Quantum Resistance
Advanced protection against the next generation of computational threats.
The Quantum Threat
Quantum computers represent an unprecedented threat to current encryption systems. Algorithms like Shor’s can factorize large prime numbers in seconds, compromising the security of systems like RSA and ECC.
It is estimated that within less than a decade, quantum computers will reach the capacity to break most conventional cryptographic systems, exposing critical information and endangering global security.
Impact on Traditional Systems
RSA-2048 Vulnerable
ECC-256 Compromised
AES-256 Weakened
Shor's Algorithm vs Classical Cryptography
Visual representation of a quantum computer processing prime number factorization.
1. Input: N = p * q (number to factorize)
2. Choose a (1 < a < N) randomly
3. Apply quantum Fourier transform
4. Measure the quantum state
5. Calculate period r of a^x mod N
6. If r is even and a^(r/2) ≠ -1 mod N:
7. gcd(a^(r/2) ± 1, N) are factors of N
Our Post-Quantum Solutiona
CYPHERTOP has developed a cryptographic system that not only resists quantum attacks but achieves a superior level of security with exceptional performance.
Shor-Resistant Structures
Our algorithms use mathematical problems that are not vulnerable to quantum acceleration by Shor's algorithm.
Superior Efficiency
Better performance than other post-quantum solutions, with lower computational overhead and higher speed.
Multi-Level Security Layers
We implement multiple layers of algorithmic defenses that reinforce each other .
Adaptation to Limited Hardware
Optimized to run efficiently even on devices with restricted computational resources.
Formal Verification
Every component of our system has been formally verified to ensure resistance to attacks.
