·PIB·15 marks·250–350 words

Examine how a whole-of-government approach through the National Quantum Mission, IndiaAI and Genome missions can help India become a technology provider.

In this answer
  1. How the missions create a whole-of-government platform
  2. How this can translate into provider status
  3. Constraints the approach must overcome

At the 85th CSIR Foundation Day (2026), the Minister of Science & Technology held that technological sovereignty is crucial to national sovereignty, and set a goal beyond import substitution — India as a technology provider to the world [1]. That goal is unreachable through single-ministry effort, which is why the mission model matters.

How the missions create a whole-of-government platform

  • National Quantum Mission (Cabinet approval 2023; ₹6,003.65 crore till 2030-31) runs four Thematic Hubs — computing, communication, sensing, materials — pooling DST, academia and industry around shared targets such as 50–1000 qubit machines [2].
  • IndiaAI and India Genome missions extend the same design to compute and biotechnology, making effort cross-ministerial and cross-generational rather than lab-specific [1].
  • Convergence matters because quantum, AI and genomics share talent, compute and fabrication bases.

How this can translate into provider status

  • It shifts India from assembly to the technology layer: in FY 2024-25 electronics imports were about USD 98.6 billion against USD 38.5 billion exports, showing India controls the last step, not the technology inside [3].
  • India Semiconductor Mission (₹76,000 crore; ~₹1.60 lakh crore committed across 6 States) and ISM 2.0, targeting equipment, materials and full-stack Indian design IP, show the correct target [4].
  • The Electronics Components Manufacturing Scheme (2025) similarly moves support to components rather than finished goods [5].

Constraints the approach must overcome

  • India's GERD is about 0.64% of GDP, with private industry funding only 36.4% — against 43.7% from the Centre [6]. Labs therefore lack paying customers, slowing lab-to-market translation.
  • ANRF expects ₹36,000 crore of its ₹50,000 crore (2023-28) from non-government donors — untested against this record [7].

The missions supply direction; incentives must supply money. The RDI Scheme (2025), with a ₹1 lakh crore corpus, low/nil-interest long-tenor finance and a Deep-Tech Fund of Funds anchored by ANRF, addresses exactly this gap [8]. If industry is engaged as a co-creator at the problem-definition stage [1], the whole-of-government model can convert public invention into globally competitive Indian technology.

Sources

  1. 1PIB — CSIR@85 Foundation Day address, 25 Sep 2026technological sovereignty, technology-provider goal, three missions, industry as co-creator
  2. 2PIB — Cabinet approves National Quantum Mission₹6,003.65 crore outlay, qubit target, T-Hubs
  3. 3PIB — India's Electronics LeapFY 2024-25 electronics import and export figures
  4. 4PIB — India Semiconductor Mission 2.0₹76,000 crore framework, approved projects, full-stack design IP
  5. 5PIB — Electronics Components Manufacturing Schemecomponent-layer support, 2025 notification
  6. 6DST — Research & Development Statistics at a Glance 2022-23GERD 0.64% of GDP; sectoral shares of R&D funding
  7. 7PIB — Parliament Question: Aims of Anusandhan National Research Foundation₹50,000 crore corpus, ₹36,000 crore non-government share
  8. 8PIB — Cabinet approves Research, Development and Innovation (RDI) Scheme₹1 lakh crore corpus, low/nil-interest finance, Deep-Tech Fund of Funds

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