Block Cipher and Stream Cipher | Explain with animation | Block cipher vs Stream cipher

What is Block Cipher and Stream Cipher? | Explain with animation | Block cipher vs Stream cipher | Block Cipher | Stream Cipher | Stream Cipher vs Block Cipher Follow my blog : https://www.chiragbhalodia.com/2021/09/block-cipher-stream-cipher.html Basically, cryptographic algorithm is used for transformation of plaintext into cipher text. There are basically two methods on which cryptographic algorithm is work: Block Cipher and Stream Cipher. Stream Cipher: In stream cipher keys and algorithms are applied to each binary digit in a data stream, one bit at a time, rather than encrypting block of data. One time pad cipher is the best example of stream cipher. Cipher feedback mode is converting block cipher into stream cipher. Block Cipher: In Block cipher, plain text message divide into fixed size blocks and encrypt each block with some fixed size of key. In this video, I have covered Block cipher and stream cipher techniques. Both the techniques explain with animation. Also explain realtime example of block and stream cipher. Pros and Cons of Block Cipher and Stream Cipher. Also discuss difference between Block Cipher and Stream Cipher. In this video, I have explained Block Cipher and Stream cipher using animation with real time application. Also explained Pros and Cons of Black Cipher and Stream Cipher. Difference between Stream CIpher and Block Cipher is also explain. Block Cipher vs Stream Cipher. Strema Cipher vs Block Cipher. 0:00 Introduction 0:09 Outline 0:19 Method of Cryptographic Algorithm 0:33 Stream Cipher 3:56 Pros and Cons of Stream Cipher 4:39 Block Cipher 7:58 Pros and Cons of Block Cipher 8:40 Stream Cipher vs Block Cipher If you like my video contents, please LIKE, COMMENT, SUBSCRIBE & SHARE with your friends. -------------------------------------------------------------------------------------------------------------- Check out other video on my channel Block Cipher and Stream Cipher: https://youtu.be/-gQrm5j0RkQ Confusion & Diffusion (Frustrated Statistical Analysis or Claud Shannon Properties): https://youtu.be/PJrW6ZqQipo Feistel Cipher Structure (to understand DES): https://youtu.be/emJ0p6h48u4 Data Encryption Standard (DES) Algorithm: https://youtu.be/cVhlCzmb-v0 DES Example using Animation: https://youtu.be/3YBwhWuXZ0o Strength & Weakness of DES, Avalanche effect in DES: https://youtu.be/Xy1hver_aaw Advanced Encryption Standard (AES) Algorithm with structure: https://youtu.be/X8whYEWoDSI AES Example using Animation: https://youtu.be/ZPLEtxxjCYA Key expansion in AES: https://youtu.be/14SAn4IEAHk -------------------------------------------------------------------------------------------------------------- You can always connect with me at: Follow my blog: https://www.chiragbhalodia.com Like my Facebook page: https://www.facebook.com/chiragbhalodia25 Follow me on Instagram: https://www.instagram.com/chiragbhalodia.25 Follow me on twitter: https://twitter.com/chiragsbhalodia Join telegram group: https://t.me/chiragbhalodia Subscribe me on youtube: https://www.youtube.com/c/ChiragBhalodia Follow me on Quora: https://www.quora.com/profile/Chirag-Bhalodia-2 -------------------------------------------------------------------------------------------------------------- Playlist available on my channel: Network Security (CNS, INS, IS): https://youtube.com/playlist?list=PLzQqHxFtQGyfiYWaDnasLdy1JPK3JS06o Computer Network (CN) with animation: https://youtube.com/playlist?list=PLzQqHxFtQGycfs9Vn8BYy0ic0wh-oL9UC VFX Animation & Fun Videos: https://youtube.com/playlist?list=PLzQqHxFtQGyd9esvf-t5XYOKhxQS0tDWx Comupter Organization & Architecture (COA, CA, CO): https://youtube.com/playlist?list=PLzQqHxFtQGyd-uDzS9vov8hJfm03X_SzC Assembly Language Programming: https://youtube.com/playlist?list=PLzQqHxFtQGyeTa82xQyceYxaf-iyZBICw Computer Graphics: https://youtube.com/playlist?list=PLzQqHxFtQGycg_TJBA6uFGDLwbotjs68h #chirag_bhalodia #chiragbhalodia #networksecurity #cryptography #Block_Cipher #Stream_Cipher #Stream_vs_Block_Cipher #Block_vs_Stream_Cipher Keep learning, keep supporting 🤝✨💯