Post Quantum Cryptography
Would you like to know more about technologies for Post Quantum Cryptography ? Find explanations for technology terms on these pages:
What are the most frequently asked questions about PQC?
Here you can find answers for the most frequently asked questions about Post Quantum Cryptography.
What is Code-based Cryptography?
Code-based Cryptography comprises of all symmetric or asymmetric cryptosystems whose security depends, in part or entirely, on the difficulty of decoding a linear error-correcting code (for instance, quasi-cyclic code, or Goppa codes).
What is Grover’s Algorithm?
Grover's algorithm is a very fast quantum search algorithm. It is used for searching an unsorted database.
What is Hash-based Cryptography?
Hash-based cryptography creates digital signature algorithms whose security is mathematically based on the security of a selected cryptographic hash function.
What is Key Encapsulation?
Key Encapsulation is a process of generating a random symmetric key and an asymmetric ciphertext against that key.
What is Lattice-based Cryptography?
Lattice-based cryptography is acclaimed for its efficiency and scalability, with use cases spanning from the fundamental cryptographic building blocks to immensely complex protocols.
What is Post Quantum Cryptography (PQC)?
Post-quantum cryptography refers to cryptographic algorithms that are expected to be secure against a cryptanalytic assault by a quantum computer.
What is Quantum Computing?
The study of quantum computing is focused on the development of computer-based technologies based on the principles of quantum theory.
What is Shor’s Algorithm?
Shor's algorithm is a quantum computer algorithm that can solve prime factors of an integer in polynomial time.
What is the Mosca-theorem?
Dr. Mosca has advocated using an equation to evaluate an organization's readiness for the quantum era. This theory is based on the XYZ risk model.
