Industry
HealthTech – Where innovation meets care
Advances in HealthTech are rapidly transforming the landscape and redefining the delivery, monitoring, and management of care. This is paving the way for a smarter, more interconnected future in healthcare.
India is on the cusp of a healthcare revolution shaped not only by its expanding infrastructure and population needs but also by a visionary push toward technology-driven transformation. In 2025, the nation’s healthcare landscape is undergoing a radical overhaul, anchored in its commitment to universal, accessible, and quality care. With a market growth from ₹31.45 lakh crore in 2022 to a projected ₹51.85 lakh crore by 2026, India is positioning itself as a hub for global innovation and a model for inclusive health delivery.
At the heart of this transformation lies HealthTech–a strategic enabler in reimagining patient care, medical access, and system-wide efficiency. Backed by initiatives like the National Digital Health Mission (NDHM) and Make in India and a surge in private equity and venture capital investments, India is building the digital scaffolding required for next-generation healthcare.
From AI-driven diagnostics and genomics to indigenous high-end medical devices like MRI scanners and robotic systems, the country’s innovation pipeline is more vibrant than ever. This is not just about adopting new technologies; it’s about reengineering the entire care ecosystem–making it proactive, predictive, and patient-centric.
In this journey, India is not merely participating in global healthcare innovation–it is evolving into a launchpad for scalable, world-class solutions that address domestic and international healthcare challenges. The question is no longer if technology will shape tomorrow’s care–it is how India will lead that charge.
The HealthTech start-up boom–Fuelling innovation from the ground up
India’s HealthTech start-up ecosystem is witnessing a notable transformation. There is a surge in the number of HealthTech start-ups emerging in India. Previously, only a small fraction of the thousands of start-ups evaluated each year fell within the HealthTech segment. Recent trends show a significant increase in activity, with dozens of new firms appearing in just the last six months. This growth is partly attributed to the post-pandemic shift in mindset, where digital, tech-driven healthcare services have gained broader acceptance among the government, industry, and society. This growing digital receptivity has created fertile ground for new-age businesses such as Bengaluru-based 5C Network, which offers an AI-driven radiology interpretation platform. Launched in 2017, 5C played a critical role during the pandemic by enabling the swift analysis of over a million lung scans. Today, it is connected to over 2,500 hospitals and diagnostic centres, interpreting over 200,000 cases monthly using its AI-powered suite, Bionic.
According to Bain & Company, India’s healthcare innovation market was valued at ₹2.55 lakh crore in FY23, with HealthTech accounting for nearly 25 percent, doubling from ₹25,500 crore in FY20 to ₹59,500 crore in FY23. The segment spans consumer-facing solutions, such as telemedicine, e-pharmacies, wellness platforms, and enterprise-facing models, including SaaS-based hospital and clinic management systems. With over 10,000 HealthTech start-ups, India is becoming a global innovation hub and is projected to reach a ₹5.1 lakh crore HealthTech market by FY28. However, this growth is not without its challenges. A funding winter has led to a sharp decline in private equity and venture capital investments, triggering a cash crunch and forcing many startups to shut down.
India now stands at a pivotal point in its healthcare journey, with digital health technologies promising to revolutionize access and delivery. The country aims to reach one billion digital health users by 2030–a move that could usher in a more inclusive, personalized, and preventive healthcare model. However, the success of this transformation hinges on synergistic collaboration between start-ups, investors, and regulators. Leveraging information and communication technologies, telemedicine, AI, and data analytics will be crucial in bridging care gaps, enhancing diagnostics, and improving outcomes. India must also prioritize data security, interoperability, ethical standards, and equitable access to build a sustainable digital health ecosystem.
Driving diagnostic innovation – Transforming 1.5T MRI for emerging healthcare landscapes
Balasubramaniam M
CEO,
3iMedTech,
A Refex Group Company
In the evolving landscape of diagnostic imaging, the 1.5 Tesla (T) MRI continues to serve as a benchmark for diagnostic imaging across clinical settings, balancing excellent image quality, operational efficiency, and affordable life cycle costs. In emerging markets like India, where access to high-quality radiological services is often inaccessible, recent technological advances in 1.5T MRI systems are bridging critical gaps in accessibility and affordability.
The key areas of advancement in patient-centric design are reduced claustrophobia and acoustic noise. Historically, a deterrent for anxious, paediatric, or geriatric patients, Gradient noise is being mitigated through advanced acoustic dampening technologies. With foot-first scans, ergonomic large-bore designs, and ambient lighting, the current MRI systems enhance scan tolerability for a better patient experience, faster scans, and reduced motion-related artifacts–an essential improvement in high-throughput, multispecialty facilities.
Equally important is the rise of intelligent automation using AI. From anatomy-based auto-positioning to protocol optimization for conditions like dementia and stroke, smart software features reduce scan times, minimize technician variability, and enable standardized care across urban and rural centres. Remote smart diagnostics and cloud-based service tools are significantly improving reliability and system uptime.
Environmental and operational sustainability has also taken centre stage. With helium prices rising and supply chains strained, manufacturers are adopting zero-boil-off magnet technologies and energy-efficient system architectures that minimize electrical power requirements. This contributes to a smaller energy footprint and tailors MRI systems for areas with infrastructure constraints in Tier 2 and 3 markets.
One notable example of these converging innovations is the Anamaya 1.5T MRI from 3i MedTech. Being the first Made-in-India MRI, Anamaya integrates soft sound technology for acoustic noise suppression, a zero-boil-off double-shielded magnet design for the highest helium boil-off efficiency, and life cycle cost savings by reducing electrical power bills by 50 percent.
As an advanced technology supported by a trained and experienced local service network, it exemplifies how global technology can be localized for a meaningful healthcare impact. As the industry moves toward AI-enabled preventive imaging and connected diagnostics, advanced, adaptable, and affordable 1.5T MRI platforms like Anamaya are helping to shape the future of diagnostic imaging needs in emerging markets.
Policy push
India’s HealthTech industry stands at a crucial inflection point, calling for a robust policy framework that accelerates innovation while ensuring financial viability and global competitiveness. A key focus of stakeholders is expanding the Production Linked Incentive (PLI) scheme to include a wider array of digital health technologies and indigenous innovations. Strengthening the PLI framework would boost local manufacturing and position India as a resilient, self-reliant HealthTech hub capable of reducing import dependency and exporting to global markets.
Standardization of Goods and Services Tax (GST) rates is another pressing concern for the industry. HealthTech founders advocate for a uniform 12 percent GST rate across all medical devices, health-related software, and digital solutions. Such a move would eliminate inconsistencies that currently create pricing complexities and hinder market access, especially for emerging start-ups trying to scale cost-effectively. Moreover, the call to exempt digital wellness programs from GST reflects the sector’s emphasis on preventive and holistic healthcare, aligning fiscal policy with national health goals.
In tandem, the industry is urging the creation of dedicated corpus funds to support R&D, digital infrastructure, and health AI start-ups, particularly in underserved regions. These funds could be critical lifelines for early-stage ventures working on next-generation technologies such as AI-driven diagnostics, virtual care platforms, and wearable health solutions. Long-term investment in such innovation hubs would foster equitable health outcomes and unlock new economic value in India’s digital health economy.
On the regulatory front, simplifying compliance is essential to catalyzing HealthTech growth. Learning from global models like Finland’s Entries platform, which translates complex health regulations into actionable, start-up-friendly guidance, India can design centralized regulatory support systems. Such tools can drastically reduce time-to-market for HealthTech products, enhance investor confidence, and promote responsible innovation. Regulatory modernization must include faster clearances, streamlined clinical validation processes, and integration with global standards to help Indian start-ups compete globally.
Wearable tech and remote monitoring
Wearable technology and remote patient monitoring are reshaping modern healthcare by enabling continuous, real-time tracking of vital health indicators outside traditional clinical settings. These technologies, which include smartwatches, fitness trackers, biosensors, implantables, and smart clothing, provide data on heart rate, blood pressure, glucose levels, physical activity, and more.
Driven by sensor technology, AI, and wireless connectivity advances, wearable devices support early diagnosis, chronic disease management, preventive care, rehabilitation, and telehealth services. They empower individuals to take a more active role in their health while offering healthcare providers valuable insights for timely, personalized care.
Despite their growing adoption, challenges remain. Data accuracy, usability, digital accessibility, mental well-being, regulatory oversight, and data privacy must be addressed. Vulnerable populations often face barriers to use, and the sheer volume of data can overwhelm users and providers. Concerns over data security and integrating device-generated data into clinical workflows also persist.
Smart hospitals
Smart hospitals represent the next evolution in healthcare infrastructure, driven by the seamless integration of Internet of Things (IoT) devices, AI, and automation technologies. These intelligent care settings harness the power of connected systems to deliver enhanced patient outcomes while streamlining hospital operations and provider workflows. IoT-enabled devices and sensors that continuously collect and transmit real-time data across a highly interconnected network are at the core of smart hospitals. This constant flow of information allows for precise patient monitoring, early detection of complications, and rapid clinical intervention, significantly improving the quality and timeliness of care. AI algorithms then analyze this vast data pool to provide predictive insights, automate routine tasks, and support clinical decision-making, reducing human error and enhancing provider efficiency.
Automation is critical in optimizing hospital operations, from automating administrative workflows to managing inventory and optimizing resource allocation. For instance, smart hospital beds with sensors can detect patient movements and adjust positions to prevent pressure injuries. At the same time, AI-powered ambient listening devices assist clinicians by capturing and documenting patient interactions seamlessly, reducing paperwork burdens. Integrating these technologies fosters a holistic ecosystem where EHRs, medical devices, and healthcare staff operate unison, enabling data-driven personalized care and operational agility. Furthermore, innovative hospital environments utilize advanced digital signage, indoor positioning systems, and voice-activated tools to improve communication and reduce cognitive overload for medical teams.
Looking ahead, the future of smart hospitals will be shaped by advances in AI, such as superintelligence, and the deployment of next-generation wireless technologies like 6G, which promise ultra-low latency and massive device connectivity. These developments will deepen interoperability and data sharing while strengthening cybersecurity measures to protect sensitive patient information. As governments worldwide increase regulatory support and policy frameworks to encourage digital innovation in healthcare, smart hospitals are poised to become sustainable, resilient, and patient-centric ecosystems that redefine care delivery and set new standards for efficiency and quality in healthcare systems globally.
Mental health technology–The new frontier in digital care
The rise of mental health technology transforms how emotional well-being is understood and managed, ushering in a new frontier in digital care. AI-powered applications like Woebot, Wysa, and Youper lead this revolution by offering accessible, personalized, and scalable mental health support. These AI chatbots use advanced techniques such as natural language processing and cognitive behavioral therapy to engage users in real-time conversations, helping them navigate anxiety, depression, and other emotional challenges without the barriers of stigma or geographical limitations.
Beyond chatbots, digital therapy platforms and telepsychiatry services are expanding access to licensed professionals through video and text consultations, bridging gaps, especially in remote and underserved communities. Complementary technologies–including mood-tracking apps, virtual reality exposure therapy, and wearable stress monitors–enable continuous, data-driven care that empowers individuals to control their mental health proactively. Despite these promising advancements, challenges remain, including the need for robust clinical validation, privacy protections, and ethical frameworks to ensure safety and trust.
Nevertheless, as AI and digital tools evolve, they have immense potential to augment traditional therapy, making mental health care more inclusive, responsive, and effective. This fusion of technology and care is not just a trend–it’s a transformative shift toward a future where emotional well-being is supported anytime, anywhere, for everyone.
The MedTech hardware revolution
India is witnessing a profound transformation in its MedTech hardware landscape, driven by a determined push toward local innovation and manufacturing. As the country seeks to reduce its heavy reliance on imported medical devices, the focus on import substitution has gained unprecedented momentum, aligning with the broader national vision of self-reliance under initiatives like Make in India. Domestic manufacturers are stepping up to fill critical gaps by developing cost-effective, high-quality medical devices tailored to the unique needs of Indian healthcare providers and patients. This shift aims to curb the outflow of foreign exchange and addresses pressing challenges such as affordability, accessibility, and medical equipment maintenance across urban and rural settings.
Concurrently, India invests heavily in developing high-end diagnostics technology, including advanced imaging systems, point-of-care testing devices, and AI-enabled diagnostic platforms. These cutting-edge innovations enable earlier disease detection, more accurate treatment planning, and enhanced patient outcomes. The convergence of localized device manufacturing and breakthroughs in diagnostics is catalyzing a MedTech hardware revolution that promises to elevate India’s healthcare infrastructure while nurturing a robust ecosystem of startups, research institutions, and industry leaders committed to innovation, quality, and sustainability. By harnessing homegrown technological capabilities and fostering collaborations across sectors, India is setting the stage to become a global hub for MedTech hardware innovation, delivering value within its borders and across emerging markets worldwide.
Investing in the future
Investing in the future of healthcare technology has become a defining trend in the global investment landscape, with venture capital firms increasingly focusing on innovative HealthTech start-ups. Over the past few years, there has been a noticeable shift in the patterns of health-tech investment, driven by rapid advancements in digital health, AI-powered diagnostics, telemedicine, and personalized medicine. VCs are no longer just funding traditional medical devices or pharmaceuticals; they are actively seeking solutions that promise to transform care delivery, improve patient outcomes, and reduce costs through technology. The rising demand for remote healthcare access, data-driven decision-making, and interoperability across healthcare systems fuels this shift.
As a result, funding rounds have grown, and valuations for promising HealthTech ventures have surged, signalling strong confidence in the sector’s potential. Additionally, investors are broadening their focus beyond early-stage start-ups, including growth-stage companies scaling innovations globally. With healthcare challenges evolving rapidly, the VC community’s strategic capital allocation is steering the HealthTech ecosystem toward a future where technology supports clinicians and empowers patients, making healthcare more accessible, efficient, and personalized. This dynamic investment environment highlights the critical role that capital trends play in accelerating breakthroughs and shaping the future of health innovation.
How India’s tech story aligns internationally
India’s rapid ascent as a healthcare innovation hub is increasingly gaining international relevance, thanks to its robust digital capabilities, growing MedTech sector, and commitment to inclusive health solutions. As global healthcare systems grapple with rising costs, widening access gaps, and mounting workforce pressures, India is emerging as a valuable partner in shaping a more resilient and tech-enabled global ecosystem. From AI-powered diagnostics to cost-effective digital health platforms, India’s healthcare model aligns with international priorities–enhancing access, reducing inefficiencies, and democratizing care.
Collaborations between Indian innovators and global institutions are driving tangible impact. Indian firms collaborate with international research bodies, start-ups, and health systems to co-develop AI-driven tools, wearable technologies, and telemedicine platforms that address real-world health challenges. The country’s leadership in health data platforms and scalable solutions resonates with global trends toward integrated, preventive care. Initiatives such as Ayushman Bharat Digital Mission demonstrate India’s ability to build a large-scale digital health infrastructure, offering insights for countries seeking to expand access and efficiency.
India’s thriving start-up ecosystem also attracts global investment in health-tech, bolstering cross-border innovation. Partnerships with entities like the World Health Organization, leading universities, and international investors reflect a shared vision for ethical, equitable, and tech-enabled care delivery. India’s ability to deliver high-quality healthcare at low cost positions it as a vital contributor to global strategies prioritizing value-based care and universal health coverage.
As the global healthcare landscape transforms through AI, robotics, and digital platforms, India’s inclusive innovation model and regulatory strides can help shape standards for responsible technology deployment. By aligning with international best practices while leveraging its unique strengths, India is solving domestic healthcare challenges and contributing meaningfully to global health resilience.
Bridging the gap between promise and practice
Despite the relentless pace of innovation in health technology, the transition from promising prototypes to widespread clinical adoption remains challenging. This struggle’s heart lies in a complex interplay between market dynamics, technical constraints, and system-level integration barriers. For HeathTech companies and care providers, understanding and navigating these obstacles is critical to translating breakthroughs into tangible, scalable solutions.
Market acceptance continues to be one of the most formidable barriers. Even the most effective technologies often face resistance from healthcare institutions due to concerns about workflow disruption, budget constraints, or unproven ROI. Convincing hospital decision-makers requires more than compelling clinical data – it demands a clear, strategic value proposition that aligns with institutional goals, cost-saving potential, and operational feasibility. Achieving multi-level stakeholder buy-in can be a drawn-out process, often delayed by risk aversion, entrenched systems, and fragmented decision-making hierarchies.
On the technical front, limitations in usability, data accuracy, and robustness can stall adoption. Clinicians operate in high-pressure environments where intuitive interfaces and reliable performance are non-negotiable. Devices or platforms that introduce friction, whether through poor design, insufficient training, or frequent glitches, quickly lose clinical trust.
Moreover, many solutions are developed without adequately accounting for diverse patient populations, resulting in technologies that perform inconsistently across different demographics or care settings. This undermines equity and calls into question the generalizability of product claims.
Way forward
The moment for decisive action has arrived. India’s HealthTech transformation is already underway and is not a distant prospect. With rapid technological progress, supportive government policies such as the NDHM, and rising demand for high-quality healthcare, there is an exceptional investment opportunity. Businesses that align their strategies with leading technology trends and address the unique needs of the Indian market can seize this potential and help shape a healthier future for millions.














