National Resilience | Technology Foresight | Strategic Preparedness
The Sector at a Glance
Disruptive technologies are those that do not merely improve existing systems but alter the way economies produce, states defend and societies function. The sector covered under this tab extends across artificial intelligence and autonomous systems, quantum computing, communication and sensing, advanced semiconductors and photonics, next-generation telecommunications, robotics, additive manufacturing, synthetic biology and biotechnology, advanced materials, space technologies, hypersonics, directed energy, and the convergence of these fields in cyber-physical systems. What unites them is their capacity to create sudden shifts in economic competitiveness and strategic balance.
The scope of this tab is the full research-to-deployment chain for such technologies: foresight and horizon scanning, fundamental and translational research, prototyping and testing, scale-up and manufacturing, standards and regulation, adoption in civil and strategic systems, and the ethical, legal and security frameworks that govern their use. It equally covers the defensive side of disruption, namely understanding how emerging technologies can be used against national infrastructure and institutions, and preparing to counter such use before it materialises.
Why This Sector Is Critical
In each technological era, the nations that originate and own the decisive technologies set the rules, capture the value and hold the strategic advantage, while others become users subject to licensing, export controls and denial. Disruptive technologies are increasingly dual-use; the same advances in artificial intelligence, quantum, biotechnology or space that drive economic growth also reshape surveillance, warfare, cyber operations and critical infrastructure security. A nation that depends on others for these capabilities inherits their vulnerabilities, their backdoors and their political conditions.
This is why the BAP-I mandate treats disruptive technology research as a question of strategic autonomy. The sector depends on deep scientific talent, patient long-horizon funding, advanced fabrication and computing infrastructure, access to critical materials and an ecosystem able to convert research into products; each of these is a point of structural vulnerability where capacity is thin. If Bharat fails to build sovereign capability at the technological frontier, it risks strategic surprise, technological dependency in its most sensitive systems and a permanent position as a rule-taker rather than a rule-shaper in the emerging global order.
The Bharat Context
Bharat brings real strengths to this field: a large and globally respected pool of engineering and scientific talent, a vibrant start-up ecosystem, proven achievements in space and digital public infrastructure, and strong national laboratories in defence, atomic energy and space. Yet investment in research and development has historically been modest relative to the size of the economy, private sector participation in deep research remains limited, and much of the country's best talent has contributed to frontier research abroad. The translation of laboratory results into deployable, manufacturable products, and the availability of advanced fabrication, computing and testing infrastructure, remain persistent gaps.
The policy landscape has shifted decisively in recent years. The National Quantum Mission, the IndiaAI Mission, the India Semiconductor Mission and the National Mission on Interdisciplinary Cyber-Physical Systems target specific frontier domains, while the Anusandhan National Research Foundation is designed to strengthen and steer research funding across institutions. Defence innovation is supported by iDEX and the DRDO Technology Development Fund, the space sector has been opened to private participation through IN-SPACe, and Startup India and the Atal Innovation Mission nurture early-stage innovators. The BioE3 policy extends this approach to biotechnology. What remains missing is a national foresight and coordination architecture that connects these missions, anticipates the security implications of convergence and ensures that research outcomes become sovereign capability; and this is the gap that BAP-I seeks to address through this tab.
Importance of the Sector
Economy
Disruptive technologies are the principal source of future productivity growth and of high-value industries. Leadership in artificial intelligence, semiconductors, quantum, biotechnology and space can create entirely new markets, raise the value addition of existing industries and strengthen Bharat's position in global value chains. Indigenous capability reduces royalty and licensing outflows and the import of high-technology systems, while intellectual property generated domestically becomes a long-term economic asset. It is argued that the economic cost of not participating in frontier technologies is far greater than the cost of investing in them, because the value of these technologies compounds over time for those who own them.
Employment
Frontier technology research creates demand for the most highly skilled professionals in the economy: scientists, research engineers, chip designers, quantum physicists, data scientists, roboticists, materials scientists and bioengineers. Around this core, a much larger body of employment emerges in manufacturing, testing, deployment, maintenance and application development across sectors. The challenge for Bharat lies as much in retaining and attracting talent as in training it; competitive research careers, quality infrastructure and meaningful national missions can turn the country from a source of talent for others into a destination for frontier work.
Entrepreneurship
Deep-tech start-ups are the natural vehicles for converting research into disruptive products, and Bharat's start-up ecosystem has begun to move from consumer services towards hardware, space, drones, semiconductors, biotechnology and artificial intelligence. Such enterprises face long development cycles, high capital needs and uncertain early markets. Patient capital, access to national laboratory facilities, mission-linked procurement, defence innovation challenges and clear regulatory pathways can make the difference between a promising prototype and a sovereign product. The opportunity is considerable; provided that the ecosystem rewards risk-taking in hard technology as much as in software.
Partnership
Frontier research is collaborative by nature and strategic by consequence. The sector requires partnership between academia, national laboratories, strategic agencies and industry; between mission directorates that would otherwise work in silos; and between Bharat and trusted international partners for joint research, talent mobility and secure supply chains. Such partnerships must be structured with clear attention to intellectual property ownership, technology control and research security, so that collaboration builds indigenous capability rather than dependency. BAP-I positions itself as the convening platform where these stakeholders can meet on shared research questions.
Research Focus Possibilities
BAP-I invites original research articles, policy papers, technical reports, diagnostic assessments, case studies and white papers across the following indicative research streams. The list is open-ended; contributions that connect a new question to the resilience objective of this tab are equally welcome.
A. Foresight and Strategic Assessment
- Horizon scanning and technology readiness assessment for artificial intelligence, quantum, biotechnology, advanced materials and space in the Indian context
- Threat assessment of emerging technologies to critical infrastructure, including AI-enabled cyber attacks, drone swarms and quantum risks to encryption
- Mapping Bharat's comparative strengths and capability gaps across frontier technology domains
B. Sovereign Capability and Supply Chains
- Dependencies on foreign compute, chips, cloud, foundation models and critical materials, and pathways to trusted or indigenous alternatives
- Post-quantum cryptography migration planning for government and critical infrastructure systems
- Research infrastructure needs: fabrication facilities, high-performance computing, testbeds and shared national facilities
- Export controls, technology denial regimes and their implications for Bharat's research and industrial plans
C. Translation, Enterprise and Funding
- Bottlenecks in moving frontier research from laboratory to market, and models for translational research institutions
- Effectiveness of mission-mode funding, defence innovation challenges and public procurement in scaling deep-tech start-ups
- Intellectual property, technology transfer and research commercialisation frameworks in national laboratories and universities
D. Governance, Ethics and Human Capital
- Regulatory and standards frameworks for artificial intelligence, autonomous systems and biotechnology that balance innovation and safety
- Research security: protecting sensitive research from espionage, coercion and unauthorised transfer
- Talent pipelines, retention and diaspora engagement for frontier research
- Dual-use governance and the ethics of emerging military and surveillance technologies
Who Can Participate
This tab invites participation from IITs, IISc, IISERs, NITs and research universities, CSIR laboratories, DRDO, ISRO, the Department of Atomic Energy and other strategic research agencies, national mission directorates, deep-tech start-ups and technology industry bodies, venture and strategic investors, standards and regulatory bodies, cyber security and defence analysts, ethicists and legal scholars, policy think tanks, international collaborators and individual researchers with domain expertise. Contributions from practitioners, policymakers and academics carry equal standing within the BAP-I research framework.
The Resilience Objective
Every contribution under this tab must serve one purpose: ensuring that Bharat anticipates, originates and owns the technologies that will define the coming decades, and is never left exposed to strategic surprise. BAP-I treats disruptive technology research as the instrument through which national resilience is extended into the future.
