QNu Labs, a leading startup selected by the Department of Science and Technology (DST) under the National Quantum Mission (NQM), has introduced QShield™, a first-of-its-kind platform designed to streamline cryptographic operations across cloud, on-premise, and hybrid environments. The launch, timed with World Quantum Day, marks a significant milestone in advancing India’s position in the global quantum technology landscape.
Built on QNu’s proprietary technologies — including the Armos (Quantum Key Distribution), Tropos (Quantum Random Number Generator), Quantum Hardware Security Module (QHSM), and post-quantum cryptographic standards — QShield™ delivers a robust, scalable solution for securing data both in motion and at rest. Designed to support enterprise-wide implementation, the platform includes a suite of services such as Qosmos for key generation, QConnect for secure communications, QVerse for protected collaboration, QSFS for file storage and sharing, and QVault for key management. These tools offer seamless integration, centralized control, and flexible deployment, allowing organizations to transition to quantum-resilient infrastructure with ease.
Highlighting the urgency of quantum readiness, Sunil Gupta, Co-Founder and CEO of QNu Labs, stated, “The era of quantum computing is approaching faster than expected. With QShield™, we’re providing a practical, subscription-based solution to help enterprises safeguard their digital assets now — and in the future. Launching this platform from India under the National Quantum Mission reflects our commitment to building technology that is locally developed but globally relevant.”
Founded in 2016 at the IIT Madras Research Park, QNu Labs is transforming cybersecurity by delivering quantum-safe encryption solutions. Its patented products provide advanced key generation and distribution capabilities, backed by internationally recognized cryptographic standards. QNu Labs continues to drive innovation in securing digital infrastructure against both current and next-generation cyber threats.
