Asociácia kritickej infraštruktúry Slovenskej republiky

The Critical Infrastructure Association of the Slovak Republic has entered into negotiations on international cooperation with the Republic of India in the field of critical infrastructure protection and the development of post-quantum cryptography. This step reflects the growing importance of technological security and the need to prepare for the advent of quantum technologies, which will fundamentally impact current cryptographic standards. In this context, a significant meeting took place at the Embassy of the Republic of India in Slovakia, attended by H.E. Apoorva Srivastava, Ambassador of the Republic of India to the Slovak Republic, Rastislav Chovanec, State Secretary of the Ministry of Foreign and European Affairs of the Slovak Republic, and Tibor Straka, President of The Critical Infrastructure Association of the Slovak Republic. The delegation also included the Chairman of its Supervisory Board and a representative of member company Decent Cybersecurity s. r. o., Matej Michalko. The discussion focused primarily on opportunities for the development of bilateral cooperation in the areas of critical infrastructure, cybersecurity, and the implementation of post-quantum cryptographic solutions. India is among the countries that systematically invest in the development of cryptography and quantum technologies. This is evidenced by its strategic initiative, the National Quantum Mission, which aims to build a comprehensive national quantum technology ecosystem. It is precisely in this area that The Critical Infrastructure Association of the Slovak Republic sees significant potential for cooperation and the involvement of Slovak technology entities. One such entity is Decent Cybersecurity s. r. o., a company with a long-standing focus on research and implementation of solutions for critical infrastructure, defence systems, and telecommunications networks. The company specialises primarily in the practical implementation of new cryptographic algorithms into modern hardware and software architectures, which makes it well-suited for participation in international post-quantum security projects. From the perspective of the Slovak Republic, cooperation with India represents a significant opportunity for the development of technological diplomacy and the strengthening of strategic partnerships. As one of the fastest-growing digital economies in the world, India plans extensive investments in quantum research and technological infrastructure. The involvement of Slovak companies in these initiatives could substantially support the export of innovative solutions and strengthen technological ties between the two countries. The aim of this initiative is to establish a stable technological partnership between Slovak and Indian institutions, overseen by The Critical Infrastructure Association of the Slovak Republic. An important role is also played by the diplomatic support of the Ministry of Foreign and European Affairs of the Slovak Republic, which can significantly facilitate the establishment of contacts with relevant partners in India. This initiative also fits within the broader context of strengthening technological relations between the European Union and India. Slovakia's active involvement in this process could contribute to reinforcing its position within the European technology ecosystem and increasing its international competitiveness. At the meeting, both sides expressed a clear interest in developing mutual cooperation and identified significant potential for future joint projects. The partners agreed that the combination of expert capacities, technological innovation, and diplomatic support creates a solid foundation for a long-term strategic partnership that can deliver tangible results in the areas of security, innovative development, and economic cooperation. Both sides will continue their expert-level communication, aimed at building a stable platform for a long-term and functional partnership between India and Slovakia in the fields of critical infrastructure and post-quantum cryptography.