BY THE DIGITAL HEALTH LEADERS FOR THE DIGITAL HEALTH COMMUNITY
BY THE DIGITAL HEALTH LEADERS Written by : Nikita Saha
May 4, 2025
India’s healthcare system is at an inflection point. Hospitals are stretched thin, chronic diseases are on the rise, and millions, especially in rural areas, struggle to access timely medical care. The traditional model, where healthcare is largely confined within hospital walls, is no longer sustainable. Patients with diabetes, hypertension, or those recovering from surgery don’t always need to be in a hospital bed, but they do need consistent monitoring. This is where Remote Patient Monitoring (RPM) is quietly reshaping the way care is delivered.
RPM uses connected devices, AI-powered analytics, and real-time data sharing to track patient health outside clinical settings. A person recovering from heart surgery can have their vitals monitored from home, while a doctor in a metro hospital can track a diabetic patient in a small town without them traveling miles for a routine check-up.
The RPM market in India is projected to grow at an annual rate of 21.2%, reaching $693.1 million by 2030 (Frost & Sullivan, 2024). This shift is not just about convenience; it’s about fundamentally changing how healthcare is accessed and managed.
But while the potential is undeniable, challenges remain. Regulatory frameworks need to evolve, hospitals must integrate RPM into their workflows, and patient trust in digital health must grow. The next few years will determine whether RPM becomes a niche solution or a mainstream pillar of India’s healthcare system, one that ensures quality care is not limited by geography, hospital capacity, or financial constraints.
India’s healthcare landscape is witnessing a fundamental shift—one where continuous, tech-enabled patient monitoring is no longer confined to hospital walls. Initially driven by necessity during the pandemic, RPM has now evolved into a core component of India’s digital health ecosystem, offering a way to bridge care gaps in a country where doctor-to-patient ratios remain critically low (WHO, 2023).
Leading hospitals and health-tech startups are spearheading this transition. Dozee, for instance, has enabled AI-powered early warning systems in hospitals, reducing ICU load and improving patient outcomes (NASSCOM, 2024). Tricog Health, a pioneer in real-time ECG monitoring, is transforming cardiology care by enabling rapid diagnosis and intervention (Inc42, 2024). HealthPlix, with its AI-driven RPM platform, is integrating remote monitoring with electronic health records (EHRs), ensuring seamless doctor-patient interactions beyond physical consultations (YourStory, 2024).
The impact is already measurable. Chronic disease management, post-surgical care, and ICU monitoring have emerged as the primary use cases, allowing doctors to make data-driven clinical decisions while reducing hospital congestion. As adoption grows, the question is no longer whether RPM works but rather how to scale it effectively across India’s diverse and complex healthcare system.
RPM in India is moving beyond basic fitness wearables to clinical-grade technologies that provide real-time, actionable insights. AI-driven analytics, remote ECGs, continuous glucose monitoring, and contactless vitals tracking are transforming early disease detection and chronic care management. Companies like Dozee and Tricog Health are pioneering AI-based RPM solutions, while hospitals are adopting smart ICUs that monitor patients remotely, optimizing both hospital resources and patient outcomes (ASSOCHAM Health Tech Report, 2024). However, widespread adoption depends on affordability, clinician training, and interoperability with hospital EMR systems.
India’s healthcare system remains heavily hospital-centric, with 70% of healthcare infrastructure concentrated in urban areas (NITI Aayog, 2024). This leaves vast rural populations dependent on overburdened district hospitals or forced to travel long distances for routine check-ups. RPM presents a scalable alternative, shifting essential monitoring from hospitals to homes. A hypertensive patient in Bihar or a cardiac patient in Assam can have their vitals continuously tracked without repeated hospital visits, reducing strain on tertiary care centers.
RPM has cut chronic disease management costs by 50% while improving patient outcomes in 84% of monitored cases (FICCI Health Report, 2024).
However, to truly bridge this gap, integration with India’s public healthcare system is critical from government partnerships with RPM providers to subsidized access for low-income patients.
India faces a severe shortage of specialists, with nearly 80% of doctors concentrated in urban centers while rural and semi-urban regions remain underserved (MoHFW, 2024).
Patients in Tier-2 and Tier-3 cities often travel to metros for consultations, leading to delayed diagnoses and overcrowded tertiary hospitals. RPM, combined with teleconsultations and AI-assisted diagnostics, presents a viable solution.
For instance, remote ECGs analyzed by AI can help detect early signs of cardiac distress, allowing specialists to intervene before a crisis occurs. Platforms like Tricog Health already enable real-time cardiac monitoring, reducing the need for in-person visits. However, for RPM to truly bridge the specialist gap, hospitals must integrate it into existing telemedicine frameworks, and government-backed initiatives must ensure equitable access to advanced diagnostic tools across semi-urban and rural India.
With remote monitoring comes vast volumes of sensitive health data, making regulatory oversight crucial. While the National Digital Health Mission (NDHM) has laid the groundwork for a standardized health data framework, RPM-specific guidelines on consent, encryption, and data sharing are still evolving. The upcoming Digital Personal Data Protection Act will play a key role, but compliance gaps and cybersecurity threats remain concerns (PwC India, 2024). If RPM is to scale nationwide, clear regulatory frameworks, hospital integration standards, and strict data security protocols must be established, ensuring that India’s push toward digital health does not come at the cost of patient privacy.
While India’s health insurance sector is evolving, coverage for remote care services remains limited. The Ayushman Bharat Digital Mission (ABDM) is building a national health record system, but clear policies for RPM reimbursements are still evolving.
Private insurers have been slow to adapt, with only a handful of policies covering telehealth consultations and remote monitoring. However, international trends indicate that insurance-driven RPM adoption leads to better preventive care and lower long-term costs.
If Ayushman Bharat and major private insurers include RPM reimbursements for chronic disease management and post-hospitalization care, it could accelerate adoption, making RPM a cost-effective alternative to traditional in-hospital monitoring. Without clear policy directives, however, RPM adoption risks being fragmented and limited to metro hospitals and premium healthcare services.
ndia’s healthcare system has traditionally been reactive rather than preventive, leading to overburdened hospitals and high treatment costs. RPM has the potential to fundamentally shift this paradigm, moving healthcare from a hospital-based model to a proactive, home-based approach.
With 84% of RPM users reporting improved health outcomes and 50% lower medical costs in chronic disease management (FICCI Health Report, 2024), it is clear that RPM could become a cornerstone of preventive care. The real question is: Will India build the necessary digital infrastructure, workforce training programs, and policy frameworks to sustain RPM’s long-term growth? If done right, RPM won’t be a passing trend; it will be the future backbone of India’s healthcare system, ensuring early intervention, reduced hospital burden, and improved public health outcomes.
As Remote Patient Monitoring evolves, industry leaders emphasize the transformative potential of AI-driven automation, multilingual accessibility, and predictive analytics in shaping its future.
Dr Vishnu Vardhan, Founder & CEO of Vizzhy, envisions a technological leap for RPM in India, fueled by ambient WiFi-based IoT sensors and Generative AI (Gen AI). Speaking exclusively to DHN, he stated, “Gen AI can make RPM a powerful tool to monitor patients both in hospital settings and at home for chronic conditions.” He also highlighted the role of Automatic Speech Recognition (ASR), which will soon be available in multiple regional languages through Hanooman ASR models running on advanced GPU systems. These innovations, he believes, will revolutionize RPM and telemedicine by enhancing patient interactions, automating medical record summarization, and predicting health outcomes based on IoT data.
Upasana Arora, MD, Yashoda Hospitals, echoed this sentiment, emphasizing how RPM has elevated patient safety standards by detecting early warning signs and enabling timely interventions. “Remote Patient Monitoring has revolutionized patient safety by identifying early warning signs, resulting in effective, timely interventions, saving lives, and improving patient outcomes,” she shared.
As these technologies gain momentum, the Indian healthcare ecosystem must ensure seamless integration, policy support, and infrastructure development to fully realize RPM’s potential in transforming patient care.
As India stands on the cusp of a healthcare transformation, Remote Patient Monitoring has already proven its value in reducing hospital loads, improving patient outcomes, and making specialist care accessible in remote corners of the country. However, for RPM to move from its promise to mainstream, issues around data security, regulatory clarity, and insurance coverage must be addressed head-on.
Looking ahead, RPM will likely form the backbone of India’s preventive healthcare strategy, supported by AI, multilingual tools, and connected devices. The next five years will decide whether it remains a metro-focused innovation or becomes a nationwide standard of care, ensuring that quality healthcare truly reaches every doorstep.
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