The decision by Bengaluru-based startup BioCompute to relocate its operations to San Francisco has reignited discussions around India’s long-standing brain drain challenge and the future of deep-tech innovation in the country.

Founded in 2024 by 24-year-old entrepreneur Anagha Rajesh, BioCompute is working on a breakthrough technology that aims to store digital data inside DNA, a concept that could dramatically transform the future of data storage and computing infrastructure.

Building a bold deep-tech vision

Unlike conventional startups focused on software or consumer applications, BioCompute is attempting to harness DNA’s natural ability to store vast amounts of information. The company believes biological storage systems could eventually offer a more compact and energy-efficient alternative to traditional data centres.

Over the past two years, the startup has raised more than ₹5 crore from investors, built laboratory infrastructure, conducted thousands of experiments and developed an end-to-end prototype. According to Rajesh, the company became one of the first in India to pursue DNA data storage research at such a scale.

Why San Francisco?

Rajesh believes the next phase of the company’s journey requires an ecosystem willing to support long-term scientific innovation.

She has said that investors and mentors in San Francisco focused less on immediate revenue generation and more on helping the company achieve its larger technological mission. For deep-tech ventures that require years of research and significant capital, such long-term thinking can be critical.

The move highlights a challenge facing India’s startup ecosystem. While the country has produced successful companies across fintech, software and consumer technology sectors, deep-tech ventures often require greater patience, larger investments and higher tolerance for risk.

A bigger question for India

The relocation has sparked broader conversations about whether India can create an environment that encourages frontier technologies to remain and scale within the country.

While India continues to produce world-class scientists, engineers and entrepreneurs, experts argue that greater support for research-driven ventures and breakthrough technologies will be essential if the country hopes to compete in future innovation-led industries.

As BioCompute prepares to develop its first DNA storage chips from its new base in San Francisco, its journey has become a powerful example of both India’s immense talent and the challenges that still remain in retaining it