Delivering OK-Q Room-Temperature Quantum Security Chip
At ⟨|⟩QuantumEncryptS Inc., our multidisciplinary team leads the development of the room-temperature quantum security chip—a breakthrough in sustainable, unclonable encryption technology. By combining quantum physics, photonic engineering, and cybersecurity expertise, we create data protection systems that withstand both classical and quantum attacks. Our mission is to secure critical infrastructure across defense, finance, healthcare, and beyond.
Meet the ⟨|⟩QuantumEncryptS Inc. Team
Driven by a shared vision to illuminate the future of cybersecurity with quantum photonics, our team seeks to blend our scientific expertise with industrial partners.
Shuang Fang Lim
Ph.D. in Physics, University of Cambridge. Expert in upconversion nanoparticles (UCNPs), photophysics, and quantum photonic systems. Her work enables biomedical imaging and therapeutic applications using NIR-activated fluorescence.
Robert Riehn
Ph.D. in Physics, Cambridge University. Specialist in biophysics and soft-condensed matter. His research bridges nanotechnology and molecular biology, with innovations in plasmonic nanoantennas and DNA-protein interactions.
Szu Kiong Ting
Materials science graduate from the National University of Singapore. Former managing editor in textbook and assessment book publishing. His interdisciplinary interests span filmmaking, sustainability, quantum cybersecurity, and Blender-based animation.
Explore OK-Q Chip and Partner with ⟨|⟩QuantumEncryptS Inc.
From defense and aviation to banking and healthcare, ⟨|⟩QuantumEncryptS Inc. is delivering OK-Q room-temperature quantum security chip poised to usher in a new era of secure cybersecurity. Therefore, we invite you to navigate our website to explore the groundbreaking technology behind OK-Q. Interested in pioneering quantum data protection? Our expert team welcomes collaborations with investors, industry partners, and researchers. Together, we shape the future of cybersecurity with OK-Q room-temperature quantum security chip.
