Secrecy and Authentication in Public-Key Cryptography

Exploring the principles of ensuring secrecy and authentication through Public-Key Cryptography, also referred to as Two-Key Cryptography or Asymmetric Encryption.

CSE Adil86 views6:23

🔥 Related Trending Topics

LIVE TRENDS

This video may be related to current global trending topics. Click any trend to explore more videos about what's hot right now!

THIS VIDEO IS TRENDING!

This video is currently trending in Thailand under the topic 'สภาพอากาศ'.

About this video

Topics: Ensuring Secrecy and Authentication by using Public-Key Cryptography which is also known as Two-Key Cryptography or we can say Asymmetric Encryption 🔐Dive into the dual capabilities of public-key cryptography for both secrecy and authentication with our detailed guide. Join us as we explore how this revolutionary cryptographic method secures communication and verifies identity in the digital world. 🔍In this video, we cover; Dual Functionality: Understand how public-key cryptography can be used to provide both secrecy and authentication in digital communications. Secrecy: Learn how messages are encrypted with the recipient public key ensuring only the holder of the corresponding private key can decrypt and access the message. Authentication: Discover how digital signatures work where a sender private key signs a message, allowing anyone with the sender public key to verify the authenticity and integrity of the message. Asymmetric Nature: Explore the asymmetric nature of public-key cryptography, enhancing security by ensuring that encryption and decryption keys are not identical. 📚Gain insights into the practical applications: Secure Communication: Ensuring that sensitive information remains confidential and accessible only to the intended recipient. Digital Signatures: Providing a reliable method for verifying the sender identity and ensuring the message has not been tampered with. 📜Historical Context: Developed by Whitfield Diffie and Martin Hellman at Stanford University in 1976, public-key cryptography has transformed the landscape of digital security. 🔑Why Public-Key Cryptography Matters: Key Distribution: Overcoming the challenge of secure key exchange without the need for a trusted intermediary. Robust Security: Leveraging complex mathematical principles to create a system that is computationally infeasible to break. 🚀Whether you are a cybersecurity professional or a student of cryptography or simply interested in modern encryption technologies this video offers valuable insights into the essential roles of public-key cryptography in securing our digital world. Do not forget to subscribe like and share to stay updated on the latest in encryption and cybersecurity.

Video Information

Views
86

Total views since publication

Duration
6:23

Video length

Published
Jul 7, 2024

Release date

Quality
hd

Video definition