Respected PM MODI SIR Me: BE(Mech)'64,MBA(XLRI, JAMSHEDPUR)'82, stood 5th n almostCOST Account n retired CHAIRMAN n MD of Govt Co. with 72 units n 18000 people Sir my prayer is to spread with youth my U-tube 95 episodes @successsauceninterviewtorp786, to drive them out of mobile. I need your kind help to spread to youth how to avoid poison of mobile

Artificial Intelligence and Semi Conductor both are important for the country and for the nation with ChatGpt to. Take a supposition like if I found and extracted Original Nasim Kutchi Cybersecurity Portal file. Than we should think that AI and Cht Gpt can guide us in the right path to increase our knowledge and work us smartly accordingly. Open/Download the secure Access Portal. on your Computer. 1. Download the HTML file. 2. Double -click it. 3. It will open in chrome/Edge 4. Enter:- Username:- .............. Password ;- ..................... 5. Click Verify & Activate. This is the Original browser demonastration portal, not an externally hosted government portal. The saved file confirms that the cerednentials are embedded in the demonstration itself. There are many things which can be done by this technologies of AI ( Artificial Intelligence) and Semi Conductor but for the National Securities very important things is not possible to be brought forward

The intersection of Artificial Intelligence (AI) and semiconductor technology is driving a powerful, bidirectional feedback loop that is fundamentally reshaping the global technology landscape. AI is no longer just a workload running on silicon; it is actively transforming how chips are conceptualized, manufactured, and deployed, while advanced hardware architectures are unlocking previously impossible AI capabilities.

AI and semiconductor technologies are becoming the foundation of the next generation of innovation. Their combination can create smarter, faster and more affordable solutions for society. Semiconductors provide the computing power needed for AI, while AI can make semiconductor design and manufacturing more efficient. Together, they can lead to new possibilities such as AI-powered healthcare devices, smart agriculture systems, autonomous vehicles, intelligent robots, advanced defence technologies and energy-efficient data centres. India can also use this opportunity to build a strong domestic semiconductor and AI ecosystem. By encouraging research, supporting startups, developing skilled youth and investing in semiconductor manufacturing, India can reduce dependence on imported technology and create high-value employment. One important opportunity is developing low-cost AI chips designed for Indian needs, including agriculture, healthcare, education and public services. AI-enabled

Hon’ble Prime Minister Sir, I would like to suggest an idea for AI and Semiconductors: “AI for Every Indian, Chips Made for India.” India should not only become a user of AI but also a creator of AI solutions and semiconductor technology. We can encourage students, startups and innovators in smaller cities and villages to build Indian-language AI tools for farmers, teachers, healthcare workers and small businesses. At the same time, practical semiconductor education and chip-design labs can be introduced in colleges so that young Indians learn to design the technology behind tomorrow’s AI. If India develops the intelligence and the chips behind it, we will not just participate in the future—we will help build it.

This design doc is AI based and I tried to generate the design for militery grade, highely secure, inti-jamming and low power comsumption based. This chipset can be used in war field communication instruments.

My Views on Artificial Intelligence and Semiconductors Artificial Intelligence and semiconductors are two technologies that I believe will play a very important role in shaping the future. Even though most of us may not see semiconductors directly in our daily lives, they are present in almost everything we use — smartphones, laptops, cars, medical equipment, communication systems and many other devices. AI, on the other hand, is becoming a part of how we study, work, communicate and solve problems. What interests me most is what can happen when AI and semiconductor technology develop together. AI requires a huge amount of computing power, and semiconductors are at the heart of that computing power. As AI becomes more advanced, there will be a need for faster, smaller, more energy-efficient and more specialised chips. At the same time, AI can also help in designing and improving those very chips. This creates an interesting cycle where AI can help develop better semiconductors,

For seminconductor product. I believe we should also start to manufacture the consumables part of Integrated circuits. That will reduce the price of electronics toys and gaming devices being manufactured in India. AI integration should be defacto design principle of IC design. IC shoud have capabilities to be integrated with any AI tools/agents/skills in future. Rather making complex design, we should have modular design, so same chipset can be use for multiple purposes. Security of data being processed by chipset for military grade products should have highest security standard support. To create more eco-system for design, we should emphasize the vocational eduction for IC design and validation.

My Views on Artificial Intelligence and Semiconductors Artificial Intelligence and semiconductors are two technologies that I believe will play a very important role in shaping the future. Even though most of us may not see semiconductors directly in our daily lives, they are present in almost everything we use — smartphones, laptops, cars, medical equipment, communication systems and many other devices. AI, on the other hand, is becoming a part of how we study, work, communicate and solve problems. What interests me most is what can happen when AI and semiconductor technology develop together. AI requires a huge amount of computing power, and semiconductors are at the heart of that computing power. As AI becomes more advanced, there will be a need for faster, smaller, more energy-efficient and more specialised chips. At the same time, AI can also help in designing and improving those very chips. This creates an interesting cycle where AI can help develop better semiconductors,

Title: AI-Enabled Semiconductor Chips for Real-Time Geospatial Intelligence I propose developing indigenous AI-enabled edge semiconductor chips for real-time processing of satellite, drone, GIS and field-sensor data. Such chips can process data directly on drones and portable devices, reducing dependence on cloud computing, high-speed internet and lengthy data transfer. AI-powered edge devices could identify land-use changes, geological structures, mineral alteration zones, water bodies, vegetation stress, landslides and infrastructure features during surveys. This can support mineral exploration, groundwater management, agriculture, disaster response, environmental monitoring, mining and urban planning. India can promote collaboration among semiconductor manufacturers, ISRO, research institutions, drone companies and geospatial startups to develop low-power indigenous AI chips. This will strengthen Make in India, technological self-reliance and sustainable resource management.