India’s Electronics Development Fund (EDF) has invested about $30 million (₹258 crore) across eight venture funds since its launch in 2016, supporting 128 technology startups in areas including robotics, artificial intelligence, drones, cybersecurity and autonomous systems, according to official data released by the Ministry of Electronics and Information Technology (MeitY).
The EDF functions as a Fund of Funds designed to strengthen domestic innovation in electronics and information technology by investing in professional venture investment managers, who then deploy capital into early stage companies.
Set up on 15 February 2016, EDF was intended to accelerate local product design, technology development and intellectual property creation under the Make in India and Digital India missions.
As on 30 September 2025, the government has contributed ₹210 crore to the fund, with the remaining ₹6.33 crore coming from other contributors. Investments made by the supported venture funds total ₹1,335.77 crore across 128 startups.
Key performance indicators of the Electronics Development Fund
| Indicator | Value |
|---|---|
| EDF investment | ₹258 crore (~$30 million) |
| Investment by Daughter Funds into startups | ₹1,336 crore (~$155 million) |
| Number of startups supported | 128 |
| Number of intellectual property assets created | 368 |
| Jobs generated | 23,600+ |
| EDF returns from exits/partial exits | ₹174 crore (~$20 million) |
About 23,600 jobs have been created and 368 patents have been generated or acquired across these portfolio companies. So far, 37 investments have been exited and EDF has received ₹173.88 crore in returns from these exits.
At an average of about ₹29 crore invested per year over the past nine years, the scale of capital deployment remains modest compared with the investment levels required to commercialise deep-technology research.
Electronics Development Fund Investments Summary
| Daughter Fund | EDF Investment | Daughter Fund Investment | Startups Funded |
|---|---|---|---|
| Unicorn India Ventures Trust | ₹15.82 crore ($1.82m) | ₹63.64 crore ($7.32m) | 17 |
| Aaruha Technology Fund – 1 | ₹6.75 crore ($0.78m) | ₹26.22 crore ($3.02m) | 13 |
| Endiya Seed Co-creation Fund | ₹30.00 crore ($3.45m) | ₹137.03 crore ($15.76m) | 12 |
| Karsemven Fund | ₹24.00 crore ($2.76m) | ₹83.43 crore ($9.59m) | 17 |
| pi Ventures Fund 1 | ₹15.00 crore ($1.73m) | ₹186.53 crore ($21.45m) | 15 |
| YourNest India VC Fund II | ₹43.15 crore ($4.96m) | ₹185.54 crore ($21.34m) | 19 |
| Ventureast Proactive Fund II | ₹97.75 crore ($11.74m) | ₹425.70 crore ($48.96m) | 18 |
| Exfinity Technology Fund Series II | ₹25.30 crore ($2.91m) | ₹227.68 crore ($26.18m) | 17 |
| Total | ₹257.77 crore ($29.64m) | ₹1335.77 crore ($153.61m) | 128 |
The global semiconductor and electronics sector relies heavily on long-horizon capital because advanced product development tends to involve multi-year research cycles, slow revenue generation and high risk.
Technology industry experts said that while the EDF has helped create early stage momentum, significantly larger pools of institutional capital will be required if India is to match its ambition of becoming a self-sustaining hub for electronics design and manufacturing.
China, Taiwan, South Korea and the United States collectively deploy tens of billions of dollars annually in state-led research, industry subsidies and commercialisation support for semiconductors and electronic systems.
How India’s EDF compares with major global semiconductor funding programmes
| Fund | Corpus |
|---|---|
| United States‘ CHIPS for America | $52 billion |
| European Chips Act | $47 billion |
| Japan semiconductor subsidy programme | $7 billion |
| India’s EDF (10 years) | $31 million |
India has signalled an interest in building a competitive ecosystem but the EDF figures suggest that public capital committed to early stage hardware innovation remains far below global benchmarks.
Government officials argue that the fund’s value lies not only in invested capital but also in the creation of an investment pipeline and institutional capability.
Government officials have maintained that EDF is one component of a wider strategy that includes PLI schemes, semiconductor manufacturing incentives and R&D missions. They argue that success should not be measured only by fund size but by ecosystem maturity and intellectual property developed within the country.
The fund has supported the creation of multiple venture firms focused on hardware, deep-tech and applied industrial engineering rather than consumer technology, which has traditionally attracted the majority of private investment in India.
The government framework requires all venture funds supported by EDF to operate as Alternative Investment Funds registered in India and to comply with Securities and Exchange Board of India regulations. This is intended to ensure governance standards while giving fund managers operational autonomy for investment decisions.
According to MeitY, the EDF helps reduce import dependence by enabling domestic development of electronics and nano-electronics, which are foundational inputs to sectors such as semiconductors, telecommunications, automotive engineering, defence systems and industrial automation.
The ministry also stated that the fund supports strategic acquisition of intellectual property where required.
Industry experts said that the next phase of India’s electronics growth will require a deeper pool of risk capital for hardware technologies and greater coordination between finance, manufacturing and procurement policy.
They point out that global supply chains are shifting toward trusted markets, and India could benefit from this trend if early stage technologies can scale up to commercial production.
EDF operate through Canbank Venture Capital Funds Ltd as its investment manager and Canara Bank as trustee. MeitY is the anchor investor.
