Digital security has evolvedat an unprecedented pace in recent years.
At Monet+, security is at the core of our business and an integral part of everything we do.
As the company grows rapidly, the need to strengthen activities focused on protecting and ensuring the stability of our solutions also increases. The RECS platform was created precisely for this purpose: to continuously support and foster a culture of security. This is achieved not only through the implementation of modern principles and innovations, but also by maintaining robust, proven safeguards that form the foundation of our daily work.
What RECS Stands For
RECS is short for Research and Education in Cryptography and Security. At Monet+, it represents the way we connect technological research, professional education, and deep expertise in cryptography — all built on solid principles of digital security.
Each of these pillars defines a key area of focus for RECS:
RECS focuses on the design and advancement of digital security, including robust security architectures, modern methods of authentication and authorization, and post-quantum cryptography. All research is grounded in the practical needs of real-world projects.
RECS serves as an internal educational platform. We organize workshops, seminars, and consultations to share up-to-date insights on standards, legislation, and research across the entire company.
We provide expert consulting in areas such as security architecture design, the selection of cryptographic protocols, post-quantum readiness, and solution validation in line with standards (NÚKIB, eIDAS, ETSI).
Team RECS
RECS brings together architects, analysts, developers, and experts in cybersecurity and cryptography. The team also actively collaborates with the academic community and contributes to the continuous growth of security know-how.
Post-quantum cryptography represents the next step in securing digital infrastructure. Through the RECS platform, we focus on research and education in technologies that will prepare both our society and the state for the era of quantum computing. Discover why this field is critical.