Tutoring Cryptography
Need help with tutoring in cryptography
Cryptography Tutoring Overview 1. Introduction Definition: Securing communication and data. Importance: Privacy, integrity, and authentication. 2. Basic Concepts Encryption/Decryption: Converting plaintext to ciphertext and vice versa. Keys: Symmetric (same key) vs. Asymmetric (public/private keys). Algorithms: AES, RSA, SHA. 3. Symmetric Cryptography Concept: Single key encryption. Examples: AES, DES. Uses: Secure data encryption. 4. Asymmetric Cryptography Concept: Two-key encryption. Examples: RSA, ECC. Uses: Key exchange, digital signatures. 5. Hash Functions Concept: One-way functions for data integrity. Examples: SHA-256, MD5. Uses: Verify data integrity, password storage. 6. Digital Signatures Concept: Authentication and verification. Examples: RSA, ECDSA. Uses: Document signing, software integrity. 7. Practical Implementation Python Libraries: pycryptodome, cryptography. Examples: Coding exercises for algorithms and protocols. 8. Security Considerations Vulnerabilities: Common attacks and weaknesses. Best Practices: Secure implementation guidelines. 9. Resources Books and Courses: Recommendations for further study.
Client Remarks:
"Successfully helped me with cryptography, and detailed explanation."
Comments