From software to satellites: Why India's next venture opportunity lies in deeptech

A decade ago, the script for an Indian venture capital success story was remarkably consistent. A group of ambitious engineers would write lines of code, assemble a sleek application interface, and solve a consumer logistics or enterprise software workflow problem. This playbook created unprecedented wealth, established global tech delivery capabilities as an IT back office, and transformed India into the third-largest startup ecosystem in the world and a global destination for GCCs.

Yet, sitting across the table from founders in Hyderabad, Bengaluru, and Chennai today, I notice a profound shift in energy. The pitch decks crossing the desks of incubators, accelerators, funds and family offices are no longer just about optimising delivery algorithms or enterprise SaaS.

They are about liquid-fueled rocket engines, indigenous semiconductor architectures, warehouse robotics, and electric vertical takeoff aircraft.

India’s venture narrative is undergoing a fundamental evolution. We are transitioning from a nation that built digital software for the world to one that engineers frontier hardware and deep tech for global hard problems. That shift is no longer just narrative. Skyroot Aerospace’s Vikram-1 made India only the third country after the US and China with private orbital launch capability.

Beyond Code: the rise of hard engineering

To understand why this shift is happening now, one must look at the breakthroughs emerging across India’s deep tech landscape. Founders are demonstrating a willingness to commit patient time and capital to engineer physical products that compete on global standards.

Take our private space sector, where companies like Skyroot Aerospace and Agnikul Cosmos have redefined access to orbit through private rocket launches and 3D-printed semi-cryogenic engines. Skyroot itself raised roughly $60 million in May 2026, taking its valuation past $1.1 billion and making it India’s first space-tech unicorn. Meanwhile, Dhruva Space is scaling satellite platforms, Pixxel is building hyperspectral constellation networks, and Digantara is tracking orbital space debris. India’s Department of Space now counts more than 400 space start-ups, with the domestic space economy approaching $9 billion and an ambition to reach $44 billion in a decade.

Outside aerospace, industrial automation leaders like GreyOrange and Unbox Robotics are exporting warehouse systems internationally, while ePlane Company and Sarala Aerospace pioneer electric air transit. Concurrently, indigenous defense and semiconductor startups are designing custom silicon and ruggedized hardware to build sovereign technological resilience.

Building global hardware from India, however, is not without severe headwinds. Indian founders face intense competition from established supply chains in China and massive capital concentrations in the United States. Operating across jurisdictions requires navigating complex export controls, dual-use technology mandates, and stringent international guidelines.

To win globally, Indian deep tech ventures cannot survive on low-cost manufacturing alone. They must build defensible IP through process and utility patents and secure regulatory approvals across international markets.

The compression of R&D timelines

Historically, deeptech ventures required seven to ten years of gestation before reaching market commercialization. Today, that innovation lifecycle is rapidly compressing.

This acceleration is driven by three major catalysts.

First, Generative AI and Large Language Models allow founders to conduct virtual design iterations, physics simulations, and circuit layouts far faster. Second, cross-border supply chains and specialised hardware financing have reduced prototyping time. Finally, founders are taking a more aggressive approach to securing process and utility patents, building multi-layered IP moats early in their lifecycle.

The corporate surge and India's inflection point

India stands at a pivotal economic inflection point. That momentum is already visible in the capital markets with India’s deep tech startups raising roughly 37% year-on-year, even as overall private startup funding fell.

A major domestic growth engine is the expanding balance sheet of Corporate India. With average corporate quarterly profits across leading enterprise sectors surpassing Rs 10,000 crore, domestic enterprise spending power has reached unprecedented levels.

Unlike prior decades, where Indian corporations relied heavily on imported technology, domestic boardrooms now possess the capital and mandate to deploy into local innovations. Enterprise giants are procuring homegrown robotics to automate supply chains, defense procurers are executing off-take contracts with domestic space and hardware providers, and balance sheets are co-investing in localized semiconductor designs and grid automation.

The next decade: From lab to global scale

Government policies are aligning with this shift. Extended deep tech recognition periods up to 20 years, higher turnover thresholds, and national innovation funds demonstrate a clear policy commitment to patient capital. In February 2026, the Union Cabinet approved Startup India Fund of Funds 2.0, a Rs 10,000 crore corpus for deep tech and advanced manufacturing alongside a redefinition extending 20-year recognition and tax incentives to AI, biotech, quantum and advanced-materials companies earning up to Rs 300 crore annually.

For founders, the mandate is clear to solve fundamental, physical-world problems with high IP defensibility. For investors, the conclusion is equally stark. Some of the largest venture opportunities of the coming decade may come from teams bridging the gap between bits and atoms, taking Indian engineering from software codebases all the way to global markets, orbital paths, and beyond.

Rathnakar Samavedam, Investment Director & Managing Partner, Hyderabad Angels Fund