India’s Deep Tech Revolution: $200 Million Blockchain Fund Drives Healthcare Innovation. Discover how India’s leading deep tech firm, funded by Polygon’s co-founder, is changing biomedical research and healthcare with a $200 million blockchain program.

The Indian deep tech startup has been breaking ground on blockchain care, bringing in $200 million for biomedical research and healthcare companies.

The collective unites the creators of Polygon, including Sandeep Nailwal. It has invested $90 million in this cause, which will prove beneficial for healthcare innovation, biomedical research, and climate adaptation.

Changed and is changing the Indian health sector at an ever-increasing pace. Advanced technologies need to be coupled with quality, affordability, and easy access. Deep technology startups directly support value addition to healthcare.

Blockchain-for-impact (BFI) was born as a result, and $200 million was set aside to fund other initiatives. The money will be used to expand healthcare enterprises and biological research. BFI was founded by Sandeep Nailwal, a co-founder of Polygon.

In 2021, Nailwal established BFI, which was previously referred to as the Crypto Relief Fund. By Nailwal. It has more than $90 million dedicated to biomedical research, health innovation, and climate resilience.

Advancement of Deep Technology in the Indian Healthcare Sector

Medical devices, networking through the Internet of Medical Things (IOMT) and blockchain technologies, along with robotics, are what deep tech companies are known to incorporate into their systems.

They utilize machine learning and AI widely in different frameworks of healthcare while simultaneously appearing to solve very complicated issues. No doubt, such new technologies facilitate the modern processes of patient monitoring, diagnosis, and treatment much more easily now. And most importantly, in India, this population is indeed vast and still craves quality healthcare service at present.

Fostering Change in Healthcare

Startups want to make high-quality medical solutions available to everyone. They use deep tech to improve patient experiences and clinical results.

Diagnostics Driven by AI

Both time and money might be wasted on traditional tests. Real-time analysis of medical records and scans using AI-driven algorithms to provide quicker and more precise diagnoses. In addition to helping physicians make well-informed judgments, the technology dramatically lowers human error.

Wearable, Intelligent health monitors

Wearables with Internet of Medical Things feature tracking vital signs like blood pressure, oxygen levels, and heart rate all the time. These gadgets help with preventive care. They offer immediate health information and notify physicians and patients about possible health threats.

Blockchain Technology to Protect Health Information

Blockchain technology ensures safe and unchangeable medical records. The growing worries around data privacy make this crucial. Patients have discretion over who accesses their health info, thereby facilitating better collaboration between hospitals, physicians, and insurance providers somehow.

Monitoring Patients Remotely and Telemedicine

The goal of the cutting-edge telehealth system is to close the gap in healthcare between urban and rural locations. AI chatbots and video charts help patients get real-time health monitoring. They can access digital medications and talk to professionals from anywhere.

Robotics is Surgery and Rehab

AI-powered rehab tools and robot-assisted surgeries help patients recover faster. They use personalized treatment to boost accuracy and efficiency.

Impact on the Ecosystem of Healthcare

Many people have benefited from these advancements. They have improved diagnosis. Cut hospital wait y-times, and made healthcare more accessible.

The Giving Block, a nonprofit focused on philanthropy, recently reported on charity trends. They found that the market’s growth, clearer regulations, and increased cryptocurrency donations by non-profits led to the charity’s rapid growth. In 2025, donations exceeded $1 billion.

Over 70% of top charities in the United States accept cryptocurrency payments, research shows. BFI will build on this confidence; it will use blockchain technology to ensure money goes toward results in areas like medical care and climate change.

The SELCO Foundation sought to solarize more than 25,000 medical facilities. BFI had already donated $6 million to this effort. Additionally, it has allotted $68 million for COVID-19 relief activities.

Future Prospects for Indian Healthcare Startups: How AI will Transform the Sector by 2030

To begin: A notable shift is taking place in India’s healthcare system. Healthcare entrepreneurs in India are paving the way for a healthier future. They blend cutting-edge technology with creative business strategies and artificial intelligence (AI). As 2030 approaches, these businesses are transforming healthcare. They are also creating many new opportunities, especially in the AI sector.

How Many Indian Health Startups Exist?

India has more than 2000 healthcare startups, including telemedicine, diagnostics, and AI-powered solutions. Telemedicine, AI, and diagnostics are some of the few healthcare fields in which India has over two thousand startups. An estimated 40% more healthcare businesses are being created each year.

What AI is used in healthcare?

There are several ways AI is implemented to transform the healthcare sector. AI is used in the healthcare sector for the following purposes:

Machine Learning (ML) helps in several ways. It finds trends in medical data, predicts how diseases will progress, and customizes treatment plans for patients.

Natural Language Processing (NPL) analyzes clinical data, doctor-patient talks, and medical literature. It supports decision-making and reduces mistakes.

Overview of AI Healthcare

• The use of artificial intelligence (AI) has initiated change in India’s healthcare industry. AI is being integrated into many processes by startups, which include:
• Repetitive responsibilities such as patient maintenance and billing can be managed through robotic process automation (RPA), thus relieving nurses and doctors of dealing.
• Computer vision, which aids in radiologic diagnosis, interprets medical photographs such as MRIs and x-rays

Comparatively:

In terms of AI startups, the US leads the world.

Is AI the medical field’s future?

AI is not just the way of the future in healthcare: it is now here. As we near the year 2030, we can only expect AI’s role in healthcare to contribute more. AI makes healthcare more efficient, automated, and accessible, alongside improving individual patient results and disease management costs from a centralized approach and through predictive analysis.

• AI’s main advantages in healthcare.
• Increased precision in diagnosis.
• Planning for therapy more quickly and effectively.
• Better results for patients.
• Individualized healthcare and therapy.

Which industry will grow the most in India by 2030?

The Indian economy will witness rapid growth in some sectors. By 2030, technology and healthcare will ostensibly become gigantic money spinners for India’s economy. Demand for reasonably priced healthcare grows rapidly as the population surges upward.

Here are your urgent questions on healthcare, AI, and India’s startup scene, clearly laid out:

1. How many Indian health startups exist?

India has 7,000-8,000+ healthcare firms (and counting), making it a health tech powerhouse! India is now the world leader in health IT innovation. This is thanks to cheap technology, increased digital use after COVID, and programs like Ayushman Bharat.

2. What Kind of AI is Employed in Medical Care?

AI is revolutionizing healthcare by:

• Diagnostic AI: Prompt identification of diseases (e.g., cancer scans).
• Forecasting: patient risks and epidemics using predictive analytics
• NLP: Streamlining chatbots and medical records.
• Robotic Surgery: Operations Driven by Precision.
• Discovery: More affordable, quicker R&D.

Customized treatment programs are known as personalized care.