India’s Union Budget 2026-27, presented on February 1st, includes several allocations and policy changes relevant to startups and early-stage companies.

We cover the main provisions and their practical implications.

Deep Tech Funding

The budget proposes a Deep Tech Fund of Funds and allocates Rs 20,000 crore for private sector R&D. The fund targets sectors including semiconductors, AI, space tech, and biotech. The government is also setting up 10,000 PM Research Fellowships and a new AI Centre of Excellence.

Deep tech companies typically require longer development cycles than software startups, often 10-15 years to commercialization. The challenge has been that most venture funds operate on 7-10 year cycles, creating a mismatch. When a semiconductor startup needs 5-7 years just to reach tape-out and another 3-4 years for market validation, traditional fund timelines don’t accommodate this.

India currently has limited dedicated deep tech capital. Most early-stage funds focus on SaaS, consumer internet, or fintech where capital efficiency is higher and exits are faster. The Deep Tech Fund of Funds creates a pool specifically for capital-intensive, research-heavy ventures. The structure matters: as a fund of funds, it can back multiple specialist funds, each focused on different deep tech verticals with appropriate expertise.

The 10,000 PM Research Fellowships address a related constraint. Deep tech requires PhDs and researchers who can bridge academic research and commercial application. India produces research talent, but retention has been weak. Fellowships tied to commercial R&D create pathways for researchers to work on applied problems while staying in India.

SME Growth Fund

The budget allocates Rs 10,000 crore for an SME Growth Fund providing equity and quasi-equity funding. The fund targets companies with export potential and technical capabilities. An additional Rs 2,000 crore tops up the Self-Reliant India Fund.

This is equity funding, not debt. The distinction matters because most MSME financing in India comes through debt instruments like MUDRA loans, term loans from banks, or trade credit. Debt works for established businesses with predictable cash flows, but creates pressure for companies trying to scale rapidly or invest in R&D. Interest payments and principal repayment timelines force short-term thinking.

Equity capital allows companies to invest in capacity expansion, talent acquisition, and product development without immediate repayment pressure. The focus on export-oriented businesses is deliberate. Indian MSMEs often serve domestic markets where competition is fragmented and margins are thin. Export markets require quality certifications, consistent production capabilities, and working capital to manage longer payment cycles, all of which equity can fund.

The Rs 2,000 crore top-up to the Self-Reliant India Fund extends an existing program focused on manufacturing and import substitution. That fund has backed companies in electronics, pharmaceuticals, and engineering. The top-up suggests continuation rather than a new direction.

TReDS Mandate for CPSEs

All Central Public Sector Enterprises must now use the Trade Receivables Discounting System (TReDS) for MSME purchases. The budget includes credit guarantees for invoice discounting.

Payment delays of 60-90 days are common when small suppliers work with large enterprises. The MSME Development Act mandates 45-day payment terms, but compliance is weak. Large enterprises optimize their own working capital by delaying payments to suppliers. For a small manufacturer, this creates a cycle: you deliver goods worth Rs 50 lakhs, wait 90 days for payment, but need to pay raw material suppliers in 30 days and salaries monthly. The gap gets filled by working capital loans at 12-14% interest, which eats into margins.

TReDS is a digital platform where MSMEs can upload invoices and sell them to financiers at a discount. If you have a Rs 50 lakh invoice due in 90 days, you can sell it for Rs 48 lakhs and get cash in 2-3 days. The 4% discount is cheaper than working capital loans, and you get predictable cash flow. The system has existed since 2014 but adoption has been voluntary and limited.

The mandate changes this. When CPSEs must use TReDS, it creates volume on the platform, which brings in more financiers, which improves pricing for MSMEs. The credit guarantees reduce risk for financiers, making them more willing to discount invoices from smaller or newer suppliers.

Manufacturing Incentives

The budget includes Rs 10,000 crore for the Biopharma SHAKTI program, continuation of India Semiconductor Mission 2.0, and expanded electronics manufacturing incentives. Capital goods schemes also receive additional allocations.

These programs create demand for hardware, materials, and manufacturing startups. The Biopharma SHAKTI program focuses on biopharmaceuticals, fermentation-based manufacturing, and medical devices. India imports significant amounts of APIs (active pharmaceutical ingredients) and medical devices. The program backs companies developing domestic production capabilities, creating both a market opportunity and policy support for startups in this space.

India Semiconductor Mission 2.0 continues funding for fab facilities, ATMP (assembly, testing, marking, packaging) units, and the design ecosystem. The first phase approved projects worth over $15 billion. Semiconductor manufacturing requires multi-year setup periods and large capital outlays. Government support through subsidies (covering up to 50% of project costs) and infrastructure makes these projects viable. For semiconductor design startups, more local fabs mean shorter iteration cycles and better IP protection.

Electronics manufacturing incentives under PLI (Production Linked Incentive) schemes cover mobile phones, IT hardware, telecom equipment, and components. These create supply chain opportunities. If large manufacturers are setting up assembly facilities, they need component suppliers, testing services, automation solutions, and logistics providers. Hardware startups can slot into these supply chains.

Data Center Tax Holiday

Global cloud companies operating data centers in India receive a tax holiday until 2047. This applies to new facilities and aims to attract hyperscale infrastructure investment.

Data centers have high capital requirements and long payback periods. A hyperscale facility requires $500 million to $1 billion in upfront investment for land, construction, cooling systems, power infrastructure, and IT equipment. Operating expenses include power (often 60-70% of opex), bandwidth, and maintenance. With these economics, corporate tax at 25-30% materially affects IRR calculations.

The tax holiday until 2047 provides certainty for investment decisions being made today. Data center projects have 20-25 year lifecycles. Knowing the tax treatment for the full period reduces regulatory risk and makes India competitive with locations like Singapore that offer similar incentives.

For startups, more data centers in India means several things. First, lower latency for Indian users, which matters for real-time applications, gaming, video streaming, and financial services. Second, data residency compliance becomes easier. RBI, IRDAI, and other regulators increasingly require certain data to be stored locally. Third, as hyperscalers build capacity, they compete on pricing. AWS, Azure, and Google Cloud all price based on regional costs. More infrastructure in India can drive down cloud costs for startups operating here.

What’s Not Addressed

The startup recognition period remains at 10 years. Deep tech companies often need 15+ years to reach scale, particularly in semiconductors, biotech, and space. Startup India benefits include tax exemptions under Section 80-IAC (three years of tax holiday in the first ten years), exemption from angel tax, and easier compliance norms. These expire after 10 years of incorporation.

For a semiconductor company incorporated in 2026, they might reach first revenue in 2031-32, achieve scale by 2036-38, but lose startup benefits in 2036. This misalignment means the tax benefits come during low-revenue years when they matter less, and expire just as the company scales. Industry groups have requested extending this to 15 years for capital-intensive sectors. The budget doesn’t address this.

The Deep Tech Fund of Funds, while useful, represents a fraction of the capital these sectors require. India’s semiconductor industry alone needs estimated investments of $30-40 billion over the next decade. Biotech, space, and advanced materials each require billions. A fund of funds structure works by backing specialist managers who then invest in companies, which adds layers and time. Direct government investment or sovereign wealth fund participation might be needed at larger scale.

Another gap is acquisition regulation. When Indian deep tech companies mature, many get acquired by global players before reaching public market scale. This provides exits for investors but doesn’t build large Indian companies. Countries like the US, China, and members of the EU have varying degrees of scrutiny on tech acquisitions for national security reasons. India’s framework here remains underdeveloped.

Implementation Timeline

Budget allocations require administrative setup. Fund managers need to be appointed, selection criteria established, and application processes created. Based on previous programs, expect 6-12 months before capital starts flowing.

For TReDS, the mandate is clearer. CPSEs must comply, so registration and onboarding should accelerate. Companies selling to government enterprises should register now.

What This Means for Different Types of Startups

Deep tech companies in semiconductors, AI, biotech, and space should track the Deep Tech Fund of Funds setup. This includes understanding selection criteria and preparing applications.

Manufacturing and export-oriented SMEs should evaluate fit for the SME Growth Fund. The focus is on companies with demonstrated technical capability and export potential.

B2B companies with government enterprise customers should register on TReDS. The mandate creates a structural change in payment terms.

SaaS and cloud-native startups benefit indirectly from data center incentives through improved infrastructure and potential cost reductions.

Budget Context

The budget allocates capital toward manufacturing, infrastructure, and deep tech rather than consumption or digital services. This reflects broader policy priorities around self-reliance in critical technologies and manufacturing competitiveness.

Several factors drive this shift. First, India’s trade deficit in electronics, semiconductors, and advanced equipment remains high. Reducing import dependence in strategic sectors has been a policy goal since the US-China decoupling demonstrated supply chain vulnerabilities. Second, employment creation in manufacturing provides jobs for a wider skill range than services. Third, geopolitical realignments (US-China tensions, Europe’s push for strategic autonomy) create opportunities for India to position as an alternative manufacturing base.

The budget also responds to gaps identified over the past 5-7 years. Despite significant startup activity since 2015, most value creation has been in consumer internet and SaaS. These sectors don’t require significant physical infrastructure, don’t create manufacturing jobs at scale, and face limits on how much value can be captured domestically when much of the technology stack is imported. The pivot to deep tech and manufacturing addresses these limitations.

For founders, this means opportunities are in hardware, manufacturing, enterprise software serving these sectors, and fundamental technology development. Consumer internet and pure-play digital services receive less direct support. The budget assumes these sectors have achieved sufficient scale and no longer need targeted intervention. Whether that’s accurate is debatable, but it reflects current policy thinking.