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nakov avatar

nakov/practical-cryptography-for-developers-book

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Practical Cryptography For Developers Book

This project is an educational textbook and technical handbook focused on the practical implementation of cryptographic algorithms for software development. It serves as a comprehensive resource for engineers seeking to apply mathematical primitives to secure data storage and network communications.

The material covers the application of symmetric and asymmetric ciphers, digital signature verification, and key derivation functions. It details the construction of secure protocols by combining fundamental building blocks such as hashes and message authentication codes to ensure data privacy, integrity, and sender authenticity.

The content provides technical guidance on managing the lifecycle of cryptographic keys and establishing secure communication channels. It explains the use of mathematical properties in key agreement protocols and the integration of authenticated encryption to protect sensitive information against unauthorized access. The project is available as a structured reference guide for implementing standard security engineering practices.

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cryptobook.nakov.com
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Features

  • Textbooks - Serves as a practical textbook for implementing secure hashing, digital signatures, and key derivation functions.
  • Security Engineering Handbooks - Provides a technical manual detailing the implementation of standard cryptographic algorithms to protect sensitive data.
  • Security and Cryptography Study Materials - Acts as a comprehensive educational resource covering core cryptographic primitives and secure transmission protocols.
  • Authenticated Encryption - Integrates symmetric ciphers with message authentication codes to ensure data privacy and tamper detection.
  • Cryptographic Key Management - Provides technical guidance on managing the lifecycle of cryptographic keys and establishing secure communication channels.
  • Cryptographic Primitives - Provides standard mathematical operations including hashes, message authentication codes, and key derivation functions.
  • Cryptographic Primitives - Explains the composition of fundamental building blocks like hashes and ciphers to construct secure protocols.
  • Digital Signature Verifications - Details the logic for validating data authenticity by checking cryptographic signatures against public keys.
  • Key Agreement Protocols - Provides technical guidance on using mathematical properties of elliptic curves and discrete logarithms to establish shared secrets.
  • Network Transmission Security - Details methods for protecting sensitive information during transit using modern encryption techniques.
  • Key Derivation Functions - Covers iterative hashing and salt-based stretching to transform low-entropy inputs into strong cryptographic keys.
  • General Data Encryption - Provides encryption capabilities using symmetric and asymmetric ciphers to protect sensitive information.
  • Blockchain Learning Resources - Book on practical cryptography for developers.
3,807 stars·466 forks·CSS·MIT·14 views

Star history

Star history chart for nakov/practical-cryptography-for-developers-bookStar history chart for nakov/practical-cryptography-for-developers-book

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

Frequently asked questions

What does nakov/practical-cryptography-for-developers-book do?

This project is an educational textbook and technical handbook focused on the practical implementation of cryptographic algorithms for software development. It serves as a comprehensive resource for engineers seeking to apply mathematical primitives to secure data storage and network communications.

What are the main features of nakov/practical-cryptography-for-developers-book?

The main features of nakov/practical-cryptography-for-developers-book are: Textbooks, Security Engineering Handbooks, Security and Cryptography Study Materials, Authenticated Encryption, Cryptographic Key Management, Cryptographic Primitives, Digital Signature Verifications, Key Agreement Protocols.

Which projects share features with nakov/practical-cryptography-for-developers-book?

Projects with overlapping indexed features include: weidai11/cryptopp — Crypto++ is a comprehensive C++ cryptographic library that implements a broad range of algorithms for symmetric and… google/tink — Tink is a multi-language cryptography library and security toolkit providing secure APIs for data encryption and… yeasy/blockchain_guide — This is an educational resource that provides a comprehensive guide to blockchain and distributed ledger technologies,… jedisct1/libsodium — Libsodium is a portable, C-based cryptographic library that provides a collection of modern primitives for encryption,… defuse/php-encryption — php-encryption is a symmetric encryption library for PHP that provides tools for authenticated encryption and key… armmbed/mbedtls — Mbed TLS is an open-source TLS and DTLS library with a small footprint, designed for embedded systems and IoT devices.…

Projects sharing features with Practical Cryptography For Developers Book

These projects share indexed features with Practical Cryptography For Developers Book. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • weidai11/cryptoppweidai11 avatar

    weidai11/cryptopp

    5,412View on GitHub↗

    Crypto++ is a comprehensive C++ cryptographic library that implements a broad range of algorithms for symmetric and asymmetric encryption, hashing, and digital signatures. It is designed as a portable toolkit, usable across different operating systems without modification. The library distinguishes itself through its architecture: cryptographic parameters such as key size and mode are configured at compile time via C++ templates, eliminating runtime overhead. Algorithms are registered in a static factory for runtime lookup, while data processing follows a pipeline model of composable sources,

    C++c-plus-pluscryptocryptography
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  • google/tinkgoogle avatar

    google/tink

    13,542View on GitHub↗

    Tink is a multi-language cryptography library and security toolkit providing secure APIs for data encryption and digital signatures. It functions as a data encryption library and digital signature framework designed to prevent common implementation errors across different platforms and operating systems. The project serves as a cryptographic keyset manager, utilizing JSON for the storage, rotation, and serialization of keys to maintain consistency across various programming languages. It ensures identical cryptographic behavior globally by mapping language-specific libraries to a unified set

    Java
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  • yeasy/blockchain_guideyeasy avatar

    yeasy/blockchain_guide

    7,069View on GitHub↗

    This is an educational resource that provides a comprehensive guide to blockchain and distributed ledger technologies, covering everything from fundamental concepts to practical deployment. The guide systematically explains the core architecture of blockchain systems, including consensus-based distributed ledgers, cryptographic hash chains, Merkle trees, and smart contract execution engines, while also detailing permissioned channel architectures and modular service platforms for enterprise use. The resource distinguishes itself by offering a dual-track learning path that serves both non-tech

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  • jedisct1/libsodiumjedisct1 avatar

    jedisct1/libsodium

    13,467View on GitHub↗

    Libsodium is a portable, C-based cryptographic library that provides a collection of modern primitives for encryption, decryption, digital signatures, password hashing, and secure key exchange. It is designed to facilitate secure communication and data integrity across diverse hardware architectures and operating systems. The library distinguishes itself by utilizing constant-time primitive execution to prevent side-channel attacks and employing memory-hard algorithms to increase the difficulty of brute-force password attacks. It abstracts complex mathematical operations into simplified inter

    Cccryptocryptography
    View on GitHub↗13,467
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