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Cryptography Algorithms :Explore New Algorithms in Zero-Knowledge, Homomorphic Encryption, and Quantum Cryptography /

紀錄類型:	書目-語言資料,印刷品 : Monograph/item
正題名/作者:	Cryptography Algorithms :Massimo Bertaccini.
其他題名:	Explore New Algorithms in Zero-Knowledge, Homomorphic Encryption, and Quantum Cryptography /
作者:	Bertaccini, Massimo,
面頁冊數:	1 online resource (411 pages).
標題:	Cryptography.
ISBN:	9781835087978

Cryptography Algorithms :Explore New Algorithms in Zero-Knowledge, Homomorphic Encryption, and Quantum Cryptography /
Bertaccini, Massimo,

Cryptography Algorithms :Explore New Algorithms in Zero-Knowledge, Homomorphic Encryption, and Quantum Cryptography /Massimo Bertaccini. - Second edition. - 1 online resource (411 pages). - Expert insight. - Expert insight..

Cover -- Copyright -- Contributors -- Table of Contents -- Preface -- Section 1: A Brief History and Outline of Cryptography -- Chapter 1: Deep Dive into Cryptography -- An introduction to cryptography -- Binary numbers, ASCII code, and notations -- Fermat's Last Theorem, prime numbers, and modular mathematics -- A brief history and a panoramic overview of cryptographic algorithms -- Rosetta Stone -- The Caesar cipher -- ROT13 -- The Beale ciphers -- The Vernam cipher -- Notes on security and computation -- Summary -- Section 2: Classical Cryptography (Symmetric and Asymmetric Encryption) -- Chapter 2: Symmetric Encryption Algorithms -- Notations and operations in Boolean logic -- DES algorithms -- Simple DES -- Bit initialization -- Bit expansion -- Key generation -- Bit encryption -- DES -- Key generation in DES -- Analysis of the DES algorithm -- Violation of DES -- Triple DES -- DESX -- AES Rijndael -- Description of AES -- Attacks and vulnerabilities in AES -- Summary -- Chapter 3: Asymmetric Encryption Algorithms -- Introduction to asymmetric encryption -- The pioneers -- The Diffie-Hellman algorithm -- The discrete logarithm -- Explaining the D-H algorithm -- Analyzing the algorithm -- Possible attacks and cryptanalysis on the D-H algorithm -- RSA -- Explaining RSA -- Analyzing RSA -- Conventional attacks on the algorithm -- The application of RSA to verify international treaties -- Unconventional attacks -- PGP -- The ElGamal algorithm -- Summary -- Chapter 4: Hash Functions and Digital Signatures -- A basic explanation of hash functions -- Overview of the main hash algorithms -- Logic and notations to implement hash functions -- Explanation of the SHA-1 algorithm -- Notes and example on SHA-1 -- Example of one block encoded with SHA- 1 -- Authentication and digital signatures -- RSA digital signatures -- Why do digital signatures work?.

This updated edition takes you on an journey through the realm of cryptographic science, providing an in-depth exploration of its history, principles, and the latest cutting-edge developments. You will learn the mathematical logic of how algorithms encrypt and decrypt messages, introducing more complex math as the book progresses. By getting your foot in the door with how elliptic curves, zero knowledge protocols, homomorphic encryption, and quantum computing shape today's cybersecurity landscape and its attacks and defenses, you will have the groundwork on which to build professional cryptographic experience. This edition will help keep you up to date with the most innovative cryptographic algorithms, ensuring you're well-prepared to navigate the rapidly evolving world of data privacy and cybersecurity. With a focus on emerging trends and challenges, including quantum cryptography you'll acquire the knowledge needed to stay at the forefront of this dynamic field. With the latest updates and an expanded scope, this new edition ensures you're well-prepared to face the ever-evolving landscape of cybersecurity with confidence and expertise.

ISBN: 9781835087978Subjects--Topical Terms:

189522
Cryptography.

LC Class. No.: QA76.9.A25 / .B478 2022

Dewey Class. No.: 005.8

Cryptography Algorithms :Explore New Algorithms in Zero-Knowledge, Homomorphic Encryption, and Quantum Cryptography /
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300 $a 1 online resource (411 pages).
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505 0 $a Cover -- Copyright -- Contributors -- Table of Contents -- Preface -- Section 1: A Brief History and Outline of Cryptography -- Chapter 1: Deep Dive into Cryptography -- An introduction to cryptography -- Binary numbers, ASCII code, and notations -- Fermat's Last Theorem, prime numbers, and modular mathematics -- A brief history and a panoramic overview of cryptographic algorithms -- Rosetta Stone -- The Caesar cipher -- ROT13 -- The Beale ciphers -- The Vernam cipher -- Notes on security and computation -- Summary -- Section 2: Classical Cryptography (Symmetric and Asymmetric Encryption) -- Chapter 2: Symmetric Encryption Algorithms -- Notations and operations in Boolean logic -- DES algorithms -- Simple DES -- Bit initialization -- Bit expansion -- Key generation -- Bit encryption -- DES -- Key generation in DES -- Analysis of the DES algorithm -- Violation of DES -- Triple DES -- DESX -- AES Rijndael -- Description of AES -- Attacks and vulnerabilities in AES -- Summary -- Chapter 3: Asymmetric Encryption Algorithms -- Introduction to asymmetric encryption -- The pioneers -- The Diffie-Hellman algorithm -- The discrete logarithm -- Explaining the D-H algorithm -- Analyzing the algorithm -- Possible attacks and cryptanalysis on the D-H algorithm -- RSA -- Explaining RSA -- Analyzing RSA -- Conventional attacks on the algorithm -- The application of RSA to verify international treaties -- Unconventional attacks -- PGP -- The ElGamal algorithm -- Summary -- Chapter 4: Hash Functions and Digital Signatures -- A basic explanation of hash functions -- Overview of the main hash algorithms -- Logic and notations to implement hash functions -- Explanation of the SHA-1 algorithm -- Notes and example on SHA-1 -- Example of one block encoded with SHA- 1 -- Authentication and digital signatures -- RSA digital signatures -- Why do digital signatures work?.
505 8 $a Digital signatures with the ElGamal algorithm -- Blind signatures -- Blind signature with RSA -- Notes on the blind signature protocol -- Summary -- Section 3: New Cryptography Algorithms and Protocols -- Chapter 5: Zero-Knowledge Protocols -- The main scenario of a ZKP -- the digital cave -- Non-interactive ZKPs -- Demonstration of a non-interactive ZKP -- Demonstrating an attack on an RSA ZKP -- Schnorr's interactive ZKP -- A demonstration of an interactive ZKP -- A challenge for a disruptive attack on an interactive ZKP -- One-round ZKP -- How it works mathematically -- Numerical example -- Notes on the one-round protocol -- An introduction to zk-SNARKs -- spooky moon math -- Understanding how a zk-SNARK works -- Demonstrating an attack on a zk-SNARK protocol -- ZK13 -- a ZKP for authentication and key exchange -- ZK13 explained -- Demonstrating the ZK13 protocol -- Notes and possible attacks on the ZK13 protocol -- Possible attacks on ZK13 -- Summary -- Chapter 6: New Inventions in Cryptography and Logical Attacks -- The genesis of the MB09 algorithm and blockchain -- Introducing the MB09 algorithm and an attempt at demonstrating Fermat's Last Theorem -- An extensive explanation of the MB09 algorithm -- Introducing the MBXI algorithm -- A numerical example of MBXI -- Notes on the MBXI algorithm and the prelude to an attack on RSA -- Unconventional attacks and self-reverse decryption on RSA -- A new protocol to protect RSA and asymmetric algorithms from spying -- Digital signatures on MBXI -- A direct signature method in MBXI -- The appendix signature method with MBXI -- A mathematical demonstration of the MBXI digital signature algorithm -- The evolution of MB09 and MBXI: an introduction to MBXX -- An explanation of the MBXX protocol -- Notes on the MBXX protocol -- Conclusions on the MBXX protocol -- Lightweight encryption.
505 8 $a Encryption with Cybpher -- Summary -- Chapter 7: Elliptic Curves -- An overview of elliptic curves -- Operations on elliptic curves -- Scalar multiplication -- Implementing the D-H algorithm on elliptic curves -- Elliptic curve secp256k1: the Bitcoin digital signature -- Step 1: Generating keys -- Step 2: Performing the digital signature in secp256k1 -- Step 3: Verifying the digital signature -- A numerical exercise on a digital signature on secp256k1 -- Attacks on ECDSA and the security of elliptic curves -- Step 1: Discovering the random key, [k] -- Step 2: Recovering the private key, [d] -- Considerations about the future of ECC -- Summary -- Chapter 8: Introduction to Homomorphic Encryption and Crypto Search Engine -- Introduction to CSE: homomorphism -- Partial homomorphism in RSA -- Analysis of homomorphic encryption and its implications -- Math and logic behind search engines -- Introduction to trees: graph theory -- Huffman code -- Hash and Boolean logic -- CSE explained -- The innovation in CSE -- Computational analysis on CSE -- Example of computational brute-force cracking -- Applications of CSE -- The new frontier of CSE and a new quantum algorithm for message transmission: QTM -- Summary -- Section 4: Quantum Cryptography -- Chapter 9: Quantum Cryptography -- Introduction to Q-Mechanics and Q-Cryptography -- An experiment that changed the story of quantum -- An imaginary experiment to understand the elements of Q-Mechanics -- Step 1: superposition -- Step 2: the indeterminacy principle -- Step 3: spin and entanglement -- Origin of Q-Cryptography: quantum money -- QKD: BB84 -- Step 1: initializing the quantum channel -- Step 2: transmitting the photons -- Step 3: determining the shared key -- Analysis of attack and technical issues -- Quantum computing -- Shor's algorithm -- Hypothesis and thesis -- Step 1: initializing the qubits.
505 8 $a Step 2: choosing the random number, (a) -- Step 3: quantum measurement -- Step 4: finding the right candidate, (r) -- QFT -- Step 5: factorizing (n) -- Notes on Shor's algorithm -- Post-Q-Cryptography -- Summary -- Chapter 10: Quantum Search Algorithms and Quantum Computing -- An overview of Grover's algorithm -- Elements of quantum programming: quantum information and circuits -- Classical information -- Quantum information, gates, and circuits -- Pauli gates (X, Z) -- Identity gate -- Hadamard gate -- Deep dive into Grover's algorithm -- Pseudocode for running Grover's algorithm -- Step 1: Allocate the register of qubits in superposition -- Step 2: Iterations on Grover's operator: G -- The unique search problem and the amplitude amplification probability -- Step 1: The promise of the inputs -- Step 2: Grover's operation G -- Step 3: Quantum measurement -- Summary -- Other Books You May Enjoy -- Index.
520 $a This updated edition takes you on an journey through the realm of cryptographic science, providing an in-depth exploration of its history, principles, and the latest cutting-edge developments. You will learn the mathematical logic of how algorithms encrypt and decrypt messages, introducing more complex math as the book progresses. By getting your foot in the door with how elliptic curves, zero knowledge protocols, homomorphic encryption, and quantum computing shape today's cybersecurity landscape and its attacks and defenses, you will have the groundwork on which to build professional cryptographic experience. This edition will help keep you up to date with the most innovative cryptographic algorithms, ensuring you're well-prepared to navigate the rapidly evolving world of data privacy and cybersecurity. With a focus on emerging trends and challenges, including quantum cryptography you'll acquire the knowledge needed to stay at the forefront of this dynamic field. With the latest updates and an expanded scope, this new edition ensures you're well-prepared to face the ever-evolving landscape of cybersecurity with confidence and expertise.
588 $a Description based on publisher supplied metadata and other sources.
588 $a Description based on print version record.
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