
Bengaluru-based quantum cybersecurity startup QNu Labs has secured Rs 200 crore($21 million) in Series A1 funding. The round was led by the National Quantum Mission along with deep-tech VC firm Speciale Invest.
SUMMARY
- QNu Labs has raised ₹200 crore ($21 million) in Series A1 funding.
- The round was led by the National Quantum Mission and Speciale Invest.
- QNu Labs will use the funds for R&D, global expansion, quantum sensing, and AI technologies.
Sony Innovation Fund, Gaja Capital, and Artha Ventures also participated in the round.
The latest funding takes QNu Labs’ total capital raised to Rs 375 crore.
The company will use the new funds to increase its research and development efforts, expand its sales and go to market operations in India and overseas, and develop new technologies in quantum sensing and artificial intelligence.
QNu Labs will also invest part of the funding in an approved research and development project focused on building the technology infrastructure for India’s Quantum Secure and Sensing Networks.
QNu Labs co-founder Sunil Gupta said, "India has moved early on in the quantum era. The National Quantum Mission, through its IIT Madras hub, has laid the foundation and with implementation timelines published in 2026 across sectors, quantum-safe technology is shifting from policy to commercial deployment."
About QNu Labs
QNu Labs was incubated at IIT Madras in 2016 and was founded by Srinivasa Rao Aluri and Sunil Gupta. The company develops quantum-safe cybersecurity solutions and says its products are deployed across government, critical infrastructure, and banking financial services and insurance (BFSI) sectors. QNu Labs has a team of around 160 engineers, physicists and mathematicians.
The company is also working on an approved RDI programme project to develop the technology backbone for India’s Quantum Secure and Sensing Networks (IQSN).
QNu Labs plans to expand its quantum-safe technology stack into quantum sensing and AI increase deployments across critical sectors and build capabilities to meet the growing global demand for quantum-safe migration.

















