Identity, Encryption, and Sovereign Protection

Advanced and Post-Quantum Cryptographic Security for Critical Environments

At Nundu, we develop advanced and post-quantum cryptography solutions that form the core of digital identity, information encryption, and the protection of critical communications. Our systems are designed to ensure confidentiality, integrity, and authenticity, even in high-threat scenarios, enabling sovereign control over data and cryptographic keys.

Funciones fisicamente no clonables

Physically Unclonable Functions (PUF)

Authentication based on unique physical properties of hardware, impossible to clone or replicate, ideal for embedded identity and critical devices.

Cifrado homomorfico avanzado​

Advanced Homomorphic Encryption

Processing of encrypted information without the need for decryption, enabling new security and privacy models in sensitive environments.

Seguridad multinivel MLS

Multi-Level Security (MLS)

Protection of information through separation by security levels, enabling controlled exchanges between domains with different requirements.

Gestion soberana de claves criptograficas

Sovereign Cryptographic Key Management

Secure generation, exchange, and custody of cryptographic keys, avoiding external dependencies and ensuring full control over the entire cryptographic lifecycle.

Security and Digital Sovereignty

Cryptography as a Pillar of Digital Sovereignty

At Nundu, we view cryptography as a strategic element for the protection of identities, data, and communications in critical environments. Our solutions enable organizations to maintain full control over their cryptographic security, from identity management to encryption and key custody, even in the most demanding and sensitive scenarios. This approach ensures digital sovereignty, operational confidence, and robust protection against advanced threats, guaranteeing long-term system continuity and integrity.