Skip to main content
Loading page, please wait…
HomeCurrent AffairsEditorialsGovt SchemesLearning ResourcesUPSC SyllabusPricingAboutUPSC AI ToolsUPSC AI ToolAI for UPSCUPSC ChatGPT

© 2026 Vaidra. All rights reserved.

PrivacyTerms
Vaidra Logo
Vaidra

Top 7 items + smart groups

UPSC GPT
New
Mains Evaluator
Test Generator
Geography Lab
New
Current Affairs
Daily Solutions
Daily Puzzle

Version 2.0.0 • Built with ❤️ for UPSC aspirants

Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...

India’s Homegrown GaN Semiconductor Breakthrough and Deep‑Tech Startup Surge

India is rapidly building a homegrown innovation ecosystem, highlighted by domestic development of GaN semiconductor technology and a surge in deep‑tech startups. While patent filings and private R&D spending have risen sharply, low grant rates and modest R&D investment (under 1% of GDP) indicate the need for stronger…
Overview India is moving from importing high‑tech products to creating them domestically. Public labs, corporate R&D , and deep‑tech startups are now working together. A notable example is the development of GaN technology, which was once denied to India under foreign‑offset rules. Key Developments GaN monolithic microwave integrated circuits (MMICs) have been transferred from the DRDO to commercial use, placing India among only seven nations with this capability. The B6GA has filed over 7,700 patents in 5G/6G, including 4,400 abroad. Start‑ups such as AGNIT Semiconductors , Pixxel Space , Skyroot Aerospace and ImmunoACT are turning research into marketable products in semiconductors, space, and affordable cancer therapy. Private R&D is projected to account for 55% of total Indian R&D by 2025‑26. Important Facts Patent filings rose from 1,10,000 (2024‑25) to 1,43,000 (2025‑26) , a 30.2% jump, with domestic applicants making up ~70% of the total. However, only about 2,40,000 patents are in force , far fewer than China (5.7 million), the United States (3.5 million) and Japan (2.1 million). India’s R&D expenditure remains just under 1% of GDP , compared with 2.4% in China and 3.5% in the U.S. The IDTA has pledged more than $2.5 billion for deep‑tech startups, signalling strong private capital support. UPSC Relevance Understanding India’s emerging innovation ecosystem is vital for GS‑3 (Science & Technology, Economy) and GS‑4 (Ethics in Science & Technology). The shift from a service‑oriented economy to a technology‑driven one impacts industrial policy, defence self‑reliance, and health‑care accessibility—key topics in the UPSC syllabus. Way Forward Standardise technology‑transfer terms for publicly funded IP to encourage commercialisation. Boost examiner capacity at the patent office to improve grant rates. Bridge the “translational gap” with funding schemes that support moving from a granted patent to a paying customer. Maintain and increase R&D spending to at least 2% of GDP to match global competitors. These steps will help India complete its transition to an innovation‑led economy, reducing dependence on imports and enhancing strategic autonomy.
Loading article...

Quick Reference

Key Insight

India’s homegrown GaN chips boost self‑reliance and deep‑tech startup growth.

Key Facts

  1. GaN monolithic microwave integrated circuits (MMICs) transferred from DRDO to industry, placing India among only seven nations with this capability.
  2. Bharat 6G Alliance (B6GA) has filed over 7,700 patents in 5G/6G, of which 4,400 are international applications.
  3. Patent filings rose 30.2% from 1,10,000 in FY 2024‑25 to 1,43,000 in FY 2025‑26; domestic applicants account for ~70% of the total.
  4. Private sector R&D is projected to contribute 55% of India’s total R&D spend by FY 2025‑26, overtaking government spending for the first time.
  5. India Deep Tech Alliance (IDTA) has pledged more than US$2.5 billion to fund deep‑tech startups across semiconductors, space and biotech.
  6. India’s overall R&D expenditure remains just under 1% of GDP, far below China (2.4%) and the United States (3.5%).
  7. Only about 2,40,000 Indian patents are in force, compared with 5.7 million in China and 3.5 million in the United States.

Background

The development reflects India’s shift from importing high‑tech goods to creating them domestically, aligning with the ‘Atmanirbhar Bharat’ vision. It ties into GS‑3 themes of science‑technology policy, industrial self‑reliance, and the economic impact of private R&D investment.

UPSC Syllabus

  • GS3 — Developments in science and technology and their applications
  • Essay — Economy, Development and Inequality
  • Essay — Science, Technology and Society
  • GS2 — Bilateral, regional and global groupings involving India
  • Prelims_GS — Science and Technology Applications
  • Essay — Youth, Health and Welfare
  • GS2 — Functions and responsibilities of Union and States
  • GS2 — Government policies and interventions for development
  • GS3 — IT, Space, Computers, Robotics, Nano-technology, Bio-technology and IPR
  • Prelims_GS — National Current Affairs

Mains Angle

In GS‑3, candidates can discuss how GaN semiconductor commercialization and deep‑tech funding advance strategic autonomy and economic growth. A likely question may ask to evaluate the challenges and policy measures needed to bridge the gap between patent filing and marketable products.

Explore:Current Affairs·Editorial Analysis·Govt Schemes·Study Materials·Previous Year Questions·UPSC GPT
  1. Home
  2. Prepare
  3. Current Affairs
  4. Science
  5. Sci-Tech Developments & Innovation
  6. India’s Homegrown GaN Semiconductor Breakthrough and Deep‑Tech Startup Surge
GS368% Exam RelevanceSci-Tech Developments & Innovation
Login to bookmark articles
Login to mark articles as complete

Overview

Full Article

Overview

India is moving from importing high‑tech products to creating them domestically. Public labs, corporate R&D, and deep‑tech startups are now working together. A notable example is the development of GaN technology, which was once denied to India under foreign‑offset rules.

Key Developments

  • GaN monolithic microwave integrated circuits (MMICs) have been transferred from the DRDO to commercial use, placing India among only seven nations with this capability.
  • The B6GA has filed over 7,700 patents in 5G/6G, including 4,400 abroad.
  • Start‑ups such as AGNIT Semiconductors, Pixxel Space, Skyroot Aerospace and ImmunoACT are turning research into marketable products in semiconductors, space, and affordable cancer therapy.
  • Private R&D is projected to account for 55% of total Indian R&D by 2025‑26.

Important Facts

Patent filings rose from 1,10,000 (2024‑25) to 1,43,000 (2025‑26), a 30.2% jump, with domestic applicants making up ~70% of the total. However, only about 2,40,000 patents are in force, far fewer than China (5.7 million), the United States (3.5 million) and Japan (2.1 million). India’s R&D expenditure remains just under 1% of GDP, compared with 2.4% in China and 3.5% in the U.S.

The IDTA has pledged more than $2.5 billion for deep‑tech startups, signalling strong private capital support.

Exam Relevance

Understanding India’s emerging innovation ecosystem is vital for GS‑3 (Science & Technology, Economy) and GS‑4 (Ethics in Science & Technology). The shift from a service‑oriented economy to a technology‑driven one impacts industrial policy, defence self‑reliance, and health‑care accessibility—key topics in the UPSC syllabus.

Way Forward

  • Standardise technology‑transfer terms for publicly funded IP to encourage commercialisation.
  • Boost examiner capacity at the patent office to improve grant rates.
  • Bridge the “translational gap” with funding schemes that support moving from a granted patent to a paying customer.
  • Maintain and increase R&D spending to at least 2% of GDP to match global competitors.

These steps will help India complete its transition to an innovation‑led economy, reducing dependence on imports and enhancing strategic autonomy.

Read Original on hindu

India’s homegrown GaN chips boost self‑reliance and deep‑tech startup growth.

Key Facts

  1. GaN monolithic microwave integrated circuits (MMICs) transferred from DRDO to industry, placing India among only seven nations with this capability.
  2. Bharat 6G Alliance (B6GA) has filed over 7,700 patents in 5G/6G, of which 4,400 are international applications.
  3. Patent filings rose 30.2% from 1,10,000 in FY 2024‑25 to 1,43,000 in FY 2025‑26; domestic applicants account for ~70% of the total.
  4. Private sector R&D is projected to contribute 55% of India’s total R&D spend by FY 2025‑26, overtaking government spending for the first time.
  5. India Deep Tech Alliance (IDTA) has pledged more than US$2.5 billion to fund deep‑tech startups across semiconductors, space and biotech.
  6. India’s overall R&D expenditure remains just under 1% of GDP, far below China (2.4%) and the United States (3.5%).
  7. Only about 2,40,000 Indian patents are in force, compared with 5.7 million in China and 3.5 million in the United States.

Background & Context

The development reflects India’s shift from importing high‑tech goods to creating them domestically, aligning with the ‘Atmanirbhar Bharat’ vision. It ties into GS‑3 themes of science‑technology policy, industrial self‑reliance, and the economic impact of private R&D investment.

UPSC Syllabus Connections

GS3•Developments in science and technology and their applicationsEssay•Economy, Development and InequalityEssay•Science, Technology and SocietyGS2•Bilateral, regional and global groupings involving IndiaPrelims_GS•Science and Technology ApplicationsEssay•Youth, Health and WelfareGS2•Functions and responsibilities of Union and StatesGS2•Government policies and interventions for developmentGS3•IT, Space, Computers, Robotics, Nano-technology, Bio-technology and IPRPrelims_GS•National Current Affairs

Mains Answer Angle

In GS‑3, candidates can discuss how GaN semiconductor commercialization and deep‑tech funding advance strategic autonomy and economic growth. A likely question may ask to evaluate the challenges and policy measures needed to bridge the gap between patent filing and marketable products.

Analysis

Related PYQs

No related PYQs linked to this article yet.

Practice Questions

Prelims
Medium
Prelims MCQ

GaN semiconductor technology and self‑reliance

1 marks
5 keywords
GS3
Easy
Mains Short Answer

Patent commercialisation and translational gap

5 marks
5 keywords
GS3
Hard
Mains Essay

Deep‑tech ecosystem, policy measures and self‑reliance

20 marks
7 keywords
Related:Daily•Weekly

Loading related articles...

Loading related articles...

Tip: Click articles above to read more from the same date, or use the back button to see all articles.

India’s Homegrown GaN Semiconductor Breakt... | UPSC Current Affairs