Linda A. Bertram Livres

The authors explore over two dozen essential concepts of encryption, milestones, mega-trends, and sustainable change in Secret Communications. The beginnings and terminations within process and product life cycles culminate in a "Transformation of Cryptography," necessitating an interdisciplinary approach. This essay discusses innovative breakthroughs in Cryptography, marking a third Epoch, such as resolving the key transport problem with Cesura in Cryptography and Juggerknot Keys. Multi-Encryption and Exponential Encryption demand new thinking for Cryptoanalysis, alongside concepts like Cryptographic Calling, Cryptographic Discovery, and Fiasco Forwarding with Fiasco Keys. Mathematicians hold the human right to privacy through their calculations, while the internet age requires developed competencies to program applications and update contemporary terms and nomenclature across interdisciplinary scientific views. As an educational perspective, the further Democratization of Encryption hinges on discussing the Transformations of Cryptography in teaching and developing open-source programming. This approach not only offers insights into codes, processes, and algorithms but also includes Virtual Keyboards within the same computational process, providing a Trusted Execution Environment (TEE) and a technical and network-oriented solution for "Going the Extra-Mile," which is detailed at the end of this edition.

This encyclopedia offers comprehensive coverage of modern Cryptography and Internet Security, expanding on essential terms and concepts. It serves as a fundamental resource, providing a broad overview and detailed explanations of key terms. An introductory article discusses the "Transformation of Cryptography," making it an effective handbook for students, educators, and professionals across various fields. It aims to deepen understanding of topics related to Information Theory, Applied Mathematics, Technological Impact Assessment, Linguistics, and Computational Methods in Engineering and Programming. The inclusion of a didactic game, "Cryptographic Cafeteria," enhances the learning experience, while bibliographic references facilitate further reading. Organized in an A-Z format, this encyclopedia offers intuitive access to scientific information on Cryptography, Encryption, and Internet Security. It covers a wide range of topics, from AutoCrypt and Exponential Encryption to Zero-Knowledge-Proof Keys, with discussions on Authentication, Block and Stream Ciphers, Cryptanalysis, and various Cryptographic Protocols. Available in both print and eBook formats, the affordable paperback edition makes this valuable resource accessible to readers, researchers, students, and libraries, democratizing knowledge in Cryptography and Internet Security.

This encyclopedia offers comprehensive coverage of modern Cryptography and Internet Security, serving as a vital resource for understanding key terms and concepts. It features a fundamental overview, extensive explanations, and an introductory article on the transformation of cryptography. Designed for students, educators, and professionals across various fields, it enhances knowledge in areas such as Information Theory, Applied Mathematics, and Computational Methods. The inclusion of a didactic game, "Cryptographic Cafeteria," adds an interactive element to learning. Presented in an A-Z format, this resource provides intuitive access to scientific information on all facets of Cryptography, Encryption, and Internet Security. Topics range from AutoCrypt and Exponential Encryption to Zero-Knowledge-Proof Keys, covering essential concepts like Authentication, Block Ciphers, Cryptanalysis, and various Cryptographic Protocols. The encyclopedia is available in both print and eBook formats, with the printed edition priced affordably to ensure accessibility for readers, researchers, and libraries. This effort aims to democratize knowledge in Cryptography, Encryption, and Internet Security, making it readily available and understandable for all interested parties.

In diesem Buch analysieren die Autoren über zwei Dutzend grundlegende Konzepte der Verschlüsselung sowie deren Meilensteine und nachhaltigen Veränderungen in der geheimen Kommunikation. Die Anfänge und Brüche in den Prozess- und Produktlebenszyklen führten zu einer „Transformation der Kryptographie“, die einen interdisziplinären Ansatz erfordert. Innovative Durchbrüche, wie die Lösung des Schlüsseltransportproblems und die Einführung von Secret Streams sowie Juggerknot-Schlüsseln, markieren die dritte Epoche der Kryptographie. Mehrfach- und exponentielle Verschlüsselung verlangen ein neues Denken in der Kryptoanalyse, in Übereinstimmung mit Konzepten wie Cryptografisches Calling und Fiasko Forwarding. Mathematiker stehen vor der Herausforderung, das Menschenrecht auf Privatsphäre zu wahren, während im Internetzeitalter erweiterte Kompetenzen erforderlich sind, um Anwendungen zu programmieren und die Nomenklaturen interdisziplinärer Sichtweisen zu aktualisieren. Die Demokratisierung der Verschlüsselung wird durch die Erörterung der Transformationen im Unterricht und die Entwicklung von Open-Source-Programmen gefördert, die Einblicke in Codes, Prozesse und Algorithmen bieten. Zudem wird das Konzept der „Trusted Execution Environment“ (TEE) behandelt, das eine technisch und netzwerkorientierte Lösung für das „Going the Extra Mile“ in der Kryptographie darstellt, was am Ende des Essays ausführlich beschrieben wird.