Explore How Supercomputing Is Strengthening India’s Flood Early Warning System! In episode 57 of Digital India #AskOurExperts, experts Upasana Datta, Scientist F, HPC-ESEG, C-DAC Pune and Mohammad Faiz Syed, Director, Flood Control Application, Central Water Commission explain how the C-Flood portal uses supercomputing to forecast flood inundation up to 48 hours ahead, supporting timely decisions and disaster preparedness. Watch now: youtube.com/live/N8v70ZFiC90… #DigitalIndia #FloodEarlyWarning #DisasterManagement

Can you consult a doctor without stepping out of your home? eSanjeevani is making it possible! In the 56th episode of Digital India #AskOurExperts, Shri Madhukar Kumar Bhagat, Joint Secretary (eHealth), MoHFW, explains how India’s national telemedicine service is transforming healthcare with AI-supported clinical assistance, secure consultations and improved access to doctors. With 50 crore teleconsultations achieved, discover how technology is bringing healthcare closer to citizens. Watch now: youtube.com/live/8BAhU6twK_s… #DigitalIndia #eSanjeevani #Telemedicine #DigitalHealth

Watch the latest episode of Digital India #AskOurExperts that explored how Permissioned Blockchain enhances digital trust and security in government services. Expert Dr. PR Lakshmi Eswari, Scientist G, CDAC explained its use in education credentials, stamp paper cycles, and secure mobile voting. By creating a tamper-proof, time-sequenced ledger, the technology strengthens data integrity and privacy while enabling secure cross-departmental collaboration, all while remaining seamless for the end citizen. 🔗 youtube.com/live/bChGQyfsduI… #blockchain #trustedAI @cdacindia @PMOIndia @PIB_India @airnewsalerts @mygovindia @DDNewslive @OfficialINDIAai

“India is home to long-established packaging companies and major global R&D and design centers. Turning this potential into sustainable success will require more than individual investments. It will require supportive and predictable government policies, continued workforce development, world-class infrastructure, and innovation in both technology and manufacturing processes. Above all, it will require long-term strategic partnerships, as many of my colleagues have already mentioned earlier, among companies, government, and academia to develop the semiconductor ecosystem. Government, industry, universities, research institutes, customers, and suppliers each hold part of the answer. Collaboration that brings these strengths together will help accelerate innovation, build technological expertise, and develop a resilient local supply chain. No single company or institution can build a future-proof semiconductor ecosystem alone. India's opportunity also extends beyond chip manufacturing.” - Wayne Allan, Chief Strategic Sourcing and Procurement Officer, ASML Watch Live - youtube.com/live/FnK4aZN8GSE… #SEMICONIndia #DigitalIndia @PMOIndia @narendramodi @AshwiniVaishnaw @JitinPrasada @SemiconIndia @SEMIIndia @ASMLcompany

“As an industry, we are at a very critical moment. AI is driving a new wave of innovation and it's creating tremendous opportunities for growth, and it's across all aspects of the value chain. This year's theme, Silicon to Systems, captures the scale of the opportunity and the importance of advancing engineering, manufacturing, supply chain, and talent together, and could not have come at a better time. First about Lam Research in India. We've been here for more than 25 years, and India's played an increasingly critical role for our company in terms of both innovation and operations. What began as a small engineering center is now grown to a full-scale advanced R&D center that spans all aspects of what we do as a company. Today, our India Center for Excellence supports customers globally from here, not only in providing design solutions, but also in helping testing, validation, and next-generation technology development. We are here talking about semiconductor vectors and obviously all the bearings with silicon. Few people may know that while silicon is what the chips are made on, it's actually also a critical part of the equipment that's used to build chips.” - Sesha Varadarajan, Executive VP, COO, Lam Research Watch Live - youtube.com/live/FnK4aZN8GSE… #SEMICONIndia #DigitalIndia @PMOIndia @narendramodi @AshwiniVaishnaw @JitinPrasada @SemiconIndia @SEMIIndia @lamresearch

“Artificial intelligence has one defining challenge: far more computing power using far less energy. That demands more powerful, more energy-efficient chips. Applied Materials' technologies are foundational to how these chips are made. To solve this big challenge, we must innovate how we innovate. Traditional sequential development takes too long, and no one company can do it alone. We need a new, parallel model, enabling high-velocity innovation and high-volume manufacturing. This requires equipment makers, customers, suppliers, and universities to work as one unit. India has the talent base to lead this model if we continue to inspire it, develop it, and connect it to the advanced technology labs and training. Today, we are announcing Applied Materials India Vision 2035, a $5 billion US dollar investment for the next decade to accelerate and integrate India's semiconductor ecosystem.” - Dr. Prabhu Raja, SPG Applied Materials Watch Live - youtube.com/live/FnK4aZN8GSE… #SEMICONIndia #DigitalIndia @PMOIndia @narendramodi @AshwiniVaishnaw @JitinPrasada @SemiconIndia @SEMIIndia

“We are all united by one shared aspiration: to build the next generation of the semiconductor ecosystem that will power the next decade of technology. Before we talk more about where the industry is headed, let me say a word about where we come from. @Merck is a global science and technology company today. We started out as a pharmacy in 1668 and just celebrated, actually two weeks ago, our 358th anniversary. So, lots of history, in fact. By the way, that was around the same time the Taj Mahal was built. Today, we operate three business sectors: Electronics, which is why we're here today, Healthcare, and also a Life Science business. We're proud to have been a partner to India for nearly 60 years. Today, that means more than 4,500 employees and associates operate across several manufacturing sites, offices, and R&D labs across the country. Our long heritage has carried us through the introduction of many new technology eras. So, that's exactly what we witness today as we enter the AI era.” - Benjamin Hein, CEO, Merck KGaA Watch Live - youtube.com/live/FnK4aZN8GSE… #SEMICONIndia #DigitalIndia @PMOIndia @narendramodi @AshwiniVaishnaw @JitinPrasada @SemiconIndia @SEMIIndia

“India's semiconductor ecosystem is growing based on the strong support by Prime Minister Modi's government and effort of private companies. Under such circumstances, @TokyoElectron_J want to contribute to the #semiconductor industry in India utilizing our expertise such as largest installed base in the world and largest patent in the semiconductor equipment industry. In particular, developing semiconductor talent including future of engineers and equipment engineers is critically important for the sustainable growth of the industry in India. That's why in partnership with the Government of Japan, Tokyo Electron plan to establish a training center in Gujarat next year. Thank you." - Toshiki Kawai, Tokyo Electron Watch Live - youtube.com/live/FnK4aZN8GSE… #SEMICONIndia #DigitalIndia @PMOIndia @narendramodi @AshwiniVaishnaw @JitinPrasada @SemiconIndia @SEMIIndia

“Today, on this blessed occasion, across India, we celebrate Vishwakarma Puja in honor of the divine architect, Lord Vishwakarma. It is a beautiful coincidence that we celebrate the architect of New India, our Honorable Prime Minister, whose vision and leadership have laid the foundation of India's rise as an electronics nation. Five years ago, India Semiconductor Mission was formed. Today, there are four factories which are under different stages of completion, and we are already exporting Made in India chips to customers globally. Honorable Prime Minister, yeh sab dhara ki pehli dhara, manufacturing power ka sashakt parinam hai.” - Dr. Randhir Thakur, CEO & MD, TATA Electronics Watch Live - youtube.com/live/FnK4aZN8GSE… #SEMICONIndia #DigitalIndia @PMOIndia @narendramodi @AshwiniVaishnaw @JitinPrasada @SemiconIndia @SEMIIndia @TataElectronics

“Prime Minister, thank you for your commitment to strengthening India's semiconductor ecosystem and for bringing together industry, government, academia, and innovations from across the country and around the world. India's semiconductor story is entering an exciting new chapter. The country's economic growth, technological capabilities, and industrial ambitions are creating great opportunities. Companies are investing in digitalization, electrification, automation, and new business models that will shape the industries of the future. For Infineon, India is a market of tremendous importance. Today, we work with more than 1,200 customers across the country, ranging from startups to some of India's largest and most successful companies. What impresses me most is the pace of progress across the Indian ecosystem. Across many sectors, India is creating solutions for its own market while increasingly contributing to innovation on a global scale. @Infineon has been present in India for more than 25 years, and our commitment continues to grow. Today, more than 2,800 employees across locations such as Ahmedabad, Bengaluru, and Hyderabad contribute to global technology development and support customers around the world.” - Jochan Hanebeck, CEO, Infineon Technologies Watch Live - youtube.com/live/FnK4aZN8GSE… #SEMICONIndia #DigitalIndia @PMOIndia @narendramodi @AshwiniVaishnaw @JitinPrasada @SemiconIndia @SEMIIndia

"Potential does not ship products. What I see in India today is execution. @MicronTech has been here for seven years. We employ more than 7,000 people in India directly and our work supports tens of thousands more jobs across the value chain. Let me tell you why this matters far beyond our company. AI is the defining technology of our time, and AI begins with data. There is no model without data, and data cannot move, scale, or turn into an answer without memory and storage. Every time a model gets bigger, the demand for memory gets even bigger. The world is going to need memory that is faster, denser, and far more efficient in power, and Micron builds that memory. Earlier this year, we began commercial production at Sanand. It is the first semiconductor assembly and test facility here in India and the first project under the India Semiconductor Mission. Finished DRAM and NAND products are now leaving Gujarat for customers around the world. Carrying a label this country has waited a long time to put on a memory chip: Made in India." - Sanjay Mehrotra, CEO, Micron Watch Live - youtube.com/live/FnK4aZN8GSE… #SEMICONIndia2026 #DigitalIndia @PMOIndia @narendramodi @AshwiniVaishnaw @JitinPrasada @SemiconIndia @SEMIIndia

“I have a confession. Last year at this Semicon, I said this industry is growing so rapidly, it would be 1 trillion by 2030. I was wrong. Actually, we already crossed 1 trillion end of last year. We'll be 2 trillion by 2030. And after all, we talked about the exponential of growth, Modi ji's exponential of growth. So, why not everybody is listening? So, the industry is listening. Last year was a remarkable year.” - Ajit Manocha, President and CEO, SEMI Watch Live - youtube.com/live/FnK4aZN8GSE… #SEMICONIndia #DigitalIndia @PMOIndia @narendramodi @AshwiniVaishnaw @JitinPrasada @SemiconIndia @SEMIIndia