A better definition of Asymmetric Cryptography

If you think Asymmetric Crypto is merely "encrypting with a public key and decrypting with a private key" then you're definition is missing a large part of Asymmetric Cryptography! In this video I share a better framework for understanding Asymmetric Cryptography, and the operations it is responsible for (Encryption, Signatures, and Key Exchanges). // CHAPTERS 0:00 - Understanding Asymmetric Cryptography 0:45 - Asymmetric Keys are not merely a single value 1:28 - Public Keys vs Private Keys -- which are used first? 1:59 - Asymmetric Crypto Operations: Encryption, Signatures, Key Exchanges 3:29 - Asymmetric Crypto Algorithms: RSA, DSA, Diffie-Hellman 4:29 - Want more? pracnet.net/ce // FULL SERIES - Cryptography Essentials // This video is part of a 16-part series covering the essentials of modern Cryptography. Explained simply, and technically accurate. The full series is available here: 📋 https://www.youtube.com/playlist?list=PLIFyRwBY_4bQvq5PuJASilkHSVGLZtceZ ( or use the shortcut pracnet.net/ce ) 00  Series Introduction 01  Hashing 02  Keys / Secret Keys 03  Symmetric Cryptography 04  Encryption 05  MAC / HMAC 06  Pseudo Random Function 07  Asymmetric Cryptography 08  Asymmetric Encryption (RSA) 09  Signatures 10  RSA Signatures 11  DSA Signatures 12  Key Exchanges 13  RSA Key Exchanges 14  DH Key Exchanges 15  Elliptic Curve Cryptography // ADDITIONAL RESOURCES // RSA vs Diffie-Hellman vs DSA: https://www.practicalnetworking.net/practical-tls/rsa-diffie-hellman-dsa-asymmetric-cryptography-explained/ // SUPPORT PRACTICAL NETWORKING // If this content benefited you, then here are TOTALLY FREE ways to show your appreciation: - 👍 Like to help this video reach more viewers - 💬 Comment to boost the channel's visibility - 🔔 Subscribe to help me attract sponsors (this is the number they care about)