Qrypt Solutions for the Public Sector

  • Qrypt Quantum Key Generation

    Eliminate encryption key transmission. Public sector organizations should adopt Quantum Key Generation because it provides a unique and highly secure method for generating one-time pads and symmetric keys, eliminating encryption key transmission. The solution leverages Qrypt Quantum Entropy, ensuring adversaries can’t brute force attack keys too.

  • Qrypt Quantum Entropy

    True quantum random keys. Qrypt Quantum Entropy generates high-quality, true quantum entropy at scale and eliminates entropy starvation, providing an essential foundation for security systems. By adopting Qrypt Quantum Entropy, public sector organizations can significantly enhance their security posture, ensuring that cryptographic keys are truly random and not predictable. This solution helps prevent attacks against cryptographic systems by providing a robust source of true randomness.

  • Qrypt Quantum Secure Encryption

    Protect classified data and secrets in perpetuity. Quantum secure encryption provides the strongest defense against cyber threats and ensures the confidentiality and integrity of sensitive information. By adopting quantum secure encryption, public sector organizations can protect classified data and secrets with a level of security that cannot be compromised by advances in computing power, thereby safeguarding critical assets for years to come.

  • Qrypt Quantum Secure Tunnel

    Quantum secure your data transmissions now. Easily and quickly drop a quantum-secure tunnel container into or in front of any government existing workflow or communication network to permanently safeguard your highly sensitive communications and data with mathematically proven unbreakable encryption.

  • Quantum Security SDK

    Easily integrate post-quantum security into applications and services. Deploy Qrypt Quantum Security in containers or part of a micro-architecture with familiar developer tools and without the need of cryptography expertise or additional hardware.