Mar 17 • 09:48 UTC 🇱🇹 Lithuania Lrytas

Lithuania and Latvia Start Quantum Communication Infrastructure Project 'Lat-LitQN'

Lithuania and Latvia have initiated the 'Lat-LitQN' project aimed at developing a cross-border quantum communication infrastructure.

Lithuania and Latvia have embarked on a groundbreaking project called 'Lat-LitQN,' which focuses on creating a quantum communication infrastructure that will connect the two countries. The project's first partner meeting took place in Riga, where Lithuanian representatives, including Professor Šarūnas Grigaliūnas from Kaunas University of Technology, presented the second work package aimed at developing technical requirements for the inter-state passive infrastructure. This is a vital step in ensuring that the infrastructure meets the necessary standards for reliable and safe quantum communication between Riga, Panevėžys, and Vilnius.

Professor Grigaliūnas emphasized the importance of this infrastructure for establishing a safe quantum communication link, stating that technical requirements, assessments of optical network preparedness, and safety principles will be developed during the project. The outcomes of this project are expected to enhance the technical capabilities of both nations and prepare them for integration into the broader European Quantum Communication Infrastructure (EuroQCI). The collaboration is also a continuation of the previous efforts by the company 'Tet' in the field of quantum security technologies, demonstrating a strong commitment from both countries in the field of secure communication solutions.

This project has broader implications for both Lithuania and Latvia, as advancements in quantum communication technology open new possibilities for the secure exchange of sensitive information. As digital security becomes increasingly paramount in today’s interconnected world, initiatives like 'Lat-LitQN' not only aim to bolster national capabilities but also contribute to regional and European security frameworks, fostering cooperation in cutting-edge technology and enhancing the resilience of communication networks across borders.

📡 Similar Coverage