An Interest In:
Web News this Week
- March 26, 2024
- March 25, 2024
- March 24, 2024
- March 23, 2024
- March 22, 2024
- March 21, 2024
- March 20, 2024
May 26, 2016 08:00 am
Original Link: http://rss.slashdot.org/~r/Slashdot/slashdot/~3/-U2ADmN8U9s/tor-to-use-distributed-rng-to-generate-truly-random-numbers
Tor To Use Distributed RNG To Generate Truly Random Numbers
An anonymous reader quotes a report from Softpedia: Tor developers have been working on the next iteration of the Tor network and its underbelly, the Onion routing protocol, in order to create a stronger, harder-to-crack anonymous communications system. To advance the project, the developer team schedules brainstorming and planning meetings at regular intervals. The most recent of these meetings took place last week, in Montreal, Canada. In this session, the team tested the next generation of the Tor network working on top of a revamped Onion protocol that uses a new algorithm for generating random numbers, never before seen on the Internet. The Tor Project says it created something it calls "a distributed RNG" (random number generator) that uses two or more computers to create random numbers and then blends their outputs together into a new random number. The end result is something that's almost impossible to crack without knowing which computers from a network contributed to the final random number, and which entropy each one used. Last week, two University of Texas academics have made a breakthrough in random number generation. The work is theoretical, but could lead to a number of advances in cryptography, scientific polling, and the study of various complex environments such as the climate.Read more of this story at Slashdot.
Original Link: http://rss.slashdot.org/~r/Slashdot/slashdot/~3/-U2ADmN8U9s/tor-to-use-distributed-rng-to-generate-truly-random-numbers
Share this article:
Tweet
View Full Article
Slashdot
Slashdot was originally created in September of 1997 by Rob "CmdrTaco" Malda. Today it is owned by Geeknet, Inc..More About this Source Visit Slashdot