Mathematical Cryptanalysis in the Real World

Cryptography is often regarded as a cornerstone of computer security. Yet, many public-key cryptographic algorithms show vulnerability to implementation errors or misinterpretations. This talk surveys 'weapons of math destruction' that have proven remarkably effective in identifying flawed cryptographic implementations in real-world scenarios. It also covers adventures in both active and passive network measurement of cryptographic protocols, highlighting the challenges and advancements in this critical field.
Speaker
Nadia Heninger, Associate Professor of Computer Science and Engineering, University of California, San Diego
Sign up to our mailing list to stay informed of upcoming NYU Abu Dhabi Institute events:
nyuad.nyu.edu/...
***********************
About the Channel:
NYUAD Institute aims to connect with and enrich the global community, through the talks, panel discussions, film screenings, and exhibitions it organises. Featuring renowned scholars, researchers, policymakers, and thought leaders who present topics of local and global significance.
If you like our videos, please consider subscribing to our Channel!
***********************
About the Institute:
Established in 2008, the NYU Abu Dhabi Institute is a center of advanced research, scholarly, and creative activity for Abu Dhabi, the UAE, and the world. Its academic conferences serve as a scholarly platform for NYU Abu Dhabi faculty, and faculty across the global network, to discuss and showcase their innovative research and creative activity.
To learn more visit our website:
nyuad.nyu.edu/e...
***********************
Follow us on social media:
Facebook: / nyuadinstitute
Twitter: / nyuadinstitute
Instagram: / nyuadinstitute
***********************
#MathematicalCryptanalysis #Cryptography #ComputerSecurity #PublicKeyCryptography #CryptoChallenges #NetworkSecurity #CryptoProtocols #RealWorldCryptography #CybersecurityInsights #Cryptanalysis #AdvancementsInCryptography #CyberSecurityTalk #Encryption #Decryption #CyberSec #SecurityProtocols #CryptoAlgorithms #NYUAD