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Speaker Omer Shlomovits gives a lecture at the Blockchain Academy on the basics of cryptography in order to train and support the next generation of blockchain developers. Read more about it here: https://medium.com/kin-contributors/blockchain-cryptography-101-blockchain-academy-4589febaca99 source
Explaining how modern cryptography is built on the 1936 Turing Machine which leads to the idea of ‘hardness’ — a computation that can be done, but is hard to do. This ‘hardness’ underlies everything in modern cryptography. Alas, hardness is not guaranteed and every one of our popular ciphers today
This talk will introduce the world of formal verification with many fascinating and interesting examples: secure messaging, TLS, the Noise Protocol Framework, secure collaborative document editing, and even formally verified public ledgers. Nadim Kobeissi – an applied cryptography researcher at INRIA in Paris, with peer-reviewed publications focusing on applied cryptography,
Moderator: Zulfikar Ramzan, Chief Technology Officer, RSA Ron Rivest, Institute Professor, MIT Adi Shamir, Professor, Computer Science Department, Weizmann Institute of Science, Israel Whitfield Diffie, Cryptographer and Security Expert, Cryptomathic Paul Kocher, Independent Researcher Moxie Marlinspike, Founder, Signal Despite how sophisticated information security has become, it is still a relatively
Original post: https://www.gcppodcast.com/post/episode-123-post-quantum-cryptography-with-nick-sullivan-and-adam-langley/ Nick Sullivan, and Adam Langley join Melanie and Mark to provide a pragmatic view on post-quantum cryptography and what it means to research security for the potential of quantum computing. Post-quantum cryptography is about developing algorithms that are resistant to quantum computers in conjunction with “classical” computers.
Blockchain Cryptography for Developers Svetlin Nakov @ BGWebSummit – April 2018 Elliptic Curve Cryptography (ECC) ECC Concepts, Elliptic Curves, the secp256k1 Curve Private Key to Public Key to Blockchain Address Sign / Verify Transactions in Ethereum Cryptographic Hash Functions: SHA256, SHA3, RIPEMD160, … HMAC and Key Derivation: HMAC, PBKDF2, SCrypt