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India’s Tech Future: IIT Delhi Hosts Emerging Tech Conference 2025 on AI, Quantum & Cybersecurity

India’s Tech Future: IIT Delhi Hosts Emerging Tech Conference 2025 on AI, Quantum & Cybersecurity

Vision AI India, in collaboration with the Indian Institute of Technology (IIT) Delhi, hosted the Emerging Tech Conference 2025 on October 5 at Dogra Hall. The event brought together top experts from government, academia, and industry to discuss how technologies like Artificial Intelligence (AI), Quantum Computing, Blockchain, and Cybersecurity are shaping the future of India’s innovation ecosystem. Participants explored how these emerging domains can strengthen India’s position as a global technology leader, driving growth, digital inclusion, and national resilience.

I’m writing about this because the way technology is evolving today will define the kind of world we live in tomorrow. Conferences like this are not just academic gatherings — they’re where ideas about AI-driven governance, quantum innovation, and digital trust are turned into national strategies. For India, a country rapidly digitising its governance, education, and enterprise sectors, the discussion around these technologies is timely and necessary. It shows how India is preparing to move beyond consumption to creation — leading in research, innovation, and responsible deployment of next-generation tech.

A platform for dialogue on India’s tech future

The Emerging Tech Conference 2025 served as a collaborative platform to discuss how advanced technologies can transform industries, improve decision-making, and support sustainable growth. Organised by Vision AI India, the conference highlighted the intersection of technology, innovation, and public policy, focusing on how India can use emerging tech to solve real-world challenges.

The event featured panel discussions, keynote sessions, and technical talks led by pioneers in artificial intelligence, cybersecurity, and quantum computing. Representatives from NITI Aayog, MeitY, IITs, and leading tech companies participated in the discussions, offering insights into India’s digital priorities and the policy frameworks needed to sustain innovation.

Key topics discussed included:

  • The role of AI in governance and citizen services
  • The promise and risks of quantum technologies
  • Ensuring cybersecurity in an interconnected world
  • The rise of ethical AI and responsible data use
  • Blockchain for transparent governance and financial systems

AI and governance: redefining public services

One of the major discussions focused on the use of AI in governance, where experts shared examples of how machine learning tools are being used in India to streamline administrative tasks, improve healthcare access, and enhance disaster management systems.

Panelists noted that AI has already begun transforming government processes — from predictive policing and smart city management to digital public service delivery. However, they also highlighted the need for strong ethical and legal frameworks to ensure fairness, accountability, and data privacy.

Speakers from NITI Aayog discussed the upcoming national AI roadmap, which aims to align public policy with responsible innovation, making India a trusted hub for AI development.

Quantum computing: the next frontier

Quantum computing emerged as one of the most talked-about themes at the conference. Experts from IIT Delhi and private research labs explained how quantum systems have the potential to solve problems that are impossible for classical computers — such as complex encryption, molecular simulation, and high-speed data processing.

Dr. Anand Krishnamurthy, a senior researcher in quantum technologies, noted that India is already investing heavily in this field under the National Quantum Mission (NQM). The mission’s goal is to establish quantum research centres and indigenous hardware capabilities by 2030.

He added, “Quantum computing is not just a scientific pursuit anymore; it’s an economic and strategic necessity. The countries that lead in quantum will lead in cybersecurity, defence, and digital innovation.”

Cybersecurity: protecting a digital nation

Given India’s expanding digital infrastructure and growing online population, cybersecurity featured as a core concern at the conference. Experts discussed how cyber threats — from data breaches to ransomware — are becoming increasingly sophisticated, requiring AI-powered defence systems and cross-border cooperation.

Speakers from the Indian Computer Emergency Response Team (CERT-In) stressed the need to train more cybersecurity professionals and integrate cybersecurity education in technical curricula. They also called for public-private collaboration to strengthen the resilience of India’s digital ecosystem.

One session focused on the use of AI for real-time threat detection, demonstrating how machine learning models can identify patterns of intrusion faster than traditional systems. The discussion also touched on cyber ethics and the importance of maintaining citizens’ trust in an age of digital surveillance.

Blockchain and digital trust

Another interesting aspect of the conference was the discussion on Blockchain technology and its potential to bring transparency to governance and financial systems. Experts explained how blockchain is being tested for land record management, supply chain tracking, and public procurement to reduce fraud and increase accountability.

According to delegates, the future of blockchain in India lies in its integration with government services, where decentralised systems can ensure both transparency and efficiency.

Dr. Kavita Sharma, a technology policy expert, said, “Blockchain offers India an opportunity to redefine trust in governance. If implemented correctly, it can eliminate many of the inefficiencies that have historically slowed down public systems.”

India’s innovation ecosystem and global collaboration

The conference also highlighted how India’s start-up ecosystem is becoming an integral part of its technological journey. Start-ups in AI, robotics, data analytics, and quantum computing showcased their solutions during an exhibition held alongside the event.

Industry leaders emphasised the importance of international collaborations to build research capacity and knowledge sharing. With India emerging as a global digital player, cooperation with countries like the US, Japan, and the EU was discussed as a way to accelerate progress in advanced research and product development.

The way forward: responsible innovation

Towards the end of the conference, a joint statement from Vision AI India and IIT Delhi underscored the need for “responsible innovation” — ensuring that technological growth benefits all sections of society. The speakers emphasised that India’s approach to technology should focus not only on competitiveness but also on ethics, inclusivity, and sustainability.

The key recommendations from the conference included:

  • Expanding AI literacy across schools and universities
  • Building public data infrastructure with privacy safeguards
  • Increasing R&D investment in quantum and AI hardware
  • Promoting women and underrepresented groups in tech innovation
  • Encouraging cross-sector partnerships to bridge academia and industry

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NCERT’s New Class 7 Math Book Connects Algebra to India’s Ancient Knowledge

NCERT’s New Class 7 Math Book Connects Algebra to India’s Ancient Knowledge

The new Class 7 Mathematics textbook by NCERT has introduced a refreshing approach by linking modern mathematical concepts such as algebra, fractions, and geometry to their roots in ancient India. The revised book highlights how Indian scholars like Aryabhata, Brahmagupta, and Bhaskaracharya contributed to the early development of algebra and number theory—long before the subject gained global recognition.

I’m writing about this because this change in NCERT’s approach marks an important shift in how students learn and relate to subjects like mathematics. By acknowledging India’s deep scientific and mathematical heritage, the new curriculum not only makes learning more interesting but also instils pride in our ancient traditions. Many students grow up thinking that most modern sciences began in the West, but this update helps balance that view by introducing India’s original contributions to global knowledge. It’s a thoughtful step towards creating culturally aware learners who appreciate both their history and modern scientific progress.

Ancient Roots of Algebra in India

The new NCERT Class 7 book introduces students to the idea that algebra—one of the most fundamental branches of mathematics—was not just a foreign concept. Long before it took shape in medieval Europe, ancient Indian mathematicians had already developed methods for solving equations and dealing with unknown quantities.

Brahmagupta, who lived in the 7th century, is often called the father of algebra. His book Brahmasphutasiddhanta described rules for zero, positive and negative numbers, and quadratic equations—concepts still taught today. Aryabhata and Bhaskaracharya further refined these methods, contributing immensely to global mathematics.

Linking Past Knowledge with Modern Learning

NCERT’s revised mathematics textbook doesn’t merely glorify the past—it uses history to make learning more relatable. Each chapter connects traditional knowledge to modern applications, showing how mathematical thinking evolved over centuries. For example:

  • The chapter on Algebraic Expressions begins with a short note on ancient Indian problem-solving methods.
  • Fractions and Ratios include examples from Indian trade and measurement systems used in earlier times.
  • Geometry is explained through references to ancient Indian temple architecture and town planning.

These real-world examples help students understand that mathematics is not just about formulas—it is a language that has shaped human civilisation.

Why This Approach Matters

This curriculum update is part of the National Education Policy (NEP) 2020’s larger vision to integrate Indian knowledge systems into modern education. The idea is to make learning rooted, practical, and connected to culture. When students see how Indian scholars contributed to what they study today, it helps them feel more confident and engaged.

Moreover, connecting mathematics to Indian history encourages interdisciplinary thinking. It helps children realise that science, art, history, and culture are not isolated subjects—they all influence each other. Teachers have also welcomed this change, saying it allows them to teach in a way that sparks curiosity instead of rote memorisation.

A Step Towards Cultural Awareness in Education

The updated Class 7 book is among the first in a series of NCERT revisions aimed at revamping textbooks across subjects. The focus is on creating a balance between ancient wisdom and contemporary knowledge. By presenting India’s mathematical heritage as part of the world’s shared history, the book promotes respect for intellectual traditions from all regions.

For today’s students, this is more than a history lesson—it’s a reminder that innovation and curiosity are part of India’s DNA. The introduction of such topics at the school level helps nurture a sense of belonging and curiosity among young learners.

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