Learn More About Our Post-Quantum Cryptography Solution

As we continue to embark on developing quantum-safe technologies, we would like to present our breakthrough post-quantum cryptography solution which utilizes Rust implementation of CRYSTALS-Dilithium. Our solution not only ensures unparalleled security but also opens doors for businesses seeking cutting-edge solutions to safeguard their digital assets against the emerging quantum threats.

Why choose our unique solution?

• Lattice-Based
  Cryptography Excellence: Quantum Blockchains pioneers the use of
  lattice-based cryptography, a robust method that capitalizes on the
  mathematical complexity of lattice problems. This ensures security even
  against potential quantum threats, setting us apart from conventional cryptographic
  approaches.
• Dilithium:
  The Future of Digital Signatures: Our implementation of the Dilithium
  algorithm stands out as a digital signature pioneer. Its resilience
  against quantum attacks, grounded in lattice problems like Short Integer
  Solution (SIS) and Learning With Errors (LWE), positions it as the ideal
  choice for businesses seeking future-proof cryptographic solutions.
• NIST
  Standards Compliance: As NIST works towards establishing post-quantum
  cryptography (PQC) standards, Quantum Blockchains stays ahead of the
  curve. Our commitment to adopting CRYSTALS-Dilithium aligns with the
  evolving landscape of quantum-resistant algorithms, ensuring your business
  remains secure against emerging threats.
• Rust
  Implementation Excellence: Partnering with ResQuant, our Rust
  implementation of Dilithium transcends traditional coding standards. Not
  only does it enhance code conciseness, but it also harnesses Rust’s
  superior memory management capabilities for heightened reliability,
  ensuring a robust defense against potential vulnerabilities.
• Dilithium2
  for Quantum-Safe Blockchain (QSB) Projects: For organizations eyeing
  quantum-safe blockchain solutions, Quantum Blockchains introduces
  Dilithium2. With specifications designed for the Quantum-Safe Blockchain
  (QSB) project, including a Public Key of 1312 bytes, Private Key of 2528
  bytes, and a Signature of 2420 bytes, we offer tailored solutions to meet
  the unique demands of your business.
• Command
  Line Tools for Seamless Integration: Explore the power of our Rust
  implementation through user-friendly command line tools. Named
  “crypto,” this Linux system application simplifies key
  generation, signing, and verification using the Dilithium algorithm,
  making quantum-safe security accessible to businesses of all sizes.