quantum-computingQuantum PKI from QNu Labs builds a full platform for post-quantum security
QNu Labs has a complete platform designed to shield digital infrastructure from the approaching threat of quantum computers, addressing a hidden vulnerability in every certificate currently in use. Unlike conventional cryptographic systems reliant on computational complexity, QNu’s module generates keys directly from physical phenomena, creating randomness that cannot be reverse-engineered, even with advanced computing power. The platform’s Quantum Readiness Risk Assessment provides an ongoing report card, ranking cryptographic assets by exposure and potential damage, prioritizing systems for migration. QNu Labs explains, “You cannot fix what you cannot see,” and this module aims to provide that visibility for organizations facing the quantum threat. Quantum Entropy Underpins Full-Stack Security Quantum key generation at QNu Labs originates not from computational processes, but from physical phenomena; the company’s module derives randomness directly from physics, creating keys impossible to replicate even with quantum computing power or artificial intelligence. This approach fundamentally diverges from conventional cryptography, which relies on the difficulty of solving mathematical problems, and establishes a foundation impervious to algorithmic advances. QNu Labs, founded in 2016 and headquartered in Bengaluru, India, manufactures the hardware underpinning this process, a key component of its broader security platform and a focus of its partnership with Eindhoven University to advance global quantum security. The company’s Quantum Readiness Risk Assessment module finds every certificate, key, and algorithm running across your systems, tells you which ones a quantum computer could break first, and gives you a plan to fix them in the right order.
