Is India Ready For A Healthcare Revolution?

We are at the cusp of a healthcare revolution — Artificial Intelligence (AI)-powered tools can use patient histories, genetics and lifestyle data to create precise interventions;  ‘digital twins’,  — with analytical and predictive capabilities — can help simulate treatment outcomes virtually; and tiny robots can inject several drug molecules into cells simultaneously to test their efficacy.

This is Healthcare 5.0 — one of the most important domains of Industry 5.0 — where personalised medicine, intelligent devices and assistive robotics are changing the way patients are cared for.

Industry 5.0, or the fifth stage of the Industrial Revolution, is marked by a combination of human imagination and expertise with advanced technologies such as artificial intelligence, robotics and the Internet of Things (IoT).

While previous industrial revolutions have focused on technology to increase output and drive efficiency — including mechanisation through steam and power, computers and automation, and big data analytics — the advances have often compromised the well-being of the workers and environmental sustainability.

In 2024, the global Industry 5.0 market was valued at USD 66.29 billion and is projected to skyrocket to USD 2.28 trillion by 2037. This suggests there’s vast potential in sectors such as healthcare through innovative advancements.

India, with its unique challenges such as limited access to quality care, shortage of healthcare professionals and lack of affordable solutions, can benefit immensely from healthcare 5.0 — from enabling telemedicine in rural areas to fostering personalised medicine for diverse genetic profiles.

The country will, however, need to be prepared for this transition.

Human-centric approach 

Artificial intelligence is significantly enhancing the accuracy and efficiency of medical devices by automating tasks, improving quality control and optimising manufacturing processes. For instance, tailor-made implants and devices are revolutionising trauma care and orthopedics, with patient-specific designs reducing recovery times and improving outcomes.

Machine learning techniques are enabling intelligent wearable devices to monitor vital signs such as heart rate, blood pressure and predict potential health issues, thus empowering preventive care.

Assistive robotics help healthcare professionals in surgeries, patient rehabilitation and administrative tasks. AI-driven platforms are also enhancing hospital management systems, streamlining patient care and providing real-time data analysis.

Despite these advancements, challenges remain.

These include data privacy, interoperability — a characteristic of a product or system to work with other products or systems —  and the integration of legacy systems into new technologies.

Many healthcare organisations across the world still use old computer systems that cannot easily share information with newer technologies. These outdated systems create isolated data pockets, making it hard for doctors, nurses and other healthcare professionals to access and share patient information quickly.

Upgrading to modern systems is difficult because of the expense involved and people’s resistance to change. For instance, the National Health Service staff in the UK are facing challenges everyday because of outdated technology.

Push for innovation

India has made considerable progress in adopting Industry 4.0 technologies across various sectors, including healthcare. Automation, IoT-enabled medical devices and telemedicine platforms have become increasingly prevalent.

However, Industry 5.0 requires a more nuanced and human-centric approach that leverages these advancements while addressing gaps such as infrastructure, policy frameworks and workforce training.

As part of Industry 4.0, the Indian government has taken a proactive stance to promote digital health through initiatives such as the Ayushman Bharat Digital Mission. Launched in 2021, it aims to establish a digital health ecosystem with electronic health records, teleconsultations and a unique health ID for each citizen.

The National Health Policy, 2017, also focuses on technology integration to improve healthcare delivery. However, transitioning to Industry 5.0 requires policies that focus on research and development incentives such as encouraging innovation in AI, robotics and personalised medicine through grants and tax benefits.

Data privacy laws such as the Digital Personal Data Protection Bill need strengthening to ensure secure and ethical use of patient data. Collaboration with academic institutions to train healthcare professionals and technicians in advanced technologies can also help ease the transition.

But India’s current policy framework remains more aligned with the Industry 4.0 paradigm, emphasising digitisation and automation rather than collaborative intelligence and personalisation.

Besides, the country’s healthcare sector has disparities across regions, and specifically so between urban and rural areas, that compound the challenges of transition. Private hospitals in metropolitan cities adopt smart devices and AI systems rather rapidly, whereas rural healthcare centres do not even have the basic infrastructure such as guaranteed internet connectivity.

Making Industry 5.0 successful requires expanding digital infrastructure through high-speed internet access and IoT-enabled systems in rural healthcare facilities.

There is also a need to develop standards for seamless integration of new technologies with existing systems. Public-private partnerships that help build AI-enabled hospitals with robotic surgical systems, wearable tech and real-time data monitoring should be encouraged.

Bridging the divide

India’s vibrant startup ecosystems hold wide scope for driving innovation in Industry 5.0.

Companies such as Tricog and Qure.ai are already using AI for diagnostic solutions. Others are looking to develop wearable health monitoring devices and assistive robotics.

For that to be sustained, the government and private sector can provide funding support by facilitating access to venture capital and grants for startups focusing on Industry 5.0 technologies.

One of the bigger challenges of introducing Industry 5.0, however, will be workforce preparedness. While Industry 4.0 relies on training to work around automated systems, Industry 5.0 has a more high-level requirement on collaboration between man and machine.

This means upskilling healthcare professionals by offering specialised training in AI, machine learning and robotics to doctors, nurses and technicians.

Guidelines for the ethical use of AI in decision-making, ensuring transparency and maintaining patient trust also need to be established.

India’s readiness for Industry 5.0 in healthcare lies at the intersection of policy reform, infrastructure development and workforce training.

The focus should be on bridging the divide in access to advanced technologies, strengthening data security through robust laws that ensure data protection and prevent misuse, and collaboration with cross-sector partnerships aimed at innovation and scalability.

With the right mix of policy support, investment and innovation, India can become a global leader in Industry 5.0 healthcare by leveraging its growing digital ecosystem and skilled workforce.

The journey will be complex, but the potential benefits – from personalized patient care to reduced healthcare costs – make it a goal worth pursuing.

(Published under Creative Commons from 360info™. Read the original article here)