HomeElectronics Startups & InnovatorsMaking India The Hub For Quantum Cybersecurity

Making India The Hub For Quantum Cybersecurity

QNu Labs, pronounced as Q-New, is India’s only quantum-tech cybersecurity company. It is trying to reimagine cybersecurity in a futuristic way, build it here in India, and then take it to the whole world.

Sunil Gupta, Co-founder and CEO of QNu Labs
Sunil Gupta, Co-founder and CEO of QNu Labs

Encryption today is nothing more than a mathematical problem, and just like you can solve mathematical problems, mathematics based encryption systems can be hacked. QNu Labs has hence redefined cybersecurity and built its foundation on the quantum physics engine instead of relying on mathematics. “Our products are an integration of three things—electronics, photonics (photon-based electronics), and quantum physics,” says Sunil Gupta, Co-founder and CEO of QNu Labs.

Their Quantum Cryptography platform is based on four engines—Tropos, Armos, Hodos, and Qosmos. While Hodos and Qosmos are software engines, Tropos and Armos are hardware based and employ some specialised optoelectronic components. For example, in Tropos—the quantum random number generator (QRNG)—photons generated from a laser are eventually used to generate random numbers. Since this is a hardware based process with no human intervention, these random numbers are truly random!

QNu Labs has also built several packaged solutions on top of their quantum engines. Some of them are Quantum Entropy-as-a-Service, Quantum Secure Email, Quantum end-to-end encrypted chat application called Qverse, and Quantum VPN Tunnel. Moreover, their random number generator can be bought as an appliance, used as a cloud service via AWS, and is also available as a small chip for IoT devices. “We think that for the new technologies—5G, AI, ML, IoT, blockchains, etc—quantum cryptography has very interesting applications,” says Gupta.

QNu Labs has huge plans for expansion. The company has already put India on the quantum map of the world. They strongly believe that India is the right place to build such technology and deploy it. Talking about QNu Labs’ expansion strategy, Gupta says, “India is a digital economy with so many people using digital solutions. Indian philosophy and scriptures have been talking about quantum, and it is the basis of the Indian Vedanta system. So, we want to build it here and take it to the world.” Thanks to QNu Labs, India might soon become the go-to place for quantum cybersecurity.

QNu Labs has partners all across the globe. In India, they have partnered with big players like BEL (Bharat Electronics Limited) and provide services to government and defense organisations. The company was a part of several incubation platforms like Cisco Launchpad, Intel Startup Program, Nasscom Deep Tech Club and of course, IIT Madras, where it was founded.

It all started in 2016, when India had just started becoming a digital economy. “We felt that if a billion people have to use digital platforms on a daily basis, then the security needs to be very different,” says Gupta. The existing security systems are about 30 to 40 years old and have already been exposed. They’re vulnerable to algorithms. “We’re helping enterprises adopt quantum tech today so that in the future, technology equipped with quantum computing cannot compromise our data and systems,” adds Gupta.

Aaryaa Padhyegurjar, Tech Journalist, EFY Group
Aaryaa Padhyegurjar, Tech Journalist, EFY Group
Aaryaa Padhyegurjar is an embedded systems specialist with a Master of Science in Embedded Computing Systems and research experience at German Research Center for Artificial Intelligence (DFKI), where she completed her thesis. Her work focuses on building intelligent, real-time systems that integrate hardware and software for practical, real-world applications. Her areas of expertise include embedded systems, Internet of Things (IoT), sensor fusion, Real-Time Kinematic (RTK) positioning, and Global Navigation Satellite System (GNSS) technologies. She brings a strong foundation in developing precise, data-driven solutions that require high accuracy and reliability. Aaryaa is interested in designing systems that combine sensing, computation, and connectivity to solve complex engineering challenges. Her approach emphasises both technical depth and real-world usability, making advanced technologies more accessible and applicable across industries.

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