Anna Elzabeth Tom, Correspondent, India Pharma Outlook
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Telemedicine refers to the delivery of healthcare through digital technologies, bridging the gap between patients and healthcare providers. Indian Telemedicine sector first saw its boom during the pandemic era. Furthermore, in 2026, Indian Telemedicine has transformed from a pandemic-era temporary stopgap into the backbone of India’s rural health revolution.
At the core of Indian telemedicine revolution is eSanjeevani, India’s National Telemedicine Service, launched in November 2019. It mainly provides two types of services, eSanjeevani AB-HWC and eSanjeevaniOPD. The former operates on a hub and spoke model where Ayushman Bharat Health and Wellness Centres set up at the state level (hub) can connect with community health care officers and nurses at the zonal level (spoke), while the latter focuses on direct-to-patient consultation.
As per PIB reports, E-sanjeevani has crossed 43 crore consultations as of November 2025, as confirmed by the parliament. This makes it one of the largest public digital health initiatives in the world. About 57 percent of its beneficiaries are women, and 12 percent are senior citizens, the two demographically underserved categories of traditional healthcare services. E-sanjeevani has on boarded more than 230,000 medical care providers, a significant achievement for the government-led telehealth initiative.
The commercial Indian telemedicine sector has also seen significant growth in recent years. According to the Modor Intelligence report, Indian telemedicine market is valued at approximately USD 3.64 billion in 2025. It expects to reach USD 12.36 billion by 2031, growing at a Compound Annual Growth Rate (CAGR) of around 23%. The mobile health sector holds the largest share at nearly 47 percent.
This data shows us that the Indian telehealth apps of 2026 are no longer competing on novelty; they are competing for rural reach, reliability, and dedicated care.
Prasad Kompalli, Co-founder and CEO of mFine stated that telemedicine is not just a market place connecting a doctor and a patient. He says, “This is an expert driven, quality driven and most importantly, on the consumer side trust driven network, you need to really make sure that particularly the consumer is able to trust the provider.”
India has a major healthcare paradox. According to National Family Health Survey data for 2019-21, nearly 65 percent of the Indian population lives in rural areas, and the majority of healthcare specialists remain concentrated in the cities. This means that for a patient in remote areas, needing a specialist has to travel very long to the cities for care. This usually meant delayed care or no care at all.
As of late 2025, India's overall doctor-population ratio is 1:811. Indian Telemedicine is dismantling these divides, not through a single solution, but through a system of interconnected mechanisms.
At the heart of India’s telemedicine architecture, we have the hub and spoke model. Zonal-level Rural Health and Wellness Centers serve as spokes while district-level hospitals and medical colleges function as hubs. Under the eSanjeevani AB-HWC model, the health workers in the rural areas don’t refer the patient to the nearest city hospital. Instead, they connect to the platform from the local health center and connect with a specialist in a district hospital through a video consultation. This is the hub-and-spoke model in practice.
This system works on two levels simultaneously. The first level connects the rural doctor to seek specialist guidance if he is uncertain about a complex diagnosis, before deciding on treatments or referrals. In the second level, it brings the patient directly into a video consultation with the specialist. This makes it flexible to handle everything from routine chronic care to complex referral decisions.
AI diagnostics refers to the use of Artificial Intelligence algorithms, particularly machine learning and deep learning, for diagnosing complex data. It analyses complex medical data, including imaging, lab results, and electronic health records, to detect diseases and health risks, allowing doctors to make more accurate diagnoses.
The most transformative part of AI diagnostics is that some platforms, like Bangalore-based telehealth app mFine, are using AI diagnostics tools. These tools analyses symptoms, medical images, and medical history, building an electronic health record of the patient. So, by the time the rural patient reaches the doctor, the doctor would have the AI-analysed data. This helps them to decide on potential treatments by giving them a comprehensive view of the risk factors and symptoms.
Survankar Datta, Faculty fellow, Asohka University, comments on AI diagnostics as, “The biggest benefit of AI currently is in the drafting of preliminary reports… Instead of starting from scratch, we begin with a preliminary report, review the scan, and make changes. That’s been the biggest timesaver so far.”
Remote Patient Monitoring (RPM) uses digital technology such as wearables and apps to collect and record vital physiological data like blood pressure, heart rate, etc. This technology can also help in sharing these critical details with medical practitioners, thus lowering costs by reducing hospital visits.
Grand View Research reports that the global RPM market was estimated at USD 22.03 billion in 2024. It has an expected projection of USD 110.71 billion by 2033, growing with a CAGR of 19.8 percent. In 2024, North America was the largest RPM market, with Asia Pacific the fastest-growing market. Meanwhile, Market Research Future analysis estimated the Indian RPM market size at USD 1083.5 million in 2024.
In this digital era, every consultation, prescription, and diagnostic report is linked to patients' ABHA Digital Health ID. Lab results, radiology images, pathology reports, and other diagnostics are digitally indexed against the patient’s ABHA ID. This enables a specialist reviewing a case to have access to the complete medical history. Patients and doctors can share these records, eliminating the need to repeat the tests. This reduces both patient costs and burden on the diagnostic infrastructure; meanwhile, while ensuring that decisions are made on complete and accurate data.
In spite of these advantages, the Indian telemedicine sector faces many barriers. This includes unreliable internet connectivity, low digital literacy, and a shortage of telemedicine specialists.
As per World Meter reports, India has an overall population of 1.47 billion as of May 2026. Reports show that as of January 2025, there are a total of 806 million internet users in India, making the internet penetration rate 55.3 percent. This is shocking as it shows that about half of the population lacks internet connectivity and hence telemedicine services.
India’s doctor population ratio is 1:811, and this sounds impressive on paper as it surpasses WHO norms of 1:1000. But the reality is different; states like Goa, Karnataka, and Kerala have a doctor population ratio of 1:335, 1:483, and 1:492. On the other hand, states like Jharkhand, Mizoram, and Nagpur suffer with 1:4673, 1:8000, and 1:13,514. This shows an abundance of healthcare professionals in urban areas, while the rural PHCs suffer.
Though India has 13, 86,145 allopathic doctors registered with State Medical Councils and NMC (as of Nov 2025), not all of them are actively practicing. According to the Rural Health Statistics (RHS) 2021–22 analyses, India faces almost an 80 percent shortfall of specialist doctors at rural CHCs, with surgeons, physicians, gynecologists, and pediatricians. But with AI diagnostics evolving rapidly and video infrastructure becoming more accessible, India’s rural healthcare gap is narrowing.
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Medical Internet of Things, or Medical IoT, refers to a series of interconnected healthcare devices and sensors that collect and communicate patient health details. These devices don’t depend on clinic visits to capture data. They capture physiological metrics continuously and send them to medical teams to monitor, even without the patient leaving their homes.
Medical IoT includes a plethora of devices ranging from smart watches tracking cardiac health and cardiac rhythms to implantable sensors. Medical IoT covers a wide range of devices and software sharing the single purpose of eliminating delayed treatment.
India has seen a significant leap in the adoption of Medical IoT. As per Grandview Research reports, India’s medical IoT market has generated USD 5.6 billion in 2023 and is expected to reach USD 30.6 billion by 2030, growing at a CAGR of 27.4% between 2024 and 2030. Hardware, including wearables, home monitors, implantable sensors, and connected diagnostic tools, emerges as the largest revenue-generating segment.
Ayanabh DebGupta, Co-Founder, Group President & Director at Medica Superspecialty Hospital, Kolkata, comments on Medical IoT as, “We have understood that we can use technology to transcend geographical barriers. We are now able to provide critical care from Kolkata to smaller towns and monitor the patients 24×7, delivering lifesaving treatments.”
There are four categories of Medical IoT, which include wearables, home monitors, connected medication tools, and implantable sensors.
When it comes to telehealth, just data isn’t enough. The real transformation occurs when that data can be integrated with the patient’s electronic health record or EHR. EHR allows wearable readings, implantable sensor outputs, and home monitor logs to be directly updated in the patient’s health record.
This provides the doctors with complete medical history, previous diagnoses, lab results, and specialists' notes, helping them to make better decisions. Moreover, EHR also powers AI diagnostics tools that help to identify subtle patterns across data points. This helps to catch early warning signs that humans could have missed. For patients dealing with diabetes, hypertension, or chronic heart disease, this shift to proactive care is transformative.
The Indian telemedicine revolution has come a long way in 2026. It has pivoted from a simple video consultation tool to a comprehensive digital ecosystem. Now, the Indian telemedicine market has evolved to integrate artificial intelligence, chronic disease management, pharmacy services, and real-time patient monitoring in a single app.
The major telemedicine apps in India are:
Practo is the most recognizable name in the telemedicine industry. Their key services include online consultations, appointment booking, medicine delivery, and diagnostic test bookings. It operates in over 100 Indian cities and is popular for its doctor-on-demand consultation services. Practo has a rating of 4.7 on the App Store and 4.5 ratings on the Google Play Store.
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Apollo 24/7 is India’s largest omni-channel healthcare platform with 20 million users and 4.4+ star ratings. It brings the credibility of Apollo Hospitals to the telemedicine market. IT is an integrated ecosystem, catering to serve the patient in their every stage.
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Tata1mg is the go-to app for people who need both consultation and medicine in one go. It is a joint venture between Tata Digital and 1mg Technologies Pvt. Ltd. Tata 1mg has a rating of 4.7 on the App Store and 4.6 ratings on the Google Play Store.
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MediBuddy is a healthcare platform with a strong focus on the corporate wellness space. Additionally, it also provides corporate health solutions, helping companies to manage the health and well-being of their employees.
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Netmeds is a leading online pharmacy and healthcare platform in India. The platform was acquired by Reliance Retail, a subsidiary of Reliance Industries Limited (RIL), from its parent company Vitalic Health Pvt. Ltd., for approximately Rs 620 Cr in August 2020. Netmeds has a rating of 4.7 on the App Store and 4.3 ratings on the Google Play Store.
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Mfine is a leading telemedicine platform connecting users with qualified health professionals for online consultations, diagnosis, and treatments. Users can prefer video, audio, and chat-based consultations based on their preferences. Mfine has 4.2 ratings on the App Store and 4.6 ratings on Google Play.
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eSanjeevani is the world’s largest government-led telemedicine platform. It was launched in November 2019 by the Ministry of Health and Family Welfare. eSanjeevani is integrated with Ayushman Bharat Digital Mission (ABDM), allowing citizens to create a 14-digit Ayushman Bharat Health Record (ABHA) ID. This ID links health records and allows access to free doctor consultations throughout India.
Union Health Secretary Smt. Punya Salila Srivastava, in the India AI Impact Summit 2026, stated that Ayushman Bharat Digital Mission (ABDM) has evolved to become a holistic telemedicine ecosystem with over 859 million ABHA accounts linked to more than 878 million health records, enabling over 449 million teleconsultations.
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India’s telemedicine landscape is growing rapidly in 2026. Together, the integration of AI diagnostics, IoT-enabled monitoring, and government-led platforms like eSanjeevani is bridging the barriers that once kept timely, quality healthcare out of reach for India's rural population.
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