
Matthew Green
Associate Professor of Computer Science at John Hopkins University, specializing in cryptography and blockchain technology; contributed to the Zerocash project.
Top 3 podcasts with Matthew Green
Ranked by the Snipd community

25 snips
Sep 7, 2024 • 1h 4min
Telegram with Matthew Green
Matthew Green, a leading cryptography expert, dives into the controversial security flaws of Telegram, especially after CEO Pavel Durov's arrest in France. He debunks Telegram’s reputation as a secure messaging app, discussing its non-standard encryption methods and lack of transparency. Green presents alarming critiques of the MT Proto 2.0 protocol and compares it unfavorably to superior platforms like Signal. The conversation also touches on the legal implications of messaging apps in the context of privacy and government oversight.

17 snips
Jul 25, 2022 • 1h 13min
129 - Why the Crypto Critics Are Wrong | Matthew Green
Matthew Green, an Associate Professor at Johns Hopkins University and co-creator of Zerocash, dives deep into the criticisms facing cryptocurrency. He discusses a recent open letter to Congress signed by over 1,500 tech experts denouncing crypto, offering robust defenses against misconceptions. Green addresses environmental concerns surrounding Bitcoin’s proof of work, explores the notion of blockchain immutability, and highlights the industry's need for improvement. With optimism, he advocates for dialogue and innovative solutions to build a better future for cryptocurrency.

Dec 7, 2024 • 1h 8min
Dual_EC_DRBG with Justin Schuh and Matthew Green
Matthew Green, a renowned cryptographer known for his passionate takes on security, joins Justin Schuh to dissect the controversial Dual_EC_DRBG. They debate whether this random number generator was a deliberate backdoor by the NSA or merely a colossal blunder. The conversation uncovers the ethical dilemmas of cryptographic standards, the NSA's questionable practices, and the erosion of public trust in secure communications. Their insights blend humor and serious analysis, illuminating the complexities of cryptography in today's world.