Photonic Quantum Security Systems
Secure quantum randomness and key generation via entangled photons
Vision
To build a portable photonic quantum computer enabling next-generation cryptographic security and a scalable version for simulating and solving complex inaccessible problems in nature.
Problem
Current cybersecurity keys rely on mathematically hard problems whose security rests on computational assumptions—assumptions that advanced quantum computers may render vulnerable.
Solution
Cryptographically secure keys generated from quantum computers, using quantum correlation in engineered quantum states with inherent randomness to secure keys against any attack.
Potential
Global quantum security is projected to grow into a multi-billion-dollar market over the next decade, with millions of users across sectors including defence, banking, healthcare, telecommunications, and digital governance.
Target Beneficiaries
Secure keys are globally relevant for authentication. The highest level of security offered by our solution is required by national security agencies, the banking sector, and other similar organizations.
Current Users
Our device is currently under use at the premier military research and development wing of the Government of India, DRDO, as well as other defence bodies.
