Quantum cryptology optical technologies for data protection in data communication networks (OptoKrypt)

The aim of the project is to develop state-of-the-art optical quantum cryptology technologies for protecting data exchange in data communication networks. They will serve the security and defence of the country. Proposed solutions are built on a robust architecture, which includes the development of a Quantum Random Number Generator (KGLL) chip, a National Quantum Key Distribution System (SDKK), and a System of Optical Phase Coding (SOKF). This research is part of the growing field of quantum cryptology, driven by the looming threat of the emergence of fully functional quantum computers in near future. These computers will have the potential to break the encryption keys of known cryptographic algorithms faster than current technologies allow.

The goal of the solutions being developed is to reinforce existing data exchange systems, in terms of their resistance to cyberattacks, by establishing an optical channel that ensures the completely secure transfer of cryptographic keys.

The project will deliver a prototype of Modular Quantum Optical Cryptography Circuits (MUKKO) developed at IX PGT, designed for both special-purpose and military applications, as well as for general data protection in communication networks. The modular architecture ensures high level of versatility, availability, and security—supporting a wide range of classified and unclassified use cases. This design allows independent users to deploy and scale the system according to their specific security requirements.

The project is a collaborative effort between WAT (project leader), NASK-PIB, and TELDAT Sp. z o.o. sp.k.

The project is scheduled for completion in September 2024 and is funded by the National Centre for Research and Development.

Find out what the latest accomplishments of the project are in this link.