Author: Newsbit

  • From 2024 to 2029, fixed communication services will rise at a 5.2% CAGR

    From 2024 to 2029, fixed communication services will rise at a 5.2% CAGR

    The total fixed communication services revenue in India is expected to increase at a compound annual growth rate (CAGR) of 5.2% from $12.8 billion in 2024 to $16.5 billion in 2029, mainly driven by the healthy growth in the fixed broadband segment, reveals GlobalData, a leading data and analytics company.

    GlobalData’s India Fixed Communication Forecast (Q1 2025) reveals that fixed voice services revenue will decline at a CAGR of 1.7% over 2024-2029, in line with the decline in fixed voice average revenue per subscriber (ARPU) levels, as users increasingly adopt mobile/OTT-based communication services, and with operators including free voice minutes with their fixed bundled plans.

    Srikanth Vaidya, Telecom Analyst at GlobalData, says: “Fixed broadband services revenue, on the other hand, will increase at a CAGR of 5.7% during 2024-2029, driven by the growth in broadband subscriptions, especially fiber broadband and with the recent introduction and planned expansion of FWA services by Reliance Jio Infocomm (Jio) and Bharti Airtel over the next few years.”

    GlobalData is optimistic about India’s fixed broadband services outlook and estimates fiber optic lines to hold about 94% of total broadband lines in 2029, supported by the government investments in fiber network infrastructure and operators’ FTTH service expansions. As a result, fiber optic service revenue is expected to increase at a CAGR of 6.4% between 2024 and 2029.

    Jio is set to lead the country’s fixed broadband services market in terms of subscription share over the forecast period, supported by its strong position in the growing FTTH service segment and efforts to expand its Airfiber FWA services.

    Vaidya continues: “Rising demand for high-speed internet services and competitively priced fiber broadband plans from operators with benefits like unlimited internet and access to major SVoD platforms are expected to drive fiber broadband service adoption in India during the forecast period.”

    For instance, Reliance Jio’s basic broadband plan starts from 399/month that offers unlimited data @ 30 mbps speed, while its popular 999/month plan offers unlimited data @ 150 mbps with access to 15 OTT platforms, including Amazon Prime Video, Disney + Hot Star, VooT Select, Zee5, and SonyLIV.

    Vaidya concludes: “India’s fixed broadband market is entering a phase of accelerated digital transformation, underpinned by aggressive fiber rollouts, strategic pricing, and bundled OTT offerings. As operators like Jio and Airtel continue to innovate around FWA and FTTH, the market is poised to bridge the digital divide and redefine home connectivity standards. Going forward, sustained infrastructure investments and evolving consumer preferences for high-speed, content-rich broadband experiences will be pivotal in shaping the next wave of growth in India’s fixed communication landscape.” GlobalData

  • Tech firms seek swifter Wi-Fi, but officials warn of risks of spectrum conflict

    Tech firms seek swifter Wi-Fi, but officials warn of risks of spectrum conflict

    As India moves toward opening a key spectrum band for next-generation Wi-Fi services, the government is treading cautiously over demands to raise the power limit allowed for license-free use of the devices in the band.

    The matter concerns the amount of energy—or power—that a Wi-Fi device uses to transmit its signal over radio frequencies. Higher power means the signal is stronger, allowing it to travel farther, pass through walls and other obstacles more effectively, and maintain a stable connection over a wider area.

    Higher power is especially important for next-generation applications that require high-speed, low-latency connections across larger spaces. But too much power can cause interference, so the government sets limits depending on how and where the device is used (like indoors vs outdoors).

    Big Tech and broadband firms such as Meta, Sony, Google, and Apple, through their associations, are pushing for higher transmission power to support faster, wider Wi-Fi coverage and better experience to consumers.

    But officials warn that such changes to power limit could risk interference with existing satellite, broadcasting, and fixed communication services operating in the band.

    The debate reflects growing tension between expanding digital connectivity and safeguarding critical legacy infrastructure.

    “The industry has asked for increasing the power limits. The only concern is the interference with the incumbents in the band. The band is used for satellite-based applications, teleports, cable TV and broadcasting services, which supports the lives of many people,” a government official said.

    Continuation of the current low power levels for licence-free use of 6GHz band (in the range 5925-6425 MHz) have therefore been recommended to avoid any possible interference, the official added.

    “Industry comments on the feasibility of increasing power limits are currently under review,” a second government official said. “The immediate priority is to finalize the rules and open up the band for use. The need for higher power levels can be considered later, based on further studies.”

    Draft rules
    On 16 May, the department of telecommunications (DoT) released the draft rules for industry consultation, paving the way for licence-free use of a portion of the key 6GHz (5925-6425 MHz) spectrum.

    The band is crucial for providing high-speed Wi-Fi and supporting the next-generation gadgets such as Sony PlayStation, and augmented and virtual reality devices like Meta Ray-Ban smart glasses. The stakeholders were given 30 days to respond to the draft rules.

    Communications minister Jyotiraditya Scindia said on Tuesday the rules for licence-free use of the 6GHz band will be out before 15 August.

    In the draft rules, the government proposed the use of low power and very low power wireless access system in the band.

    The power emission levels have been kept at 5 dBm per MHz for indoor Wi-Fi devices, with a maximum total power of the antenna at 30 dBm. For outdoor devices, the DoT has called for using very low power emission levels at -5 dBm, with a maximum power emission level at 14 dBm.

    Decibel-milliwatts, or dBm is used to measure power levels, especially in wireless communication like Wi-Fi, Bluetooth, and mobile signals. In wireless systems, higher dBm means stronger signals.

    Currently, the frequency band 6425-6435 MHz, 6450-6485 MHz, 6600-6640 MHz, 6664-6725 MHz, and 7010-7025 MHz bands are being used by satellite earth stations for uplink operations at certain locations.

    The government has asked the Indian Space Research Organisation to refrain from launching new satellites in the 6425-7025 MHz range. Similarly, telecom operators, which have been given the upper portion of the 6GHz band (6425-7125 MHz), will be required to implement protective measures to minimize interference, the second official added.

    “What we have asked for is a minimal increase in the power limit and that does not disrupt existing services,” said Paramjit Singh Puri, director membership at Wi-Fi Alliance. The Alliance represents over 900 companies from across the globe including 50 of the world’s largest telecom operators. It counts companies such as Apple, Sony, Meta, Samsung, Qualcomm, Intel, Dell, as its members.

    Seeking higher power limits
    Wi-Fi Alliance has asked DoT to consider revising power limits for very low power outdoor devices to a maximum of 1 dBm/MHz and a total power of 14 dBm. For low-power indoor devices, the alliance has asked for a maximum of 11 dBm/MHz with a total power of 30 dBm.

    “A study was earlier conducted by the telecom department and the finding came out that Wi-Fi and satellite services do not interfere,” Puri said, adding that increasing the power limits is key to advanced use-cases like virtual or augmented reality (VR/AR), medical applications, location and tracking, safety and productivity and artificial intelligence.

    For example, AR/VR use cases will include training for life-saving medical procedures, assist visually impaired Indians, and new therapies for patients suffering from memory disorders, post-traumatic stress disorder, and addiction.

    “The higher data rates enabled by higher power limits for VLP (very low power) devices will also facilitate uses like high-definition video that will have target data rates exceeding 2 Gbps, wireless gaming with bi-directional,” he said.

    Companies such as Sony and Meta, through their associations continuously urged the government to open the 6GHz band for licence free use, through various representations. Meta launched its Meta Ray-Ban smart glasses in India starting ₹29,900. These will be able to perform better once the proposed portion of the 6GHz band is delicenced, analysts said.

    Similarly, Sony has not launched its PlayStation 5 Pro in India in the absence of the 6GHz band. “PS5 Pro will not be available in some countries (which currently includes India) where the 6 GHz wireless band used in IEEE 802.11be (Wi-Fi 7) has not yet been allowed,” the company had said in a statement.

    Better for Wi-Fi 7
    Tech companies said higher power levels are also necessary to support Wi-Fi 7 enhanced data throughput capabilities to reach beyond one or two rooms without the need for signal extenders or additional equipment. Wi-Fi 7 is the latest generation of Wi-Fi technology. It’s designed to be much faster, more efficient, and lower-latency than previous versions like Wi-Fi 6 or 6E.

    Satya N. Gupta, former principal advisor at the Telecom Regulatory Authority of India (TRAI) said, “Power reduction is not a solution as this could kill the potential of the devices and use-cases that will come up in the licence-free portion of the 6GHz band.”

    According to Gupta, there is a technology, called automatic frequency coordination (AFC), which can mitigate interference. AFC is used in wireless communication to automatically manage and control which frequencies a device can use, especially in shared or sensitive frequency bands. It makes sure that powerful outdoor Wi-Fi devices don’t interfere with other important users of the same radio frequencies—such as weather radars, satellite systems, or military equipment.

    Another industry association, the ITU-APT Foundation of India (IAFI) too has asked for an increase in power limit for the devices by over 6dB.

    “This will be important for more robust performance both for indoor operation as well as for wearable devices,” Bharat B. Bhatia, president of IAFI told the DoT. IAFI, however, does not want the government to delay the issuance of final notification owing to such proposals.

    “While the proposed PSD (Power Spectral density) levels are consistent with FCC (Federal Communications Commission) regulations, increasing the same by +6dB will align the regulations with most countries and not just FCC,” Bhatia said.

    The industry body represents companies such as Hughes, Eutelsat OneWeb, Amazon, Dhruva Space and Airtel.

    Among the delicensers
    Globally, more than 84 countries, including the US, have delicensed at least 500 MHz of the 6GHz band for Wi-Fi and innovation.

    The draft rules issued by the government assume significance as telecom operators, and technology companies such as Google, and Meta, were at loggerheads over the 6GHz band. Technology companies wanted the band to be delicensed and provided free to use to improve Wi-Fi services, while telecom operators wanted the band for 6G services.

    The government also recently approved the 600MHz out of the 1200MHz spectrum available in the 6GHz band for telecom operators through auction. For operators, the upper portion, approved for auction, is in the range of 6425-7125 MHz. The band is essential for the upcoming 6G services.

    Among the telecom operators, interestingly, Reliance Jio, however, is also supporting the licence-free use of the band. The stance does not align with the Cellular Operators Association of India (COAI), which represents the major private telecom operators.

    “Operators will benefit more from the licence-free use of the 6GHz band. This is because they can use Frugal 5G, especially in the rural areas. The companies can offload the mobile traffic on the Wi-Fi and can also save on spectrum usage by not using the 5G spectrum in rural areas and instead use Wi-Fi,” Gupta added.

    Frugal 5G refers to providing affordable, high-speed internet access, particularly in rural and underserved areas, by optimizing 5G technology for lower costs and simpler deployment.

    Queries sent to the Cellular Operators Association of India, Reliance Jio and DoT did not elicit any response till press time. LiveMint

  • BSNL offers ITI Ltd a ₹1,901 cr BharatNet sign for the the Northeast states

    BSNL offers ITI Ltd a ₹1,901 cr BharatNet sign for the the Northeast states

    State-owned telecom services provider Bharat Sanchar Nigam Ltd has awarded a ₹1,901.1 crore contract to ITI Ltd (another government undertaking company) to execute development (creation, upgradation, and operation & maintenance) works of the Amended BharatNet programme in Arunachal Pradesh, Nagaland, and Manipur.

    The partners signed the agreement on Thursday.

    BSNL, on behalf of the Universal Service Obligation Fund (USOF), had invited bids on February 15, 2024 for the selection of “Project Implementation Agency (PIA) for Amended BharatNet Program” and after several submissions of proposals by bidders, ITI was selected as the PIA for 10 years.

    “On the basis of acceptance by PIA, for the tender conditions and rates discovered after tender process, BSNL on behalf of USOF has agreed to engage the PIA for the works as are represented in the terms of the tender enquiry, bid, negotiations and clarifications in relation to the implementation of the scope of work and referred in this agreement,” a source said quoting the matters of the agreement.

    USOF, which has now been rechristened Digital Bharat Nidhi (DBN) under the Telecommunications Act, 2023, is the Centre’s initiative to expand telecommunications access in underserved rural and remote areas.

    Under the BharatNet project the government has already spent around ₹42,000 crore in an attempt to bridge the digital divide between rural/ remote and urban areas.

    Rural telecom
    BharatNet is one of the biggest rural telecom projects in the world, implemented in a phased manner to all (around 2.5 lakh) Gram Panchayats (GPs) in the country for providing non-discriminatory access to broadband connectivity to all the telecom service providers.

    Approved by the Cabinet in 2011, so far, 2,14,325 GPs are connected through the BharatNet project and 6,93,303 km of optical fibre cable (OFC) has been laid.

    Additionally, 12,81,564 Fibre-To-The-Home (FTTH) connections are commissioned and 1,04,574 Wi-Fi hotspots are installed to ensure last-mile connectivity as on May 26, 2025. The Hindu BusinessLine

  • Ex ISRO chief Somanath join Skyroot Aerospace as an advisor

    Ex ISRO chief Somanath join Skyroot Aerospace as an advisor

    Former chairman of the Indian Space Research Organisation (ISRO) S Somanath has taken on the role of Honorary Chief Technical Advisor at Skyroot Aerospace, country’s leading private rocket developer.

    In his new capacity, Somanath will advise Skyroot as the city-based startup prepares for the launch of its Vikram-1 launch vehicle, India’s first privately developed launch vehicle capable of deploying satellites in Earth’s orbit, a release from the firm said.

    The 23-meter-tall rocket is also India’s first carbon-composite space launch vehicle and features a liquid-engine powered Orbital Adjustment Module that can precisely maneuver in the vacuum for last-mile delivery of satellites.

    The upcoming launch builds upon Skyroot’s successful technology demonstration launch in 2022 with Vikram-S – India’s first private rocket to reach space.

    Somanath’s advisory role is honorary and underscores his commitment to nurturing India’s emerging private space ecosystem.

    The advisory position is non-exclusive, allowing Somanath to continue his other professional commitments.

    With Somanath at the helm of the national space agency, India achieved a historic soft landing near the Moon’s South Pole with the Chandrayaan-3 mission, launched Aditya-L1 (India’s first dedicated solar mission), developed and deployed the Small Satellite Launch Vehicle (SSLV), and conducted successful landing experiments of the Reusable Launch Vehicle (RLV-LEX), alongside several successful missions deploying satellites in Earth’s orbit, the release added. PTI

  • New source revenue for India’s space sector is surveillance satellites

    New source revenue for India’s space sector is surveillance satellites

    India’s private space firms may be getting the revenue boost they hoped for: Thanks to geopolitical tensions, several countries have tapped them to build satellites as demand for space-based surveillance grows.

    Bengaluru-based Ananth Technologies, a long-time engineering partner for the Indian Space Research Organisation (Isro), has been executing an order from Australia for defence surveillance satellites over the past year. Peer Digantara is also part of this contract under the Mission for Australia-India’s Technology, Research and Innovation or Maitri programme.

    Norway, Hungary and Poland, besides nations from West Asia and the global south, are also engaging with multiple Indian space firms, including Adani Defence and Aerospace-backed Alpha Design.

    Most of these countries do not have their own satellite programmes, but changing geopolitical alignments and global tensions have amplified the need for space surveillance. And while revenue generated from such projects has still not reached hundreds of millions of dollars, India’s friendly relations are offering local space startups an opportunity to drive growth through such partnerships.

    Moreover, surveillance satellite giants in the US, such as Boeing, Lockheed Martin and Northrop Grumman, focus mostly on large contracts, according to Chaitanya Giri, space fellow at global think-tank, Observer Research Foundation. Since most of the contracts coming India’s way range from $5-25 million per year, Giri said these “are too small for the American behemoths, but cumulatively could add up to a significant boost for India”.

    Satellite assembly line
    Ananth Technologies and Digantara will offer end-to-end design and manufacturing of satellites and provide surveillance data to Australia. While neither divulged the exact size of the deals, both said the multi-year pactsare leading to monetization of their business models in India.

    “We have three satellite manufacturing and design engineering centres across Hyderabad, Bengaluru and Thiruvananthapuram, where we build and design high-resolution surveillance, imaging and earth observation satellites based on requirements from clients,” Subba Rao Pavuluri, chairman and managing director of Ananth Technologies, told Mint.

    The company has the reputation to back it, having manufactured surveillance satellites for India. These are in orbit and operated by Isro.

    In FY24, Ananth Technologies, incorporated in 1992, earned operating revenue of ₹270 crore, according to data from the ministry of corporate affairs.

    Digantara, incorporated six years ago, earned ₹3.2 crore and projects its revenue to increase to ₹250 crore by FY27 on surveillance satellite data and manufacturing contracts. Over ₹100 crore of Digantara’s revenue growth is set to come from through its contract with India’s ministry of defence, Mint reported on 13 June.

    Anirudh Sharma, chief executive of the Peak XV-backed startup, is also setting up the company’s own satellite assembly line. Mint visited the company’s headquarters in Bengaluru. The startup will offer satellite observation and data analytics services to paying customers.

    “We’re currently working with other clients, too, including the government of India as well as interested parties from the European Union,” Sharma said. “There is an increasing demand for sovereign surveillance capabilities around the world, for which we are offering white-label services to various governments.”

    Surveillance as a service
    Beyond manufacturing for other nations, Indian space startups are looking to put their own surveillance satellites in orbit, and offer high-resolution surveillance data to countries. GalaxEye Space, a four-year-old, Chennai-headquartered startup, announced earlier this month that it will place its first, owned surveillance satellite in orbit as part of its business expansion plan.

    “…the current rise in interest for surveillance satellites is also boosting our case for innovation—where we are placing a high-resolution synthetic aperture radar (Sar) satellite that can observe the earth at up to 0.5 metres resolution,” said Suyash Singh, founder of GalaxEye. “We’re already having early-stage conversations with hundreds of clients, which is what spurred our decision to build this satellite. In the next six to eight months, we’ll offer a revenue projection for the coming years, launch the satellite in orbit, and raise funds for our next phase of operations.”

    The company’s early-stage demand is largely coming from West Asia and the global south, Singh said.

    One year ago, the government of Australia signed an $18-million contract with Isro’s commercial business unit, NewSpace India Limited (Nsil), to use its satellite launch services. LiveMint

  • By 2028, AI and automation will alter client service

    By 2028, AI and automation will alter client service

    Automation, AI assistants, and the quest for customer value in service will transform customer service and support by 2028, according to Gartner, Inc.

    “AI and rapidly changing customer expectations are driving the evolution of the customer service function,” said Brad Fager, Senior Director Analyst in the Gartner Customer Service and Support practice. Agentic AI is driving the function toward a more automated future, meaning traditional value models focused around human-to-human interactions will shift.”

    The top trends driving the transformation of customer service and support are:

    Executive Pressure for Limitless Automation
    Customer service and support leaders are feeling pressure from other enterprise leaders to adopt generative AI (GenAI) in their function. Many executives believe that AI presents an opportunity for headcount reduction, with limitless potential for automation. AI will transform customer service and support in several key areas:

    • Automation to receive inbound volume: AI will manage service inquiries with human intervention only where necessary.
    • Automation to proactively prevent issues: AI will predict service issues before they occur. Service and support will embed AI into products to identify and respond to high-risk customer behaviors and resolve issues before they escalate.
    • Automation to improve efficiency: To operate effectively at scale, organizations will automate core operational tasks such as data cleansing, records management, knowledge creation, and governance.

    “Embracing automation will become essential,” said Fager. “Customer service leaders must respond by shifting from people management to AI leadership. By adopting an automation-first approach, but also developing human talent, leaders can drive long-term value creation.”

    Customers’ Increasing Use of AI Assistants for Service and Support
    Fifty-one percent of customers would be willing to use a GenAI assistant for customer service interactions on their behalf, according to a Gartner survey of 4,879 customers conducted in January and February 2025. GenAI-powered smart assistants acting as machine customers have the potential to fundamentally change the relationship between organizations and their customers. This shift could challenge two of the major objectives for traditional service teams:

    • Operational Costs: By reducing the effort required to raise requests to near zero, AI assistants will likely enable customers to raise requests at a much higher rate.
    • Increasing Loyalty: If customers start automating their interactions through the use of third-party AI, organizations will have to adapt to handle interactions with nonhuman customers. This prevents opportunities for value enhancement and reduces the quality and quantity of voice of the customer data that can be gathered.

    “Widespread adoption of AI assistants by customers poses a cost risk that could undermine any gains made by customer service automation,” said Fager. “To manage AI-assisted interactions, customer service leaders must assess their role in the customer journey. AI assistants act as both a channel and a customer proxy, requiring responses similar to human customers. Leaders must adapt to serve both human and AI assistants effectively.”

    Customer Service and Support Moves Increasingly Upstream
    With the growing ubiquity of connected devices and subscription models, there are now more opportunities for customers to encounter a service need. This shift requires customer service to be integrated throughout the customer journey. Service and support leaders who focus on product usage, adoption, and revenue growth will transform their organizations from cost centers into business drivers.

    “Successful teams will shift from reactive human requests to proactive customer experience orchestration. The focus of customer service will move from managing demand to value creation, with AI supporting human agents and freeing them for expanded roles,” said Fager. “Leaders must prioritize collaboration and value addition across the enterprise, strategically distributing service capabilities and maintaining overarching vision and governance.” Gartner

  • Private hospitals in India face a digital shift

    Private hospitals in India face a digital shift

    India’s private hospital systems are undergoing a structural digital transformation. Once seen as lagging adopters of enterprise technology, hospitals are now aligning core operations with data-centric, cloud-native and Artificial Intelligence (AI)-driven systems. This shift is not being driven by policy mandates or public-facing platforms but by an internal recognition that hospitals must function as full-fledged digital enterprises to remain competitive, efficient, and clinically advanced.

    The ongoing change reflects a broader global trend. A McKinsey & Company global survey of 200 health system executives revealed that while 88% of respondents saw high potential in AI and data tools, 75% acknowledged they lacked the infrastructure and funding to scale them effectively. While Indian hospitals may not match global peers in absolute capital deployed, their focus on modular, ROI-linked digital investments allows them to advance core transformation agendas faster in specific areas like imaging, workflow automation, and remote care.

    Enterprise technology becomes core to hospital strategy
    In the Indian context, the acceleration of digital healthcare isn’t merely about patient-facing services like telemedicine. Hospital boards and executive teams are approving multi-year roadmaps to overhaul legacy infrastructure, embed machine learning in clinical and administrative operations, and build internal tech teams that mirror enterprise IT departments.

    Hospitals are investing heavily in migrating from fragmented, on-premise systems to cloud-based platforms. Cloud adoption now spans across imaging archives, hospital information systems, tele-ICU platforms, and patient CRM systems. These migrations are motivated not only by scalability and efficiency, but also by the need to ensure continuity across hospital networks and satellite centers.

    Alongside this, AI is emerging as a clinical and operational enabler. AI tools are increasingly embedded into diagnostic pathways, from radiology and pathology interpretation to predicting inpatient deterioration and optimising surgery schedules. Clinical decision support systems are also helping reduce unnecessary interventions, while AI-enhanced chatbots and virtual agents streamline administrative load in patient intake and discharge.

    Leadership perspective on what’s driving the change
    Hospital leadership across India sees this digital transformation not as a project, but as a shift in business model. According to Dr Simanta G. Sharma, Head of Healthcare Development & Transformation at Ramaiah Memorial Hospital, Bengaluru, “A hospital to provide the best in care and class has to be abreast with all modern emerging technological advancements. At Ramaiah, we have invested in technologies such as AI-powered Cathlab, AI Rehabilitation, 3-T MRI, HMIS, chatbot, digital CRM, doctor and patient mobile apps, and teleconsultations.”

    Dr Sharma underscores that this shift wasn’t triggered by a single disruption, but was a cumulative necessity to modernise clinical operations and maintain care quality. Dr Sharma also notes that the integration of digital and clinical teams required persistence, but has now become part of the hospital’s operational backbone.

    Dr A Sharath Reddy, Executive Director at Medicover Hospitals in Hyderabad, adds that Covid-19 and India’s national health data blueprint accelerated his group’s investment decisions. “As an interventional cardiologist, I saw how AI-driven tools, like automated TAVI planning and AI-enhanced CT, boosted throughput and accuracy. That became the trigger for broader adoption,” he said. His team tackled clinician resistance by appointing digital ambassadors and offering in-context training through short video modules and on-site mentoring. “The digital-literacy divide was real, but structured peer support helped cut onboarding time by 40%,” he noted.

    Transformation beyond the hospital walls
    The scope of digital transformation now extends well beyond hospital boundaries. Increasingly, private healthcare systems in India are exploring full-stack models that unify scheduling, diagnostics, teleconsultations, follow-up care, and payments into a single digital framework. Medicover’s post-discharge program uses AI monitoring combined with human coaching to deliver home-based cardiac rehab, addressing the low follow-up adherence that plagues traditional care models.

    This expansion of digital infrastructure also includes interoperability and data governance frameworks. Blockchain-based solutions, while still in pilot stages, are being explored for patient consent tracking and audit trail management, particularly in clinical research and insurance claims workflows.

    Strategic outlook: Investment vs. capability
    While global peers face funding gaps and regulatory hurdles, Indian hospitals are focusing on implementation discipline and cross-functional integration. Technology investment as a share of total capex is rising across tier-1 and tier-2 hospital groups, with CIOs increasingly reporting to the CEO or COO rather than functioning as isolated tech heads. Hospitals are also restructuring teams to include cloud engineers, data architects, cybersecurity specialists, and data analysts, indicating a shift from outsourced IT models to internalized digital strategy.

    Despite lower per-bed investment compared to systems in the US or Western Europe, Indian hospitals are achieving faster turnaround in select verticals such as cloud-native diagnostics and AI-based workflow optimisation. Their ability to modularise investment and focus on outcome-driven deployments is offering them a strategic edge.

    Conclusion
    India’s hospital sector is no longer relying solely on clinical excellence to stay competitive. Digital maturity is becoming a core measure of institutional strength. With AI and cloud infrastructure moving from pilot to core operations, and with C-suite leaders deeply involved in tech decisions, hospitals are now functioning more like enterprises, interconnected, data-driven, and outcome-oriented. TechCircle

  • States should expedite healthcare infra, PM Modi warns

    States should expedite healthcare infra, PM Modi warns

    Prime Minister Narendra Modi on Wednesday urged States to fast-track healthcare infrastructure in remote and aspirational districts and asked both Central and state government officials to adopt a results-driven approach when it comes to emergency services and infrastructure development.

    Chairing the 48th meeting of PRAGATI meeting at South Block in New Delhi, PM Modi highlighted India’s growing defence self-reliance, and called for wider adoption of indigenous practices. PRAGATI is an ICT-enabled, multi-modal platform aimed at fostering Pro-Active Governance and Timely Implementation, by seamlessly integrating efforts of the Central and State governments.

    During the meeting, Prime Minister reviewed certain critical infrastructure projects across Mines, Railways, and Water Resources sectors. These projects, pivotal to economic growth and public welfare, were reviewed with a focus on timelines, inter-agency coordination, and issue resolution.

    Prime Minister underscored that delays in project execution come at the dual cost of escalating financial outlays and denying citizens timely access to essential services and infrastructure. He urged officials, both at the Central and State levels, to adopt a results-driven approach to translate opportunity into improving lives.

    During a review of Prime Minister-Ayushman Bharat Health Infrastructure Mission (PM-ABHIM), PM Modi urged all States to accelerate the development of health infrastructure, with a special focus on Aspirational Districts, as well as remote, tribal, and border areas. He emphasised that equitable access to quality healthcare must be ensured for the poor, marginalised, and underserved populations, and called for urgent and sustained efforts to bridge existing gaps in critical health services across these regions.

    The Prime Minister emphasised that PM-ABHIM provides a golden opportunity to States to strengthen their primary, tertiary and specialised health infrastructure at Block, District and State level to provide quality health care and services.

    PM Modi also reviewed exemplary practices fostering Aatmanirbharta in the defence sector, undertaken by various Ministries, Departments, and States/UTs. He lauded these initiatives for their strategic significance and their potential to spur innovation across the defence ecosystem. Underscoring their broader relevance, Prime Minister cited the success of Operation Sindoor, executed with indigenous capabilities, as a powerful testament to India’s advancing self-reliance in defence sector.

    The Prime Minister also highlighted how the States can avail the opportunity to strengthen the ecosystem and contribute to Aatmanirbharta in defence sector. ETV Bharat

  • These days, cybercriminals seek smaller hospitals

    These days, cybercriminals seek smaller hospitals

    Ransomware groups have consistently tried to break into hospitals’ networks, and they aren’t just eyeing big health systems.

    Increasingly, cyberattackers are going after smaller hospitals, industry leaders say. Ransomware groups are going after rural hospitals, federally qualified health centers, clinics, and other facilities with modest resources. The Health Sector Coordinating Council’s Cybersecurity Working Group outlined some of those threats in a May report sent to the White House and the U.S. Department of Health & Human Services.

    Jennifer Stoll, the chief external affairs officer of OCHIN, a collaborative of hundreds of safety net organizations, said more rural hospitals and federally qualified health centers are suffering breaches.

    “We’re the least funded section of the delivery system, and we are the most vulnerable when it comes to cybersecurity,” Stoll tells Chief Healthcare Executive®.

    “Everybody needs a lot of money to be able to support the cybersecurity infrastructure, because we are really facing a national crisis, which is a war against our healthcare providers every day, with bad actors domestically, but mostly abroad. And we just don’t have the resources,” she says.

    Security or staying open
    Hundreds of healthcare organizations have suffered breaches in recent years. In 2024, there were 592 breaches of health data, and 259 million Americans were affected, according to John Riggi, national advisor for cybersecurity and risk with the American Hospital Association. Three out of four Americans were impacted by a breach of private health information last year.

    Rural hospitals recognize that they are vulnerable to cyberattacks, but most don’t have the money or manpower to invest in strong defenses, says Jim Roeder, the vice president of information technology of Lakewood Health System, which operates a critical access hospital and several primary care clinics in Minnesota. He served as co-leader of the task force that produced the report on cyberattacks and smaller systems.

    For smaller providers, Roeder says, “We could have a couple million dollars for cybersecurity, or we can get that CT machine that we need to bring in more revenue and keep the doors open. And so that’s the constant battle that we face from our budget, when we have to go to the board.”

    At first blush, a small, 25-bed hospital in a rural community wouldn’t seem like it would be worth the time for a cyberattacker. But analysts say there are reasons why ransomware gangs would go after a rural hospital or a federally qualified health center.

    First, even a small organization still has a great deal of private health information, which is very valuable to bad actors. And that’s also true of clinics and health centers serving neighborhoods where many have low incomes.

    “Just because they’re low resource communities doesn’t mean that it’s not great data to be able to hijack or steal,” Ochin says.

    “Even if you’re dealing with low income and underserved or rural communities, you know, it still creates havoc, and it still allows them to have a very powerful weapon, with lots of things that they can do for nefarious purposes,” she adds.

    Federally qualified health centers aren’t being spared, she says.

    “They have just as many breaches. They really do,” Ochin says.

    Retired Army General Paul Nakasone, the former leader of the U.S. Cyber Command, warned of the growing risk of cyberattacks aimed at rural providers at the HIMSS Global Health Conference & Exhibition in March.

    “These rural hospitals have limited funds, have limited capabilities, and they are often the target of ransomware actors,” Nakasone said.

    Plus, ransomware groups know smaller hospitals are more likely to have less imposing defenses, so they reason they could get a payday with relatively low effort, experts say.

    Limited staffing
    Hospitals and health systems often are exposed to breaches involving many of the vendors they utilize for all sorts of business functions. Leaders of smaller hospitals are increasingly frustrated by the risks of attacks tied to vendors, and they are left wondering whether those vendors are staying up to date with software patches to address vulnerabilities. And smaller systems don’t have the staff to do some of the leg work to be sure vendors are doing what they should be doing.

    In the cybersecurity report, Roeder says some hospital leaders expressed frustration that they have to take on all the risk involving vendors properly updating their systems. They want vendors to take more responsibility.

    “If they want these devices to be put into healthcare systems, they have to be willing to patch them, support them, make sure they stay secure,” Roeder says.

    Rural hospitals and health centers typically may have one person focused on cybersecurity, and sometimes even that individual is juggling other responsibilities.

    While many hospitals struggle to find talented cybersecurity pros, it’s especially difficult for rural hospitals.

    Roeder says it’s difficult to “find people that have the knowledge that want to work in healthcare in a rural area.”

    Some hospitals and health systems have allowed cybersecurity staff to work remotely, which helps to a degree, he says. But that’s a bit of a double-edged sword, because cybersecurity pros living in rural areas don’t necessarily have to work at the local hospital.

    “It kind of hurt us, because these people with that knowledge all of a sudden can work for bigger companies elsewhere, too,” he says.

    ‘It’s also patient safety’
    Hospital cybersecurity leaders have stressed that breaches have costs beyond the bottom line and even reputational damage. Cyberattacks threaten the safety of patients, particularly when attacks succeed in knocking electronic health records offline and disrupting vital systems.

    “Cybersecurity for one is cyber security for all, and it’s also patient safety,” Stoll says.

    Cybersecurity leaders are also talking more about the “blast radius” of a breach, because an attack at one hospital can force patients to be transferred to other facilities.

    But the risks to patient safety may be magnified at smaller hospitals, particularly those in rural areas. In plenty of rural areas across the country, a small, community access hospital may be the only hospital within an hour or more.

    If an attack happened at Lakewood Health in Minnesota, Roeder says patients may have to go to another facility that may be an hour or two away.

    “We got to try and hope they have room for these patients,” Roeder says. “And you know, we have two ambulances. How do you get them there? How do you transport them there in a timely manner?”

    That vulnerability for rural providers makes them a target. As Stoll notes, some rural communities may not have another hospital within 150 miles. And that puts rural hospitals in a terrible position when an attacker gets into their system in hopes of a payday.

    “If you have a gun to your head, because they’ve got all your data and they’ve frozen your system, you’re down,” Stoll says. “And you are creating a real vulnerability in terms of patient care.”

    Stoll, Roeder and other advocates for federally qualified health centers and rural hospitals stress that those facilities are going to need more federal funding to defend against cyberattacks.

    The federal government is looking to impose tougher requirements on hospitals to maintain certain cybersecurity standards, and healthcare leaders say smaller facilities are going to need more help.

    “It’s really different, and we have to think differently about the needs of those that have the least amount of resources,” Stoll says. Chief Healthcare Executive

  • India’s fast bowler was cut off the team amid a crushing loss vs England in the first test

    India’s fast bowler was cut off the team amid a crushing loss vs England in the first test

    Young speedster Harshit Rana, who was added as a cover to the Indian squad for the opening Test against England at Leeds, has been released by the team management on Wednesday. Rana, who played two Tests in Australia with modest results, was a part of India A squad but hardly made an impact in the unofficial Test against England Lions in Canterbury where he was hit for 99 runs for a solitary wicket in 27 overs. “Harshit Rana has been released from the squad. He hasn’t travelled with the Indian squad to Birmingham for the second Test starting July 4,” a BCCI source told PTI on conditions of anonymity. The 23-year-old Rana, a protege of head coach Gautam Gambhir, is a bustling hit-the-deck bowler who hit the headlines with a lovely off-cutter which breached Travis Head’s defence in Perth.

    However, over time it has been evident that he is not ready to play top flight red-ball cricket and is a work in progress.

    That Harshit, and not a far more potent Mukesh Kumar or Anshul Kamboj were kept as cover, was a big surprise since the Delhi man’s bowling is unsuitable for these conditions.

    “Harshit Rana, I will discuss with chairman of selectors. He was held back because of some niggles… everything is fine. I will discuss, and we will then take that call,” Gambhir said after India lost the opening Test by five wickets.

    Experts have cried out for Kuldeep Yadav’s inclusion in the series opener and now he is most likely to replace Shardul with the surface expected to aid the spinners in Birmingham..

    “Kuldeep needs to be there. There is no point playing with four pacers. Either of Shardul or Prasidh can make way for him,” former India captain Dilip Vengsarkar.

    There is a tendency to play with four pace options in England but with dry conditions expected for the majority of the English summer, there is a case of playing Kuldeep and Ravindra Jadeja in the same eleven.

    Having said that, Jadeja too will under the scanner having not gotten a lot out of the rough on day five at Headingley.

    “Kuldeep Yadav has to come back. I’m sorry to say, but Shardul Thakur has to go out,” former India batter Sanjay Manjrekar said on JioStar.

    “That is one change India will have to make. As for Nitish Kumar Reddy — I backed him for the first Test purely based on what he did in Australia.

    “It’s an unpopular choice, because when he comes in, the balance does get affected a bit. He won’t quite bowl like a fourth seamer, so India need to take a hard call: even in English conditions, they must go with quality bowlers. If that means playing two spinners, so be it.” Sports NDTV