India’s healthcare landscape is evolving at a rapid pace, and in a thought-provoking episode of the InnoHealth Magazine Podcast, Dr. Soumya Singh engages with Dr. Vishal Arora, the Chief of Business Transformation at Artemis Medicare Services. Dr. Arora passionately advocates for the integration of advanced technologies—such as Artificial Intelligence (AI), Robotic Process Automation (RPA), and 5G—in hospitals to deliver affordable, high-quality care.

Innovative Strategies for Cost-Effective Care

Dr. Arora begins by acknowledging that India is an extremely price-sensitive healthcare market, where patients often expect discounts similar to retail shopping experiences. Despite being only one-tenth the cost of global healthcare standards, Indian hospitals are under immense pressure to deliver quality care affordably.

To address this, hospitals are focusing on cost-saving innovations, such as reducing the length of hospital stays, promoting short-stay and minimally invasive surgeries, and increasing the throughput of patient care.

One significant advancement is the use of AI-powered Clinical Decision Support Systems (CDSS). These tools assist clinicians in predicting potential complications like sepsis, helping in early intervention, reducing the risk of prolonged hospital stays, and improving patient outcomes.

“Pricing and quality never go hand in hand, but with the right strategies, we can balance both,” notes Dr. Arora.

Technologies Driving Better Patient Outcomes

Among the transformative tools in healthcare, Electronic Medical Records (EMRs) stand out as a game-changer. EMRs reduce transcription and interpretation errors by directly connecting a doctor’s prescription to pharmacy and lab systems.

“EMRs have reduced queues, eliminated errors, and saved time for both patients and staff,” he adds.

Dr. Arora also emphasizes real-time feedback systems using QR codes placed throughout the hospital. These allow patients to give feedback instantly, with a guaranteed resolution within 30 minutes.

Another breakthrough is the deployment of 5G-connected ambulances that function as mobile ICUs. In congested urban areas like Delhi NCR, these ambulances allow real-time monitoring and treatment of patients during transit, effectively redefining the golden hour to begin at the point of pickup, not hospital arrival.

The Role of AI and Automation

Artificial Intelligence (AI) is helping hospitals in an end-to-end transformation. On the backend, Robotic Process Automation (RPA) is being used for automated bill submissions to government health schemes like ESI and CGHS, replacing the previously manual, paper-intensive process.

Additionally, AI-driven demand forecasting in supply chain management has significantly reduced inventory holding from 15–20 days to just 8–9 days, freeing up space and reducing costs.

One particularly exciting innovation is dynamic nurse rostering, where AI predicts bed occupancy and accordingly adjusts staffing needs—helping optimize manpower, the second-highest cost in hospitals after infrastructure.

“We can predict demand and dynamically roster nursing staff, ensuring resources are not wasted and improving efficiency,” Dr. Arora explains.

Streamlining Patient Flow and Reducing Wait Times

When asked about patient wait times, Dr. Arora highlights the deployment of self-help kiosks for OP billing and registration, similar to those found in airports. These kiosks drastically cut down queues and allow round-the-clock service without depending on manpower.

The hospital’s upcoming Hospital Information System (HIS) will further streamline patient journeys. For instance, patients will receive a WhatsApp message post-consultation with links to download prescriptions, generate pharmacy bills, or request home delivery—all without having to queue up again.

The same process is being extended to lab and radiology services, where patients can prepay online and bypass all intermediate steps.

“Our goal is to reduce patient wait times and maximize satisfaction through smart integration,” says Dr. Arora.

The hospital is also working on optimizing inpatient discharge times, aiming for 70% of rooms to be vacated before 11 AM. This includes night billing and early TPA approvals, significantly cutting down the discharge process and enhancing the patient satisfaction score (PSAT).

The Future: Tech-Powered, Patient-Centered

Looking ahead, Dr. Arora confidently states that the future of healthcare is centered around “Tech, Tech, Tech.” Technologies like AI, RPA, predictive analytics, and clinical support systems will become foundational elements of hospital management.

However, he also points out that India still lags in technology adoption, heavily relying on manual processes. But with faster adoption, hospitals can become more precise, more profitable, and significantly improve the overall patient experience.

“The more hospitals open their doors to digital transformation, the sooner we will revolutionize healthcare in India,” he emphasizes.

To conclude, technology is no longer a luxury in healthcare—it is a necessity. Whether it’s streamlining operations, improving accuracy, reducing costs, or enhancing patient satisfaction, innovation is the path forward.

Authors Biography

Dr. Vishal Arora is the Chief of Business Transformation at Artemis Medicare Services. He has 14+ years in of experience in healthcare. He specializes in hospital operations and cost optimization. He holds a Bachelor’s in Dental Surgery and a Post Graduate Diploma in Health Management.

The post Innovative Technologies Reshaping Healthcare Delivery in India appeared first on InnoHEALTH magazine.

The winning innovation was presented by Tanjot Singh, founder of the youth-led startup Pranavya. His project focused on developing a bio-based air filtration system designed to offer a sustainable and affordable alternative to conventional HEPA filters. Using layers of washable polyester, cotton, woolen felt, activated charcoal, and UVC technology, the system aims to significantly reduce particulate matter while minimizing plastic waste and carbon footprint. The jury appreciated the clarity of the problem statement and the potential scalability of the solution, while also encouraging further work on disposal and reuse of captured pollutants.

Arokia Raj, a senior nursing officer and India’s first nurse medical device utility patent holder, presented a highly oxygenated aerosol control combo device developed during the COVID-19 pandemic. The innovation integrates oxygen delivery, nebulization, sputum collection, and aerosol containment into a single semi-closed system, aimed at protecting healthcare workers during airborne disease management. The jury recognized the strong clinical insight behind the device and discussed its future potential, while emphasizing the need for further validation, cost analysis, and large-scale deployment studies.

Another notable presentation came from Aarya Deshpande and his team, who introduced an AI-powered brain tumor screening platform capable of classifying MRI scans, segmenting tumors, and generating structured reports. The system aims to reduce diagnostic delays, particularly in underserved areas, by assisting clinicians with faster triage and decision support. While the jury acknowledged the ambition and integration of multiple AI components, they encouraged deeper clinical validation and clearer differentiation between integration and true technological innovation.
From NIT Raipur, Ananya Biswas and Achutananda Biswas presented a wearable soleus muscle pump device designed to improve venous return in individuals who sit for prolonged hours. Targeted at office workers and long-distance travelers, the device aims to reduce discomfort and swelling associated with poor circulation. The jury commended the practical intent but advised caution in making strong clinical claims without robust physiological and trial-based evidence.

The final presentation was delivered by Ganpati K.G. from Kerala, who showcased a prototype of a human-following robot intended to assist elderly individuals by carrying loads such as shopping carts. Built using basic sensors and microcontroller technology, the prototype demonstrated affordability and accessibility, with future plans for AI-based person identification. The jury appreciated the effort and encouraged further development toward real-world usability in crowded environments.
Announcing the results, the jury emphasized that innovation is driven not by age or resources, but by curiosity, perseverance, and the courage to transform ideas into working models. Tanjot Singh was declared the overall winner, while Arokia Raj, Ganpati K.G., Ananya Biswas and Achutananda Biswas and aarya Deshpande’s team (BIT MISFIT) were recognized for their impactful contributions. The session closed with an inspiring message: the future of healthcare innovation is already taking shape, led by young minds willing to challenge the status quo and build solutions that matter.

The post Young Innovators Awards: Showcasing the Next Generation of Healthcare Solutions appeared first on InnoHEALTH magazine.

In the latest episode of the InnoHealth Magazine podcast, host Dr. Soumya Singh sat down with Mr. Sanjay Jain, Founder and CEO of Akhil Systems Pvt. Ltd., to explore the evolving landscape of healthcare IT in India. With over three decades of experience in healthcare digitization, Mr. Jain offered rich insights into the journey of Akhil Systems, the digital transformation of hospitals, and the challenges and opportunities that lie ahead.

A Three-Decade-Long Journey

Founded in 1994, Akhil Systems emerged out of a vision to fill the glaring gaps in healthcare automation. Mr. Jain recalled joining the company as a software developer, eventually becoming its co-leader with Rekha Murthy, his business and life partner. Their commitment to improving healthcare delivery through technology has fueled the company’s success across India and in more than 10 countries globally.

The company’s first major milestone came in 1995 with Mulchand Hospital in North India. This was followed by key partnerships with hospitals like Yashoda and Teerath Ram. An international breakthrough came in 2001 with an implementation project in Saudi Arabia—an experience that exposed Akhil Systems to sophisticated insurance and electronic medical record (EMR) requirements, far ahead of India’s at the time.

Turning Points in Health IT

A critical turning point arrived in 2004 with an ambitious project for STS Apollo Hospital in Dhaka, Bangladesh (now Evercare). The goal was to build a paperless hospital on par with European standards. Mr. Jain proudly shared that for the last 20 years, patients at that facility haven’t carried a single paper prescription—proof of the system’s enduring success.

Challenges of EMR Adoption

Despite technological advancements, EMR adoption remains inconsistent in India. Mr. Jain emphasized that the barrier is rarely technological—it’s often behavioral. Even when hospitals are equipped with capable software, implementation falters due to inadequate planning, insufficient training, and resistance to change among medical staff. He stressed the importance of top-down commitment and continuous support to ensure successful adoption.

“One of the biggest lessons,” Mr. Jain said, “is that mindset matters more than the system. The same EMR works wonders in one hospital and is barely used in another.”

Key Features for Successful Implementation

Akhil Systems developed unique solutions like single-window billing and multilingual pharmacy packaging to streamline patient experiences. These innovations, supported by user-friendly apps and doctor-focused tools, highlight the importance of customizing IT systems to suit local workflows and user needs.

Mr. Jain offered practical advice to hospitals considering a Health Information System (HIS) purchase:

• Start with a clear needs assessment
  
• Involve consultants or expert teams
  
• Focus on patient-centric design
  
• Ensure interoperability and clinical documentation standards
  
• Plan for seamless scalability and integration
  

Data Security: A Growing Concern

With increasing digitization, cybersecurity has become a critical issue. Mr. Jain admitted that this area has often been neglected but is now gaining attention following recent ransomware attacks. He stressed the importance of data encryption, secure communication protocols, regular backups, and robust firewall protections—whether data is stored on-premise or in the cloud.

“Security should be baked into the infrastructure and application from the start,” he warned, highlighting the role of standards like HIPAA, GDPR, and India’s upcoming DPDP Act.

The Future: AI, IoT, and Digital Ecosystems

Looking ahead, Mr. Jain is optimistic. He believes the next five years will be transformative for Indian healthcare, driven by:

• Wider EMR adoption under national initiatives like ABDM
  
• Remote patient monitoring using IoT and wearable devices
  
• AI-powered diagnostics that assist clinicians with early detection
  
• Mobile-first platforms that offer patients real-time access to their data

His company is preparing for this future with “Agastam,” a new cloud-native, microservices-based platform aimed at overcoming traditional EMR adoption challenges.

Final Thoughts

Mr. Jain’s journey is a testament to how passion, persistence, and purpose can drive meaningful change. From a developer to a leader in digital healthcare, his story mirrors India’s own transition from paper-based systems to intelligent, connected healthcare networks.

As he aptly summarized: “Digital transformation in healthcare is no longer optional. It is a necessity—and the time to act is now.”

Authors Biography

Sanjay Jain, Managing Director of Akhil Systems Pvt. Ltd., boasts three decades in healthcare IT. He transformed Akhil systems into a top global provider, implementing HIS in over 450 hospitals and earning multiple industry awards.

The post The Digital Backbone of Modern Healthcare: India’s Health IT Transformation appeared first on InnoHEALTH magazine.

Dr. Virender Sangwan

Dr. Virender Sangwan is renowned ophthalmic surgeon and innovator in stem cell therapy for corneal blindness, with global impact through translational research, surgical innovation, and leadership in vision care advancement was interviewed by Dr. Soumya Singh, Creative Editor of InnoHEALTH Magazine.

Ortho-K, or orthokeratology, is gaining popularity as a non-surgical way to temporarily correct vision. From a clinical and scientific standpoint, how exactly does Ortho-K reshape the cornea, and who can benefit most from this technique?

The Ortho-K is suitable for low myopes, and it essentially mechanically reshapes the cornea during sleep, and the effect lasts temporarily during the day. This way, people who prefer not to wear spectacles or contact lenses during the day find this technique helpful for short periods.

Are there any long-term risks or widespread misconceptions about Ortho-K that you feel the public should be more aware of?

The only small risk is infection, and other than that, it is largely a safe technique. People should understand that it is not a permanent vision correction.

Both LASIK and SMILE are laser-based refractive surgeries. Could you explain the core differences between the two, and under what circumstances one might be preferred over the other?

LASIK means Laser-Assisted In Situ Keratomileusis: it is a type of laser refractive surgery to reshape the cornea for correction of refractive errors like shortsightedness. The SMILE is a type of laser eye surgery to correct refractive errors, and it is a type of LASIK. The SMILE- Small Incision Lenticule Extraction is a minimally invasive and flapless laser surgery. The LASIK can be done using a blade or a non-touch technique like SMILE. There other type of LASIK like PRK or PTK. The technique is decided based on several factors like corneal topography, thickness of the cornea, degree of refractive error or power to be corrected, patient preference etc.

The concept of bionic eyes sounds like science fiction becoming reality. From your vantage point in translational ophthalmic research, how do these devices function, and what potential do they hold for patients with severe visual impairment?

Let us first understand how the eye perceives light or images. The front part of the eye (the Cornea and Lens) collects light and focuses it onto Retina, which in turn sends a signal to the brain via the Optic Nerve. When there is irreversible damage to the retina (retinitis pigmentosa, retinal degeneration, etc) a bionic eye can be useful to partially restore vision. The bionic eye is also known as a prosthesis designed to restore some degree of sight to individuals with severe visual loss. The device consists of external components like a camera and a processor to capture & transmit visual
information. The Argus II retinal prosthesis system is such an example of a bionic eye that has been used to treat individuals with severe retinitis pigmentosa. It includes a camera and an electrode array implanted on the retina.

With your experience bridging clinical practice and research, how do you see artificial intelligence transforming the early detection and diagnosis of diseases like diabetic retinopathy and glaucoma?

The artificial intelligence (AI) in the medical and ophthalmic field is transforming the care, and we are implementing these technologies in our research and patient care quickly. I believe the AI is going to help doctors and patients simplify care and processes.

You’ve spent decades striving to make eye care accessible to underserved populations. What recent advancements in tele-ophthalmology have most effectively extended reach to rural or low-resource communities?

There are few technologies which are helping us to reach the unreachable in rural areas. Yes, using Tele-ophthalmology is one such tool and we are practising it extensively in our daily life. The Dr Shroff’s Charitable Eye Hospital (SCEH) has over 6 secondary center, 125 primary eye care centers in addition tertiary care center in Delhi. We examine over 700,000 patients in OPD, over one million school screenings and perform 78000 surgeries in a year. We have been using technology extensively to make it happen, including tele-ophthalmology and tele-refraction.

Femtosecond laser technology has been a game-changer in both cataract and refractive surgeries. Could you share how this innovation has improved surgical precision and patient outcomes?

The femtosecond laser technology is still evolving and making eye surgery more precise, and not necessarily improved the patient outcome. I think the technology has to improve further to improve patient outcomes yet.

You’ve treated over 800 patients using cultivated limbal stem cells, making it the largest known application of adult stem cell therapy in ophthalmology. What have been the most profound outcomes or challenges from this experience?

I have been using and working with stem cell therapy for corneal blindness from the early 2000s and established for the first time cultivated limbal epithelial transplantation (CLET) and then devised new technique of growing stem cells using the eye as “Petri-dish” and regrow damaged corneal outer layer (called as corneal epithelium). This technique is called SLET-simple limbal epithelial transplantation. We don’t need an expensive laboratory for the SLET, and it is a very cost-effective surgery. There has been a profound effect on patients of using these procedures. We have been able to restore vision in some of my patients who have been blind due to chemical injury for 30-40 years.

Translational research has defined much of your career. How do you see the relationship between lab-based discovery and real-world clinical application evolving in the next decade?

Translational research is the foundation of my 30+ years career, and it continues to define my current work. For this purpose, we have established stem cells research laboratory and also SPCORE- Shroff’s Pandorum Centre for Corneal

Regeneration. We also started a PhD program in translational eye research in collaboration with MAHE- Manipal Academy of Higher Education. We have enrolled five PhD students in this program who are solving actual clinical problems faced by our patients. Therefore, the future lies in translational research to improve patient outcomes.

You’ve worked extensively with institutions like LV Prasad Eye Institute and ORBIS International. What insights have you gained about merging innovation with equitable care, especially in resource-limited settings?

I have always worked in not-for-profit organisations throughout my career. Innovation is the key driver for improving access to healthcare for all, as well as for enhancing clinical outcomes through the participation of all stakeholders in an equitable manner. Technological innovations are more relevant in resource-limited settings. Hence, we have started an innovation centre at L V Prasad Eye Institute in 2013, which was inaugurated by Hon’l APJ Abdul Kallam, then president of India. The centre was named as Centre for Innovation and the program “Engineering the Eye”.

The post Restoring Sight: The Technologies and Ideas Transforming Eye Health appeared first on InnoHEALTH magazine.

In a recent episode of InnoHealth Magazine Podcast, Soumya Singh spoke with Surjeet Thakur, founder and CEO of TrioTree Technologies, about the transformative role technology is playing in healthcare. The conversation highlighted the evolving challenges and opportunities in healthcare accessibility, digitization, and patient care, particularly in India.

The Need for Healthcare Technology in India

Surjeet Thakur’s journey into healthcare technology was rooted in a long-standing passion for both technology and healthcare. With a background in computer science, he initially worked in the IT department of Max Healthcare and later moved to American Hospital Dubai. It was during these years that he began to notice significant gaps in the digitization of healthcare systems, particularly the lack of effective Electronic Medical Record (EMR) systems in India.

The problem was clear: many healthcare systems were still using paper records, which led to inefficiencies, errors, and delays in patient care. Surjeet believed that technology could play a crucial role in solving these problems, not just by automating administrative tasks but also by improving the quality of patient care and access to medical information.

Overcoming Resistance to Change in Healthcare

One of the biggest challenges in the adoption of healthcare technology, as Surjeet pointed out, is the resistance from healthcare professionals, particularly doctors and nurses. For many clinicians, technology is seen as an additional burden rather than a helpful tool.

Surjeet explained that it’s less about the technology itself and more about changing the mindset and behavior of healthcare providers. “Doctors will always remain at the center of healthcare delivery, and this is where the challenge begins,” he said. Convincing medical staff to adopt new systems requires showing them how technology can make their jobs easier by streamlining processes like patient record management and reducing the time spent searching for information.

The key is understanding that technology is not just an IT issue but a healthcare issue. If doctors and nurses are onboarded properly, with a focus on how it will ultimately improve patient care, the transition can be smoother.

The Role of Government in Healthcare Digitalization

India’s government has taken important steps to address some of these challenges through initiatives like the Ayushman Bharat Digital Mission (ABDM). This initiative aims to centralize Electronic Health Records (EHRs), providing healthcare providers with easy access to patient data across the public and private sectors. The goal is to make healthcare more efficient and to improve the overall quality of care.

Surjeet emphasized that the vast size and diversity of India make healthcare digitalization both a challenge and an opportunity. “We need to ensure there is a central repository for all citizens’ EHRs,” he said. With this system in place, the government can gain valuable insights into the health trends of the population, allowing them to allocate resources more effectively and address public health challenges like chronic diseases, mental health, and preventive care.

However, implementing such a system in a country with diverse healthcare facilities, ranging from large private hospitals to smaller rural clinics, requires careful planning and collaboration between the public and private sectors.

Data Security and Privacy: Protecting Patient Information

As more healthcare services move online and patient records become digitized, protecting patient data becomes a critical concern. Surjeet pointed out the importance of both data security and privacy. Data security ensures that patient information is protected from unauthorized access, while privacy ensures that only authorized individuals have access to specific details.

The Indian government has addressed some of these concerns through the Data Protection and Privacy (DPDP) Act, which imposes significant fines on organizations that fail to protect patient data. Surjeet also shared how healthcare technology companies take patient confidentiality seriously, instilling a culture of data protection within their teams.

“We ensure that patient data is secure, and only the right people have access to the right information,” Surjeet explained. “This is crucial not only for compliance but also for maintaining trust in the healthcare system.”

The Potential of AI, Cloud Computing, and Remote Care

As technology continues to evolve, new tools like artificial intelligence (AI) and cloud computing are beginning to play a significant role in healthcare. Surjeet highlighted the growing importance of telemedicine and remote patient care, especially in a country like India, where there is a shortage of skilled healthcare professionals in rural areas.

Telemedicine has been around for decades, but its adoption has increased rapidly in recent years, especially in the wake of the COVID-19 pandemic. With the help of digital tools, patients can now receive consultations from doctors remotely, reducing the need for travel and minimizing waiting times.

Surjeet shared how wearable devices like the Apple Watch are being used to monitor chronic conditions like diabetes. “As a diabetic, I use an Apple Watch to track my vitals, and the data syncs directly with my health record,” he said. This kind of remote monitoring allows for continuous care outside of traditional hospital settings, which can lead to better outcomes and fewer hospital visits.

What’s Next for Healthcare in India?

Looking forward, Surjeet is optimistic about the potential for technology to address India’s healthcare challenges. With a population of over 1.4 billion people, the need for accessible and affordable healthcare is more urgent than ever. While technology alone cannot solve all of India’s healthcare issues, it can certainly play a central role in improving efficiency, reducing costs, and making healthcare more equitable.

Surjeet pointed out that healthcare systems need to evolve from being hospital-centric to patient-centric. “Care has to come out of the hospitals and into the hands of the patients,” he said, emphasizing the role of technology in empowering individuals to manage their own health more effectively.

He also stressed that the future of healthcare in India will depend on leveraging technology to bridge the gap between the country’s diverse healthcare needs and its available infrastructure. By adopting innovations like AI, remote patient care, and centralized EHRs, India can build a more sustainable healthcare system that serves everyone, from urban centers to rural villages.

A Call for Awareness and Collaboration

The conversation with Surjeet Thakur highlights that while there are many challenges in healthcare technology, there are also significant opportunities for improvement. From enhancing data security to making healthcare more accessible through telemedicine and AI, the future of healthcare in India is undoubtedly tied to technology.

The key to success will be continued collaboration between healthcare providers, technology companies, and the government to ensure that digital health solutions are implemented effectively and equitably. As we move forward, it is important to stay aware of the potential benefits that these technologies bring to the table and to embrace the changes that are coming to improve healthcare for all.

Authors Biography

Surjeet Thakur is co-founder and CEO of Trio Tree technologies. He is Passionate Healthcare IT Evangelist having worked in Large Scale Implementations and a thought leader in Healthcare IT ecosystem.

The post How Technology is Shaping the Future of Healthcare: Insights from Surjeet Thakur appeared first on InnoHEALTH magazine.

At the InnoHealth Conference 2024, host Mercilina sat down with Mr. Arun Agarwal, the founder of Janitri, a Bangalore-based health tech company revolutionizing maternal and newborn care. With a focus on critical monitoring during pregnancy, labor, and the neonatal period, Janitri is working to prevent maternal and infant mortality through wearable and AI-enabled technology.

A Mission Rooted in Compassion

“Janitri is a Sanskrit word for ‘mother’,” Arun explained. “Our vision is a world where no mother or baby dies during pregnancy, labor, or the newborn phase.” The startup, now eight years into its journey, has partnered with over 600 hospitals and has already impacted the lives of more than 8,000 mothers, monitoring over 150,000 pregnancies.

Janitri focuses on the critical “first thousand days” — from conception to two years after birth — by enabling real-time monitoring of vital signs through wearable devices. These solutions are designed to assist in both hospital and home settings, ensuring that early decisions can be made based on accurate data.

The Ground Reality: Urban vs. Rural Disparities

When asked about the current state of maternal and infant health in India, Arun highlighted a pressing concern. “India sees about 3 crore births annually, but we have only around 50,000 gynecologists,” he said. This stark mismatch in resources creates a heavy reliance on frontline workers like staff nurses and ASHA workers, especially in rural regions.

Statistically, India’s maternal mortality rate stands at approximately 97 per 100,000 live births, while the infant mortality rate is around 29–30 per 1,000 live births. However, these figures vary widely across states and are notably higher in rural areas, where access to emergency interventions like C-sections is limited. “In urban areas, C-sections are often used to prevent complications. But rural settings don’t have that luxury,” Arun noted.

Bridging the Gap with Technology

To address this disparity, Arun believes technology is the most viable and scalable solution. “We cannot bridge the gap with manpower alone, but we can with tech,” he emphasized. Janitri’s wearable devices monitor vital signs during prenatal, labor, and postpartum phases and assist healthcare workers in making timely decisions.

The Indian government is also stepping in with supportive policies. Programs like the Pradhan Mantri Surakshit Matritva Abhiyan and the integration of tech into public healthcare systems (including RCH, previously known as the Mother-Child Tracking System or MCTS) show promise. Arun expressed optimism about India’s growing focus on medtech innovation, which is being bolstered by favorable regulatory policies and investment in medical device manufacturing.

Looking Ahead

Janitri’s approach is not just about building products — it’s about building trust and empowering frontline workers with tools that enable better outcomes. Arun’s grassroots research, which included visits to over 100 hospitals and consultations with healthcare providers and families, shaped the company’s deep understanding of on-the-ground challenges.

As the conversation concluded, Arun reiterated Janitri’s core belief: “Many of these maternal and neonatal deaths are preventable. It all comes down to timely monitoring and intervention — and that’s exactly what we’re here to enable.”

Composed By

InnoHEALTH magazine digital team

Listen to the full podcast on our YouTube channel: https://www.youtube.com/watch?v=5waUZP09egk&t=1s

The post Transforming Maternal and Infant Healthcare: A Vision from Janitri’s Founder, Arun Agarwal appeared first on InnoHEALTH magazine.

At the InnoHEALTH Conference 2024, Captain Dr. Indira Rani—an esteemed healthcare leader with over 35 years of experience—joined host Mercilina to delve into how India’s nursing workforce is adapting to the rapidly evolving world of Artificial Intelligence (AI) in healthcare.

Dr. Rani, who holds a Doctorate in Health Economics and currently serves as the Chief Nursing Officer at Max Healthcare, brings a unique blend of clinical, academic, and administrative expertise to this transformative discussion.

Technology Meets Compassion in Nursing

Dr. Rani emphasized that while today’s novice nurses entering hospitals are often tech-savvy, their digital fluency is typically limited to smartphones and general-purpose devices—not specialized healthcare technologies.

“In private and government nursing colleges, simulation labs and smart boards are slowly becoming more common,” she said. “But it will still take time before our nursing academics are fully tech-integrated.”

Yet, she stressed an important point: nursing is a human-touch profession. “Technology should enhance, not replace, the essence of nursing—which is care,” she explained.

To strike this balance, Max Healthcare has instituted a rigorous 40-day tech upskilling program for incoming nurses. This training ensures that nurses can confidently use clinical devices and digital platforms while preserving compassionate, patient-centered care.

A Curriculum That Needs to Catch Up

Turning to the educational framework, Dr. Rani shared her concerns regarding India’s nursing curriculum.

Although the Indian Nursing Council (INC) recently introduced a semester-based structure to include modern technology, she noted that AI is still not sufficiently integrated. “When the curriculum was designed, AI hadn’t yet reached its current boom. Today, with robotics and digital platforms entering operation theaters, we need to catch up,” she remarked.

Dr. Rani called for urgent curriculum reforms to incorporate AI, data literacy, and healthcare innovation, ensuring future nurses are not just reactive users but confident co-navigators of evolving healthcare systems.

AI as an Ally, Not a Threat

Contrary to the common fear that AI might replace human roles, Dr. Rani offered a more optimistic perspective.

“Nurses won’t be replaced by AI. Rather, AI will help reduce their burden and improve efficiency,” she said. From managing non-clinical tasks like monitoring IV drips or responding to patient call bells, to preventing documentation errors or ensuring infection control, AI can automate routine duties, giving nurses more time to focus on meaningful patient interactions.

“In the next two to three years, we’ll see a full merge of AI into bedside nursing,” she predicted, emphasizing the need for nurses to learn how to ‘prompt’ AI tools effectively, just like surgeons adapt to robotic assistance in complex procedures.

The Line Between Tech and True AI

Dr. Rani clarified a common misconception: not all hospital technology is AI. For example, intensive care units already use technological tools like hemodynamic monitors, which raise alarms during vital sign drops. However, true AI goes further, aiding in diagnosis, lab analysis, and real-time surgical decisions.

She cited a recent case where AI alerted a neurosurgeon within seconds that a small tumor fragment was still left in the cranium—a reminder of how powerful AI can be in improving patient outcomes when used wisely.

Final Thoughts

While AI is just beginning to enter Indian hospitals, especially at the bedside, leaders like Dr. Indira Rani are already preparing the next generation of nurses to embrace it—not as a replacement, but as a partner in care.

“AI will never take away the human touch,” she concluded. “But when used thoughtfully, it will enhance care, reduce stress, and lead to better patient outcomes.”

Composed By

InnoHEALTH magazine digital team

Listen to the full podcast on our YouTube channel: https://www.youtube.com/watch?v=c49UDQxfd98

The post Are Nurses Ready for AI? What’s Missing in Our Hospitals appeared first on InnoHEALTH magazine.

At the InnoHealth Conference 2024, host Mercilina had the privilege of speaking with Dr. Adil Khan Yusuf Zai, a visionary healthcare entrepreneur reshaping how India approaches patient care. Though trained as a medical doctor, Dr. Adil chose a different path—leveraging technology to create widespread, meaningful impact in the healthcare industry.

From Medicine to Innovation

“I’m a registered medical practitioner,” Dr. Adil began, “but I realized early in med school that my true calling was in technology.” This realization set him on an extraordinary journey, leading him to pursue a master’s degree in health tech innovation and entrepreneurship at Stanford University. After successfully launching and exiting a medical device startup and gaining experience as a product manager in two companies, Dr. Adil is now focused on his dream project: building India’s first healthcare super app.

Addressing Gaps in the Patient Journey

Dr. Adil’s startup aims to provide comprehensive, personalized care that extends beyond hospital walls. “The patient journey doesn’t start at the hospital, nor does it end there,” he explained. Recognizing this, his team is developing a tech platform that curates individualized care plans for patients, offering support before and after surgery or hospitalization.

What sets their solution apart? All services are provided cashlessly through the app—India’s first out-of-hospital care platform to offer this. It’s a bold value proposition aimed at making healthcare more accessible, convenient, and affordable.

India vs. Global Healthcare Systems

Despite studying and working in the U.S., Dr. Adil holds Indian healthcare in high regard. “Trust me, the U.S. healthcare system isn’t as good as you might think,” he stated. “It’s exorbitantly expensive and entirely insurance-dependent.” While India has its own challenges, he believes it is fertile ground for health tech innovation, with abundant problems to solve and immense potential to scale meaningful solutions.

The Role of AI and the Rural-Urban Divide

When asked about integrating AI in healthcare, Dr. Adil pointed out that the technology is still maturing. “AI won’t replace doctors—it should augment them,” he emphasized. Challenges persist, especially with skepticism from both doctors and patients, but he’s optimistic that time and education will ease this transition.

Surprisingly, he also noted that technology adoption in India’s Tier 2 and Tier 3 cities is outpacing urban centers. Thanks to affordable internet access and a hunger for quality healthcare, rural areas are proving to be fertile ground for digital health solutions.

A Vision of the Future

Dr. Adil envisions a future where healthcare returns to its roots—within the home. “A hundred years ago, doctors used to visit homes. I believe we’re heading back in that direction, but powered by technology,” he said. With remote monitoring tools, smart sensors, and predictive AI, the majority of care could soon be delivered in the comfort of one’s own home.

A Message for Aspiring Change-Makers

Dr. Adil ended the conversation with a heartfelt message: “If you’re searching for a purpose, healthcare is soul-fulfilling. People will always need it, and it’s one of the few industries where your work can truly change lives.” He encouraged young innovators to explore the sector and reach out to him on LinkedIn if they’re passionate about making a difference.

Composed By

InnoHEALTH magazine digital team

Listen to the full podcast on our YouTube channel: https://www.youtube.com/watch?v=HVm170r5tEc

The post Reimagining Indian Healthcare: A Conversation with Dr. Adil Khan appeared first on InnoHEALTH magazine.

Shaping the Future of Indian Healthcare: Strategy, Sustainability, and Smart Systems

At the forefront of transforming healthcare delivery in India is a new wave of leadership focused on sustainable systems, strategic innovation, and long-term impact. One such voice is Ankita Agarwal, Vice President of Strategy and Special Projects at Marengo Asia Hospital, whose work is centered on redefining how hospitals operate — not just for today, but for the future.

In a candid exchange at the InnoHEALTH Conference 2024, she shared insights into building resilient healthcare ecosystems, integrating artificial intelligence meaningfully, and bridging the urban-rural divide through collaborative approaches.

Redefining Sustainability in Healthcare

Sustainability in healthcare often brings to mind cost-cutting or eco-friendly practices, but the reality goes much deeper. As Ankita explains, it’s about creating systems that endure and deliver quality care independently. “Sustainability means putting in place the right processes, infrastructure, and skilled staff — so that even if we exit a project, the hospital continues delivering high-quality care on its own,” she said.

This approach includes continuous staff training, implementation of standardized clinical protocols, and alignment with global quality benchmarks such as NABH and JCI. The focus is on enabling partner hospitals to become self-reliant, capable of maintaining high standards without constant external support.

Strategic Pillars for Long-Term Impact

To ensure healthcare facilities can operate efficiently and consistently, strategic planning is anchored around four key areas: people, processes, infrastructure, and technology. This translates into:

• Training medical staff to handle complex procedures with confidence.
• Establishing accreditation through recognized national and international bodies.
• Implementing clinical protocols for consistent and safe patient outcomes.
• Scaling capabilities in specialized areas to meet growing demand.

Equity in Healthcare: Closing the Urban-Rural Divide

One of the most pressing challenges in Indian healthcare is access — especially in rural and underserved regions. Addressing this, Ankita highlighted the importance of private-public collaboration. “We are open to working with government centers and standalone facilities. Through exposure, training, and knowledge transfer, we can help bring equitable healthcare to underserved regions,” she shared.

Rather than creating dependency, the goal is to empower local teams by upskilling staff and building capacity — ensuring improvements are sustainable over time.

AI in Hospitals: A Collaborative Tool

While artificial intelligence is often seen as a disruptor, in the healthcare context, it’s increasingly being embraced as a powerful support system. “Doctors are welcoming AI because it enhances their productivity,” Ankita noted. Whether it’s expediting diagnostic processes or helping manage high patient volumes, AI is proving to be a valuable ally.

“With validated, clinically approved tools, a doctor who used to see 50 patients a day can now manage 80 — without sacrificing quality,” she explained. In a landscape facing a growing disease burden and aging population, AI helps bridge the gap between demand and available expertise.

Looking Ahead: A Scalable, Resilient Vision

The vision is clear — build healthcare systems that are resilient, scalable, and accessible to all. By focusing on sustainable infrastructure, meaningful tech integration, and inclusive training, this approach is setting a new standard for healthcare delivery.

What emerges is a model rooted in empathy, backed by strategy, and driven by the belief that quality healthcare should be a universal standard, not a privilege.

Composed By

InnoHEALTH magazine digital team

Listen to the full podcast on our YouTube channel: https://www.youtube.com/watch?v=pFgmKYmp02o

The post Building a Smarter, Sustainable Future in Healthcare: Insights from Ankita Agarwal appeared first on InnoHEALTH magazine.

Inside the World of Interventional Radiology: A Conversation wi

At the 2024 Conference, we had the privilege of speaking with Dr. Rishabh Jain, an interventional radiologist at Fortis Escorts Heart Institute, New Delhi. In a compelling discussion, Dr. Jain shared insights into his field, the evolution of radiology, and the tech-driven future of modern medicine.

The “Plumbers” of Medicine

Interventional radiologists are often called the “plumbers” of the body — a title Dr. Jain wears proudly. With expertise in opening or closing blood vessels to manage life-threatening conditions, his work ranges from removing clots during strokes to stopping internal bleeding caused by aneurysms or liver disease.

“We open up or close vessels from head to toe,” he explained. Whether it’s aspirating clots in the brain or inserting stents in cirrhotic livers to relieve pressure, interventional radiology offers minimally invasive solutions when other specialties have reached their limits.

A Foundation Built on Rigorous Training

Dr. Jain’s journey began at the All India Institute of Medical Sciences (AIIMS), Delhi, where he laid the groundwork for his medical career. His post-graduate studies in radiology at PGI Chandigarh and a fellowship at the Institute of Liver and Biliary Sciences further specialized his focus.

“These twelve years of grueling work were instrumental in shaping who I am today — not just as a doctor, but as a healthcare leader,” he reflected.

The Tech-Driven Rise of Radiology

Radiology has undergone a radical transformation over the past few decades. “Before the 1990s, it was one of the least preferred branches,” Dr. Jain noted. But with the advent of CT scans, MRIs, and now AI-powered tools, radiology has risen to become one of the most competitive specialties.

Today, top medical graduates are choosing radiology, drawn by its diagnostic power and reliance on advanced technologies. According to Dr. Jain, artificial intelligence is already making significant strides in pattern recognition and streamlining the imaging workflow — especially in high-volume tasks like screening chest X-rays.

The Future of AI in Healthcare

AI isn’t replacing radiologists — it’s enhancing their efficiency. “AI helps us flag abnormalities faster, so radiologists can focus on clinical correlation and faster reporting,” he said. With the ever-increasing demand for imaging, AI is poised to be an essential ally in improving patient outcomes.

Final Thoughts

Dr. Jain’s story serves as inspiration for aspiring healthcare professionals. His passion for innovation, deep commitment to patient care, and vision for tech-integrated medicine exemplify what the future of healthcare looks like — precise, personalized, and powered by collaboration between human expertise and smart technology.

Composed By

InnoHEALTH magazine digital team

Listen to the full podcast on our YouTube channel: https://www.youtube.com/watch?v=Fo4yvpMZMPo

The post Inside the World of Interventional Radiology: A Conversation with Dr. Rishabh Jain appeared first on InnoHEALTH magazine.