Keeping Secrets: Cryptography In A Connected World
Δημοσιεύτηκε στις 14 Αυγ 2014
Josh
Zepps, Simon Singh, Orr Dunkelman, Tal Rabin, and Brian Snow discuss
how, since the earliest days of communication, clever minds have devised
methods for enciphering messages to shield them from prying eyes.
Today, cryptography has moved beyond the realm of dilettantes and
soldiers to become a sophisticated scientific art—combining mathematics,
physics, computer science, and electrical engineering. It not only
protects messages, but it also safeguards our privacy. From email to
banking transactions, modern cryptography is used everywhere. But does
it really protect us? What took place was a discussion of cryptography’s
far-reaching influence throughout history from Julius Caesar’s reign to
Julian Assange’s WikiLeaks, and the ways in which it—and our
privacy—are constantly under assault today as threats lurk behind IP
addresses, computational power increases, and our secrets move online.
Subscribe to our YouTube Channel for all the latest from WSF.
Visit our Website: http://www.worldsciencefestival.com/
Like us on Facebook: https://www.facebook.com/worldscience...
Follow us on twitter: https://twitter.com/WorldSciFest
PARTICIPANTS: Brian Snow, Simon Singh, Orr Dunkelman, Tal Rabin
Original Program Date: June 4, 2011
Cryptography video Introduction. 00:12
Josh Zepps Introduction. 01:33
Participant Introductions. 02:30
What is the history of Cryptography? 04:52
What's the difference between Cryptography and Encryption? 06:56
The Germans invented the enigma machine. 10:00
How the enigma machine works. 12:09
You’re Only as Secure as Your Weakest Link 19:18
Public key and private key encryption example. 22:09
What is the distinction between hacking and cryptanalysis? 26:55
The NSA and what they are looking for? 28:25
How do we establish cyber security? 36:20
How do systems get broken into? 45:30
Can you explain the current system...10, 24 bit can it be cracked? 49:22
A one time pad is as unbreakable as it gets. 53:50
How do you break a code? 56:38
Public key and the key distribution problem. 01:03:04
Codes will need to be tough due to mathematicians getting better. 01:08:15
The cloud and how we protect it. 01:09:22
In a world that is increasingly networked, How do we protect ourselves? 01:14:30
Online voting ... When and how? 01:20:52
Zepps, Simon Singh, Orr Dunkelman, Tal Rabin, and Brian Snow discuss
how, since the earliest days of communication, clever minds have devised
methods for enciphering messages to shield them from prying eyes.
Today, cryptography has moved beyond the realm of dilettantes and
soldiers to become a sophisticated scientific art—combining mathematics,
physics, computer science, and electrical engineering. It not only
protects messages, but it also safeguards our privacy. From email to
banking transactions, modern cryptography is used everywhere. But does
it really protect us? What took place was a discussion of cryptography’s
far-reaching influence throughout history from Julius Caesar’s reign to
Julian Assange’s WikiLeaks, and the ways in which it—and our
privacy—are constantly under assault today as threats lurk behind IP
addresses, computational power increases, and our secrets move online.
Subscribe to our YouTube Channel for all the latest from WSF.
Visit our Website: http://www.worldsciencefestival.com/
Like us on Facebook: https://www.facebook.com/worldscience...
Follow us on twitter: https://twitter.com/WorldSciFest
PARTICIPANTS: Brian Snow, Simon Singh, Orr Dunkelman, Tal Rabin
Original Program Date: June 4, 2011
Cryptography video Introduction. 00:12
Josh Zepps Introduction. 01:33
Participant Introductions. 02:30
What is the history of Cryptography? 04:52
What's the difference between Cryptography and Encryption? 06:56
The Germans invented the enigma machine. 10:00
How the enigma machine works. 12:09
You’re Only as Secure as Your Weakest Link 19:18
Public key and private key encryption example. 22:09
What is the distinction between hacking and cryptanalysis? 26:55
The NSA and what they are looking for? 28:25
How do we establish cyber security? 36:20
How do systems get broken into? 45:30
Can you explain the current system...10, 24 bit can it be cracked? 49:22
A one time pad is as unbreakable as it gets. 53:50
How do you break a code? 56:38
Public key and the key distribution problem. 01:03:04
Codes will need to be tough due to mathematicians getting better. 01:08:15
The cloud and how we protect it. 01:09:22
In a world that is increasingly networked, How do we protect ourselves? 01:14:30
Online voting ... When and how? 01:20:52
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