obstruct Starlink's entry into the Indian market. He dismissed arguments made by what he described as supporters of Reliance, claiming it was contradictory to argue both that Starlink could not compete with India's low telecom tariffs and that it could simultaneously pose a major competitive threat.

Musk argued that greater competition would ultimately benefit Indian consumers by increasing choice and improving services. While acknowledging that competition could affect incumbent operators' profitability, he said it would not threaten their existence.

In another sharply worded post, Musk accused Reliance of benefiting from monopolistic conditions and sarcastically referred to Mukesh Ambani as the real power behind decision-making in India, while urging that Starlink be allowed to compete on equal terms.

The dispute comes at a time when India's satellite broadband sector is nearing a crucial stage of development. Alongside Starlink, players including Jio's satellite venture and Eutelsat OneWeb are seeking to expand commercial satellite internet services across the country, particularly in remote and underserved regions where traditional terrestrial networks remain limited.

Meanwhile, Union Communications Minister Jyotiraditya Scindia has rejected concerns about any single company dominating the sector, stating that there is no question of permitting a monopoly in satellite communications. He said that three operators are currently in line for final commercial approvals.

Scindia also indicated that India is approaching a final decision on the pricing framework for satellite communication services. However, he emphasised that all licensed operators, including Starlink, must satisfy mandatory security requirements before they can begin commercial operations in the country.

ANI


Friday, October 16, 2026

Make-In-India: Lt Gen Rajesh Pushkar Highlights Indigenous Defence Communications During HTL Chennai Visit


Lt Gen Rajesh Pushkar, AVSM, VSM, General Officer Commanding-in-Chief of the Indian Army's Southern Command, recently visited HTL Limited, a subsidiary of HFCL Limited, at its manufacturing facility in Guindy, Chennai.

During the visit, the Army Commander was briefed on HTL's advanced optical fibre cable manufacturing capabilities and next-generation connectivity solutions that support secure military communications networks.

The visit highlighted the growing importance of indigenous technology development under the Government of India's Make in India and Atmanirbhar Bharat initiatives. These efforts are aimed at strengthening national self-reliance by reducing dependence on foreign suppliers for critical strategic technologies.

A significant focus of the engagement was the role of secure optical fibre infrastructure in safeguarding the Indian Army's communications backbone. Such networks are vital for the secure transmission of operational and strategic information across military formations.

Lt Gen Pushkar reviewed HTL's extensive 20-acre production facility and gained insights into the company's capability to manufacture optical fibre cables and passive connectivity solutions for both civilian and strategic applications.

The interaction underscored the increasing collaboration between the Armed Forces and India's domestic technology industry. Such partnerships are playing a crucial role in building resilient communications ecosystems capable of supporting modern defence requirements.

The visit also reinforced the importance of locally designed, engineered and manufactured communications equipment in mitigating supply-chain risks, enhancing security, and reducing vulnerabilities associated with external sourcing.

HTL, which operates advanced manufacturing facilities in Tamil Nadu, has expanded beyond telecommunications into specialised aerospace and defence connectivity solutions, supporting India's broader push towards indigenous capability development in critical sectors.

The engagement reflects the Indian Army's continued emphasis on leveraging domestic industrial expertise to strengthen secure communications, improve operational readiness and advance long-term defence self-sufficiency.

Agencies


Thursday, October 15, 2026

DRDO Successfully Tests Quantum-Secured Communications System To Protect Sensitive Military Data


The Defence Research and Development Organisation (DRDO) has successfully configured and tested a Quantum Key Distribution (QKD) platform on the live network of the dynamic test ranges at the Proof and Experimental Establishment (PXE) in Chandipur, marking a significant advance in India's quantum-secured communications capabilities.

The successful trial demonstrates the practical deployment of quantum cryptography in operational defence environments. According to DRDO, the technology is particularly suited to safeguarding real-time observations and telemetry generated during artillery and armoured weapon testing and evaluation, where the protection of sensitive data is of critical importance.

QKD is a highly secure communications technology that uses the principles of quantum mechanics to enable two parties to generate a shared secret key. This key can then be used to encrypt and decrypt information, ensuring that communications remain secure from unauthorised access.

The platform has been designed and developed under DRDO's Microelectronic Devices, Computational Systems and Cyber Security (MCC) cluster in partnership with Taqbit Labs. The system is intended to provide what is known as unconditional security while also offering the capability to detect any attempt at eavesdropping during the key exchange process.

Unlike conventional cryptographic methods, which rely largely on mathematical complexity, QKD utilises the unique properties of quantum mechanical systems to generate and distribute cryptographic key material. Any interception attempt disturbs the quantum state involved in the transmission, enabling users to detect potential intrusions immediately.

The latest achievement highlights the growing role of quantum technologies in military communications. Secure transmission of telemetry and operational data is increasingly vital as defence systems become more network-centric and data-driven.

Quantum-secured communications are widely regarded as one of the most promising technologies for protecting information against future cyber threats, including those posed by quantum computers. As a result, QKD is attracting significant interest across national security, financial services and telecommunications sectors.

DRDO noted that quantum communication offers fundamentally unbreakable encryption, making it a strategically important dual-use technology with applications extending beyond defence requirements. The technology can help safeguard mission-critical communications as well as sensitive civilian infrastructure.

An additional advantage of free-space QKD is that it removes the need for dedicated optical fibre networks. This can significantly reduce deployment costs and logistical complexity, particularly in difficult terrain, remote operational areas and densely populated urban environments where laying fibre infrastructure may be impractical.

The successful Chandipur deployment builds upon India's broader efforts to establish indigenous quantum communication capabilities. In recent years, DRDO and its research partners have conducted multiple demonstrations of quantum communication technologies, including long-distance fibre-based QKD links and free-space quantum communication systems.

The development of these advanced technologies is being supported through the DRDO-Industry-Academia Centres of Excellence (DIA-CoEs) initiative. Under this programme, DRDO has established 15 Centres of Excellence at leading academic institutions, including the Indian Institutes of Technology (IITs), the Indian Institute of Science (IISc) and several universities.

These centres focus on developing next-generation defence technologies across a range of critical domains, including quantum technologies, cybersecurity, advanced electronics, artificial intelligence and other strategic research areas.

The successful testing of the QKD platform on a live defence network represents an important milestone in India's pursuit of secure quantum communications and reinforces efforts to protect sensitive military data from increasingly sophisticated cyber and surveillance threats.

Agencies


Wednesday, October 14, 2026

Bharti Says It Leads Starlink In India Approval Race As CEO Sunil Mittal Pushes For Lower Digital Taxes


Bharti Enterprises Founder and Chairman Sunil Bharti Mittal has said the group remains ahead of Elon Musk's Starlink in the regulatory approval process for satellite connectivity services in India, stressing that Bharti has been awaiting clearances for several years and is prepared to launch services once approvals are granted.

Speaking at the Bloomberg New Economy Forum, Mittal responded to questions regarding Starlink's plans to enter the Indian market and recent remarks from Musk concerning India's telecom sector.

Mittal said Bharti submitted applications for the required approvals five years ago and has had its terrestrial infrastructure ready for the past three years. He added that the company's satellites have been positioned over India for five years, placing Bharti well ahead in the approval queue.

According to Mittal, the country has already completed much of the groundwork required for satellite-based connectivity, with final security clearances now awaited. Once approvals are secured, satellite services could be rapidly extended to regions that remain difficult to serve through traditional telecom networks.

He noted that Bharti has already gained operational experience through satellite connectivity deployments in Africa in partnership with a global satellite provider, giving the company practical expertise ahead of an Indian rollout.

Mittal also argued that taxes on digital products and telecom services should be kept as low as possible. He said affordable digital infrastructure acts as an economic multiplier, supporting broader growth, connectivity and technological adoption across the economy.

Addressing global trade, Mittal said the international community had allowed China to build a dominant position in several strategic industries, including active pharmaceutical ingredients, automobile components and electronics manufacturing.

While acknowledging China's reputation for producing high-quality products at competitive costs, he said growing geopolitical tensions were increasing pressure on established supply chains and long-standing economic relationships.

Mittal warned that reducing dependence on China would be challenging for countries whose industries rely heavily on Chinese raw materials, components and intermediate goods.

Illustrating the scale of the challenge, he said that a nation running a $100 billion trade deficit with China would struggle to reduce that figure to $50 billion because of its deep reliance on Chinese supplies across multiple sectors.

He said supply chain diversification is necessary to improve resilience and reduce strategic vulnerabilities, but cautioned that such a transformation would be gradual.

According to Mittal, the process could take decades as governments and businesses seek to balance economic interdependence with the need to avoid excessive reliance on any single country.

His comments come as countries around the world intensify efforts to diversify manufacturing bases, strengthen supply chain resilience and reduce strategic risks while continuing to support global trade and economic cooperation.

ANI


Tuesday, October 13, 2026

Jio Unveils Ambitious 1,600-Satellite Vision To Expand Connectivity Across India As Elon Musk's Starlink Awaits Final Clearances


Reliance Jio has outlined an ambitious space-based connectivity roadmap, unveiling its proposed ‘Sovereign Satellite Connectivity’ initiative at India Mobile Congress 2026 in New Delhi.

The plan centres on a constellation of around 1,600 Low Earth Orbit (LEO) satellites supported by 23 ground stations across India, designed to complement the company’s existing mobile and fibre networks rather than replace them.

Jio aims to extend connectivity to locations where conventional telecom infrastructure remains difficult or uneconomical to deploy. Key target areas include remote villages, islands, border outposts and maritime regions.

The proposed network is intended to provide coverage across land and sea, with Jio outlining a long-term goal of reaching more than 6,00,000 villages through a hybrid satellite-and-terrestrial communications system.

The company has also highlighted potential use cases beyond consumer connectivity, including enterprise services, remote industrial sites, aviation, maritime operations, government applications, defence communications and disaster response.

Direct-to-device calling in rural areas forms part of the broader vision, potentially enabling connectivity even where mobile towers are unavailable.

A key element of the proposal is Jio’s intention to develop and operate the entire satellite value chain within India, encompassing design, engineering, integration, testing, launch, deployment and operational management.

The initiative arrives as India’s satellite communications sector gathers momentum and competition intensifies among companies seeking to expand broadband access through space-based networks.

However, the project remains a proposal at this stage. The 1,600 satellites and 23 ground stations are not yet operational, and the constellation is expected to be developed in phases over several years.

Reports indicate Jio is targeting an initial test flight in 2027 before moving towards a broader deployment programme, subject to regulatory approvals, infrastructure development and execution timelines.

If realised, the project could significantly strengthen India’s digital infrastructure by helping bring reliable connectivity to some of the country’s most hard-to-reach locations.

Agencies


Monday, October 12, 2026

Musk Says Starlink Competition Would Benefit Indians, Accuses Critics of Being ‘Shills’


Elon Musk has stepped up his campaign for Starlink’s entry into India, arguing that increased competition in the internet sector would provide consumers with more choice and improved access to connectivity.

In a post on X, the SpaceX and Starlink chief criticised opponents of Starlink’s proposed commercial operations in India, describing arguments against the company’s entry as contradictory. He also took aim at supporters of Reliance Industries chairman Mukesh Ambani, calling claims about Starlink’s competitive threat “absurd hypocrisy and hyperbole”.

Musk argued that critics simultaneously claim Starlink cannot match the low prices available in India’s telecom market while also suggesting it would become an overwhelmingly strong competitor. He said the two positions were fundamentally incompatible.

According to Musk, greater competition would benefit ordinary Indian consumers by expanding available options, even if it reduces the profitability of existing operators. He maintained that incumbent companies would remain viable despite increased rivalry.

He also acknowledged that Starlink would need to offer affordable pricing in India, stating that consumers would not adopt the service if it were priced too highly.

Musk’s remarks were a response to comments from Aaron Burnett, Chief Executive Officer of Mach33 Financial Group, who challenged the perception that India’s internet market is universally inexpensive and highly developed.

Burnett argued that India’s low-cost internet reputation is driven primarily by mobile data services, noting that the country’s market remains heavily dependent on mobile connectivity.

He said Indian mobile users consume roughly 30-40 GB of data per month, which is significantly higher than typical usage levels in the United States and the United Kingdom. However, he pointed out that home fibre broadband adoption remains comparatively low.

Burnett suggested that fixed broadband penetration could rise substantially if consumers were offered more cost-effective alternatives. He estimated that the number of fixed broadband customers could potentially increase from around 6 per cent to between 10 and 20 per cent, representing an additional 100-200 million users.

The latest comments follow an earlier post in which Musk sarcastically referred to Mukesh Ambani as “Prime Minister Ambani” while arguing that Starlink should be permitted to compete in the Indian market.

In that message, Musk claimed Starlink could help connect underserved and remote regions where reliable internet access remains unavailable, enabling educational opportunities for children and broader market access for small businesses.

He also highlighted Starlink’s use during natural disasters around the world, arguing that satellite-based connectivity can remain operational when conventional communications infrastructure fails.

The debate comes as India moves closer to finalising its regulatory framework for satellite communications services, including spectrum pricing and operational requirements.

Union Communications Minister Jyotiraditya Scindia recently reiterated that India would not permit a monopoly in the satellite communications sector and confirmed that multiple players are progressing through the regulatory process.

Scindia stated that Reliance Jio, OneWeb and Starlink have all received licences, while Amazon is also pursuing the necessary approvals to enter the market.

He said the government is nearing a decision on the pricing structure for satellite communication spectrum and emphasised that all operators must comply with stringent security requirements before launching commercial services.

According to the minister, each licensed company must independently meet security and compliance milestones before being allowed to commence operations.

Musk had previously alleged that Starlink’s launch in India was being delayed by powerful business interests despite the company spending five years working to satisfy regulatory conditions.

The Ministry of Communications rejected those claims, stating that Starlink, Reliance Jio and OneWeb are broadly at the same stage of the approval process.

The ministry said security assessments are currently being conducted for all operators and that each company will be eligible to seek spectrum allocation once the required procedures have been completed.

The dispute highlights the growing battle for India’s emerging satellite broadband market, where global and domestic players are seeking to serve underserved regions, improve connectivity resilience and expand broadband access beyond the reach of traditional terrestrial networks.

ANI


Saturday, October 10, 2026

Airtel Unveils Mobile Integrated Network Terminal To Strengthen Mission-Critical Connectivity For Armed Forces


Bharti Airtel has unveiled its Mobile Integrated Network Terminal (MINT), a portable communications solution designed to deliver reliable voice, video and data connectivity in remote, difficult and infrastructure-constrained environments.

The platform has been developed to provide rapid network deployment capabilities where conventional telecommunications infrastructure may be unavailable, damaged or impractical to install.

MINT is designed as a lightweight and highly portable system that can be transported and activated quickly, enabling users to establish secure communications links in challenging operational scenarios.

The solution integrates wireless access technologies with satellite-based backhaul capabilities, allowing connectivity to be maintained even in geographically isolated locations.

By combining multiple communication functions within a single platform, the system aims to simplify deployment while reducing the logistical burden associated with establishing temporary communication networks.

The terminal supports voice services, broadband data transmission and video communications, enabling real-time information sharing between field personnel and command centres.

A key feature of the platform is its ability to create a dedicated high-speed network coverage area, allowing users to communicate effectively without relying on existing public telecommunications infrastructure.

The solution has been designed to support seamless connectivity across varied terrains, including mountainous regions and other hard-to-reach locations where communication challenges are particularly acute.

MINT is capable of facilitating the transmission of operational data, live video feeds, images, maps and other mission-critical information, supporting faster decision-making and improved situational awareness.

The platform also incorporates interoperability features, enabling integration with existing communication networks and supporting greater operational flexibility.

Its portable architecture allows deployment teams to establish communications rapidly during emergencies, disaster response operations, infrastructure restoration projects and strategic field missions.

The introduction of the system reflects Airtel's broader focus on expanding advanced connectivity solutions beyond traditional consumer and enterprise telecommunications services.

The development comes at a time when resilient and mobile communications networks are becoming increasingly important for emergency response agencies, critical infrastructure operators and organisations working in remote areas.

Industry observers note that portable integrated communication platforms are gaining importance because they provide secure and dependable connectivity during network outages and in locations where fixed infrastructure is not available.

The system is expected to support applications requiring uninterrupted communications, including remote operations management, field coordination, surveillance support and real-time collaboration.

By incorporating satellite connectivity alongside wireless access technologies, the platform offers an additional layer of resilience against disruptions that may affect terrestrial communication infrastructure.

The unveiling of MINT highlights the growing emphasis on indigenous technology development and advanced telecommunications innovation aimed at addressing specialised connectivity requirements.

As demand increases for deployable communication solutions capable of operating in demanding conditions, technologies such as MINT are expected to play a more significant role in enabling secure, rapid and reliable connectivity across a wide range of operational environments.

Agencies

Friday, October 9, 2026

Ericsson Turns India Into Global Antenna Hub, Begins Exports of India-Made 5G Antennas To Europe And Global Markets


Swedish telecoms equipment manufacturer Ericsson has announced that antennas produced in India will be exported to Europe and other international markets, marking a further expansion of the company's manufacturing and supply chain operations in the country.

Speaking at the India Mobile Congress 2026, Andres Vicente, Senior Vice President and Head of Market Area South East Asia, Oceania and India at Ericsson, said the company has maintained a presence in India since 1903 and established its own manufacturing facilities in the country in 1994.

He noted that Ericsson currently manufactures all 4G and 5G radio equipment used within India domestically. The company also produces antennas deployed for Massive MIMO technology and artificial intelligence-enabled network upgrades.

According to Vicente, Ericsson is now formally expanding its export programme by supplying antennas manufactured in India to European markets, reinforcing the country's growing role within the company's global production network.

The executive highlighted India's rapid 5G rollout, stating that mid-band 5G coverage has reached 95% of the population, significantly higher than the global average of 45%.

He said the pace of 5G deployment has created a strong foundation for India's future transition towards 6G, as much of the required network architecture has already been established.

India currently has around 430 million 5G subscriptions, representing approximately 35% of all mobile subscriptions in the country, according to Ericsson.

Vicente added that 5G networks now carry 43% of India's total mobile data traffic, underlining the technology's swift adoption among consumers and businesses.

He also stated that India records the highest mobile data usage per customer globally, driven by growing demand across segments such as video streaming and gaming.

Since July 2025, Ericsson has manufactured more than 15,000 antennas and 25 million components in India, reflecting the scale of its local production activities.

The company said antennas produced in India are already being supplied to Europe and other global markets, strengthening India's position within Ericsson's worldwide engineering, manufacturing and supply ecosystem.

Ericsson added that as telecoms networks become increasingly intelligent and programmable, antenna performance will play a more critical role in maximising spectrum efficiency, site utilisation and network investment returns.

The expansion of manufacturing capabilities in India is expected to support both domestic customers and the company's global operations while further integrating India into international telecoms supply chains.

Agencies


Monday, September 14, 2026

Izmo Microsystems Unveils Indigenous 40 GHz RF Package For Defence And Secure Communications


Bangalore based izmo Microsystems Pvt Ltd, the semiconductor arm of IZMO Limited, has achieved a significant milestone by developing and manufacturing an indigenous high-frequency RF Quad Flat No-Lead semiconductor package capable of operating at frequencies up to 40 GHz.

This package was created for a customer working on advanced RF modules intended for defence and secure wireless communication applications. Following successful assembly and electrical validation, the company has commenced production shipments, with manufacturing processes already established to support higher volumes as demand grows.

This achievement strengthens izmo Microsystems’ expertise in advanced RF and microwave semiconductor packaging. It demonstrates the company’s ability to design application-specific packages and take them seamlessly from concept and fabrication through assembly, validation, and commercial production.

The development highlights India’s growing capacity in semiconductor packaging for defence and strategic communication systems.

High-frequency semiconductor devices face mounting challenges as operating frequencies rise. Conventional moulded and open-cavity QFN packages often encounter performance limitations due to package parasitic.

To overcome these issues, izmo Microsystems engineered a package architecture with optimised trace geometry and precise die positioning. The design achieves wire bond lengths of approximately 0.3 mm and incorporates a precision air cavity around the die. This architecture reduces parasitic effects and ensures reliable operation at frequencies up to 40 GHz.

The technology has wide-ranging applications in radar, electronic warfare, secure communications, aerospace, satellite communications, and advanced wireless systems. These domains demand semiconductor components capable of reliable high-frequency performance, making this innovation strategically important.

The development also aligns with India’s increasing emphasis on domestic semiconductor and defence electronics capabilities. Rising defence requirements, indigenous procurement priorities, and the strategic need for secure communications are driving demand for locally developed technologies.

Dinanath Soni, Director of izmo Microsystems Pvt Ltd, emphasised that high-frequency RF devices require semiconductor packages designed as integral parts of RF systems.

He explained that the company developed the package around specific electrical and application requirements and completed the entire process through to production. He confirmed that production shipments have begun and that the company has the manufacturing capability to scale as requirements expand.

The company also noted that the government’s SEMICON 2.0 program could provide further support to the domestic packaging ecosystem. With an approved outlay of ₹1,27,500 crore, the program includes strengthening the Assembly, Testing, Marking and Packaging (ATMP) and Outsourced Semiconductor Assembly and Test (OSAT) industry.

This initiative is expected to accelerate India’s semiconductor packaging capabilities and reduce reliance on foreign suppliers.

izmo Microsystems offers package and process development, prototyping, qualification, and manufacturing services. Based in Bangalore, the company specialises in System-in-Package, advanced IC packaging, and high-reliability electronics. Its work spans defence and aerospace, telecommunications, industrial electronics, automotive, medical electronics, and optical communications, positioning it as a key contributor to India’s semiconductor and defence technology ecosystem.

Agencies


Thursday, September 10, 2026

'Win-Win Nature': Chinese FM Defends India Trade Amid Xiaomi Scrutiny


China has described its economic and trade cooperation with India as mutually beneficial and win-win in nature. At a press briefing in Beijing, Chinese Foreign Ministry spokesperson Guo Jiakun emphasised that New Delhi should provide a fair, just, transparent and non-discriminatory business environment for Chinese companies operating in India.

His remarks came in response to questions about reports that India’s Serious Fraud Investigation Office had recommended an investigation into Chinese smartphone maker Xiaomi.

Guo stated that he was not aware of the specific situation regarding Xiaomi but reiterated China’s expectation that India would ensure a level playing field for all foreign companies investing and operating in the country. He underlined that economic and trade cooperation between the two Asian giants has consistently delivered mutual benefits.

The comments follow heightened scrutiny in India over Chinese firms, particularly in the technology sector, with Xiaomi facing calls for investigation by the SFIO. This development has added a layer of complexity to bilateral economic ties, which remain significant despite political and security challenges.

When asked whether Chinese President Xi Jinping would attend the BRICS Summit in India later this week, Guo declined to elaborate. The question reflects growing anticipation over a possible meeting between Prime Minister Narendra Modi and President Xi on the sidelines of the summit.

Such an encounter would be closely watched as both nations cautiously attempt to rebuild ties following the prolonged tensions triggered by the 2020 Galwan clashes.

India’s Ambassador to China, Vikram Doraiswami, has meanwhile made a strong pitch for deeper cooperation across trade, economy, climate action and the digital sphere.

Writing in the Chinese daily Global Times, Doraiswami argued that a stable, predictable and amicable India-China relationship would serve not only their combined population of around 2.8 billion but also contribute to global peace, stability and prosperity.

He highlighted that India’s Chairship of the 18th BRICS Summit is guided by the theme “Building for Resilience, Innovation, Cooperation and Sustainability.” The summit’s agenda is framed around a human-centric approach, focusing on reinforcing institutional strength and supporting sustainable growth.

This theme reflects India’s broader vision of leveraging multilateral platforms to foster inclusive development and resilience in the face of global challenges.

The convergence of these diplomatic statements underscores the delicate balance in India-China relations. While economic cooperation is acknowledged as mutually beneficial, political sensitivities and regulatory scrutiny continue to shape the trajectory of engagement.

The BRICS Summit is expected to provide a crucial opportunity for both sides to reaffirm their commitment to constructive dialogue and explore avenues for collaboration in areas of shared interest.

ANI


Tuesday, September 8, 2026

India Joins Global 6G Alliance With US And 24 Nations To Drive Innovation


India has formally joined the United States and 24 other nations in a global alliance to steer the development and deployment of next-generation 6G telecommunications networks.

The announcement was made by the US Department of Commerce following a bilateral meeting between US Commerce Secretary Howard Lutnick and Union Minister of State for Commerce and Industry Jitin Prasada on the sidelines of the G20 Innovation Ministerial in Chapel Hill, North Carolina.

The Department of Commerce highlighted that the initiative aims to ensure next-generation networks reflect shared security interests, strengthen competitiveness, and drive innovation in 6G. The agreement was finalised during discussions that underscored the importance of aligning technological frameworks among like-minded nations.

Jitin Prasada led the Indian delegation at the G20 Innovation Ministers’ meeting held on September 1 and 2. The delegation included Ajit Kumar, Joint Secretary at the Ministry of Electronics and Information Technology (MeitY), senior officials from MeitY, the Department of Science and Technology (DST), the Department for Promotion of Industry and Internal Trade (DPIIT), and representatives from the Embassy of India in Washington, DC.

The G20 Innovation Ministerial concluded with a joint statement recognising that emerging technologies have the potential to unlock prosperity, enhance productivity, and expand opportunities for all citizens. This statement reinforced the collective commitment of member nations to harness innovation for inclusive growth.

On the sidelines of the Ministerial, Prasada engaged in several bilateral discussions. His meeting with Howard Lutnick focused on strengthening cooperation in semiconductors, artificial intelligence, and data centres.

He encouraged greater US investments in India’s ISM2.0 initiative, proposed mechanisms for safeguards in AI, and emphasised the importance of advancing technology-led opportunities between India and the United States.

Prasada later posted on X that semiconductors, AI, and data centres are critical building blocks of the emerging digital economy. He noted that both sides examined avenues to deepen practical collaboration and thanked the US G20 Presidency for its hospitality.

The engagements during the visit underscored India’s growing role in shaping the global technology and innovation agenda.

They reaffirmed New Delhi’s commitment to building strategic partnerships that translate advances in AI, semiconductors, digital public infrastructure, robotics, and other emerging technologies into greater opportunities for innovation, economic growth, and improved quality of life for its citizens.

India’s participation in the 6G alliance signals its determination to be at the forefront of next-generation communications technology. It also reflects a broader strategy to integrate with global innovation networks while simultaneously strengthening domestic capabilities in critical sectors.

ANI


Sunday, September 6, 2026

DLRL’s Develops New Mobile AI-Driven Jammer Designed To Defeat Next-Gen Cognitive Military Radios


The Defence Research and Development Organisation is developing an advanced system to counter cognitive radio networks that employ artificial intelligence to evade detection and jamming.

With modern military communication systems becoming increasingly resilient to electronic countermeasures, this initiative marks a significant step in electronic warfare capabilities.

The system has been named the Smart Communication Jammer System (SCJS). It will be a large vehicle-mounted platform capable of detecting, analysing, classifying, direction-finding, monitoring and jamming tactical communication mobile ad hoc networks (MANETs).

These networks, known as MANETs, are highly adaptive wireless systems that can sense their environment and alter their settings to use the radio spectrum more efficiently.

Cognitive radios and MANETs can continuously scan for unused or underutilised frequency channels and rapidly switch frequencies. This makes them difficult to monitor or intercept using conventional jamming systems.

Unlike conventional radios that operate on pre-set channels, cognitive radios use artificial intelligence and machine learning to analyse their operating environment and dynamically switch between spectrum channels, potentially within microseconds, to evade interference.

The Defence Electronics Research Laboratory, a DRDO establishment, is the nodal agency for executing the project. It is seeking Indian industry partners for the design and development of the Smart Communication Jammer System.

According to DRDO’s requirements, the system should be capable of monitoring and jamming radios operating in the 30 MHz to 6,000 MHz frequency range. It should provide 360-degree detection coverage with a range of 20 km. It must also be capable of countering radios that change frequencies at rates of up to 2,000 hops per second.

The wide frequency range covers several tactical communication bands used by modern military systems. These include unmanned aerial vehicles, loitering munitions and software-defined radios. 

Traditional static or brute-force jammers, which use high-power radio-frequency signals across fixed bands, are less effective against such rapidly changing systems. An officer explained that this makes conventional jamming inadequate against cognitive radios.

Army officers noted that cognitive radio networks improve the reliability of military communications and the availability of information.

However, they also make it more difficult to monitor an adversary’s activity. Such networks have significant civilian applications as well. They can reduce spectrum congestion and improve the efficiency of wireless communications, offering benefits beyond the battlefield.

The Smart Communication Jammer System represents a critical advancement in India’s electronic warfare capabilities.

By targeting adaptive and AI-driven communication systems, it aims to ensure that the armed forces retain the ability to disrupt hostile networks while safeguarding their own communications.

The project also reflects DRDO’s emphasis on indigenous development, with industry participation expected to accelerate the program’s progress.

Agencies


Thursday, September 3, 2026

India Launches 14 Quantum Products To Secure Future Communication Networks


India has taken a decisive step in fortifying its communication security with the unveiling of 14 indigenous quantum products by the Centre for Development of Telematics (C-DOT) during its 43rd Foundation Day in New Delhi.

These innovations are designed to safeguard India’s communication networks against the looming threats posed by future quantum computers, ensuring resilience across civilian, enterprise, and defence applications.

The products harness both Quantum Key Distribution (QKD) and Post-Quantum Cryptography (PQC) technologies to secure phone calls, internet connections, and sensitive data.

By integrating these advanced methods, India is preparing its communication systems to remain secure even when quantum computing advances to the point of breaking classical encryption. This initiative reflects the Atmanirbhar Bharat vision of self-reliance in critical technologies.

Among the QKD systems, Q-AKSHAY CD is a compact fibre-based solution employing Coherent One Way (COW) and Differential Phase Shift (DPS) protocols, while Q-AKSHAY MD represents the next generation, built on the Measurement Device Independent (MDI) protocol for enhanced security. These systems are designed to provide robust quantum-secure links across fibre networks, ensuring interception attempts are instantly detectable.

Critical quantum components unveiled include C-SPD, a Single-Photon Detector essential for quantum communication systems, and C-RD, a wideband RF driver for modulators. These components form the backbone of scalable quantum-secure networks, enabling India to build indigenous capability in quantum hardware.

The PQC solutions unveiled span multiple layers of communication. Q-SETU is a quantum-safe encryptor for Layer 3 communications with throughput up to 80 Mbps, while Q-MAHASETU is a commercial-grade encryptor for Layer 2/3 networks capable of 40 Gbps throughput.

Defence-grade solutions include Q-VIKRAM, offering 1 Gbps throughput for sensitive communications, and Q-PARAKRAM, which employs proprietary algorithms for strategic defence-grade encryption. For high-capacity optical links, Q-AMOGH secures transmissions at 200 Gbps, ensuring resilience for backbone networks.

Products designed for everyday and enterprise use include Q-DARSHAN, a quantum-safe video IP phone, and Q-VACHAN, an in-line node that upgrades existing IP phones with quantum security. Enterprise networks benefit from Q-RAQSHAK, which provides quantum-safe communication solutions, while Q-VAAYU delivers wireless point-to-point quantum-secure connectivity. Q-VAJRA1000 extends quantum-safe access to GPON and wireless radios, ensuring broad applicability across telecom infrastructure.

Category Product Application/Network Layer Key Features/Throughput Target Segment
Quantum Key Distribution (QKD) Systems Q-AKSHAY CD Fibre-based QKD (COW & DPS protocols) Compact 1U form factor; secure key generation over fibre Telecom, Enterprise
Q-AKSHAY MD Fibre-based QKD (MDI protocol) Measurement-Device-Independent; eliminates detector vulnerabilities; multi-topology over single-mode fibre Defence, Strategic
Critical Quantum Components C-SPD Single-Photon Detector Core sensing element for QKD receivers; Near-Infrared (NIR) SPAD-based System Integrators
C-RD Wideband RF Driver Drives intensity & phase modulators in quantum communication systems System Integrators
Post-Quantum Cryptography (PQC) Solutions Q-SETU Layer 3 Network Encryptor Up to 80 Mbps; NIST PQC algorithms (ML-KEM, ML-DSA); IPSec integration Enterprise, BFSI
Q-MAHASETU Layer 2/3 Commercial Encryptor Up to 40 Gbps; high-speed quantum-resistant protection Enterprise, Telecom
Q-VIKRAM Layer 2/3 Defence Encryptor Up to 1 Gbps; defence-grade security for sensitive communications Defence, Strategic
Q-AMOGH Layer 1 Optical Encryptor Up to 200 Gbps; wire-rate encryption with minimum latency; hybrid Maths+Physics architecture Data Centres, High-bandwidth networks
Q-DARSHAN Quantum-Safe Video IP Phone SIP-based secure voice & video; NIST PQC for signaling & media Enterprise, Government
Q-VACHAN In-line Node for IP Phones Upgrades existing IP phones with quantum security; NIST PQC algorithms Enterprise, Government
Q-RAQSHAK Enterprise Network Solution Quantum-safe campus & external communications; distributed security architecture Enterprise, BFSI
Q-VAAYU Wireless Point-to-Point Solution Line-of-sight wireless; hybrid Classical+PQC encryption; solar/POE-ready Defence, Remote sites
Q-VAJRA1000 Quantum-Safe Access Node Supports GPON & wireless radios; upgrades existing access networks Telecom, Enterprise
Q-PARAKRAM Defence-Grade Encryptor Proprietary algorithms for strategic communications; highest security classification Defence, Strategic

The strategic significance of these products lies in their integration of QKD technologies with NIST-approved PQC algorithms, ensuring India’s communication infrastructure is protected against “harvest now, decrypt later” threats.

By spanning enterprise, telecom, wireless, optical, and defence applications, these solutions demonstrate India’s comprehensive approach to securing its digital future.

The launch event was presided over by Jyotiraditya M Scindia, Hon’ble Union Minister of Communications, alongside senior dignitaries. A consolidated booklet of C-DOT’s indigenous quantum solutions was also released, underscoring India’s commitment to building future-ready communication technologies.

This initiative positions India among the select nations capable of deploying indigenous quantum-secure communication systems, reinforcing strategic autonomy and national security.

The unveiling of these 14 products marks a milestone in India’s quantum journey, combining indigenous innovation with global relevance. It strengthens India’s defence, enterprise, and civilian communication networks, ensuring resilience against the cyber challenges of the quantum era.

Agencies