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The 36th annual Graduate Symposium in Italian Renaissance Art, where our students presented the following papers:
Lindsey G. Hewitt, Incarcerated Art: Andrea di Cione’s Expulsion of the Duke of Athens at the Florentine Stinche
Hannah Mathews, Celebrating Evangelism and Earthly Power in a Clarissan Convent: Paolo Veneziano’s Santa Chiara Polyptych
Tim Grogan, Alberti in Stone and Stucco: Traces of the De re aedificatoria at Giuliano da Sangallo’s Palazzo Scala in Florence
Noah Stevens-Stein, Portraiture between Power and Prophecy: Parmigianino’s Allegory of Holy Roman Emperor Charles V
Katherine Rabogliatti, Immortalizing Encryption in Sofonisba Anguissola’s Boston Self-Portrait (ca. 1556)
Dave Johnson, The Portrait of “Bencino Brugniolaio and diverse things”: Genre-blending in Giovanna Garzoni’s Old Man from Artimino for a Medici Prince
Hannah G. Ward, “Leonardo Pittore Razzista”: How Italy’s Fascist Government Appropriated Leonardo da Vinci as an Icon for Racial Propaganda in La Difesa della Razza
The Hebern Code Machine
Hebern Rotor Machine was an electro-mechanical encryption machine from 1917 single-rotor machine. National Cryptological Museum, National Security Agency,
Fort Meade, Maryland
RT @reach2ratan: What is Cyber 3.0? #CyberSecurity #Databreach #Ransomware #Fintech #Blockchain #defstar5 #makeyourownlane #Mpgvip… t.co/ZlzQNp1qv2 (via Twitter twitter.com/DataCorpLTD/status/916569202143694848)
Rotor number VII from naval Enigma (Serial no. M15796)
All models of Enigma contained rotors, to scramble letters during the encryption process.
This rotor has been exploded to show its internal wiring. The electric current coming in to one letter, say N, is re-routed by the wiring, coming out at another letter, in this case R. This output goes on to become the input for the next rotor, again coming out at another letter.
[Bletchley Park]
Taken in Bletchley Park
Bletchley Park, British government cryptological establishment in operation during World War II. Bletchley Park was where Alan Turing and other agents of the Ultra intelligence project decoded the enemy’s secret messages, most notably those that had been encrypted with the German Enigma and Tunny cipher machines. Experts have suggested that the Bletchley Park code breakers may have shortened the war by as much as two years.
The Bletchley Park site in Buckinghamshire (now in Milton Keynes), England, was about 50 miles (80 km) northwest of London, conveniently located near a railway line that served both Oxford and Cambridge universities. The property consisted of a Victorian manor house and 58 acres (23 hectares) of grounds. The British government acquired it in 1938 and made it a station of the Government Code and Cypher School (GC&CS), designated as Station X. At the start of the war in 1939, the station had only 200 workers, but by late 1944 it had a staff of nearly 9,000, working in three shifts around the clock. Experts at crossword-puzzle solving and chess were among those who were hired. About three-fourths of the workers were women.
To facilitate their work, the staff designed and built equipment, most notably the bulky electromechanical code-breaking machines called Bombes. Later on, in January 1944, came Colossus, an early electronic computer with 1,600 vacuum tubes. The manor house was too small to accommodate everything and everyone, so dozens of wooden outbuildings had to be built. These buildings were called huts, although some were sizable. Turing was working in Hut 8 when he and his associates solved the Enigma. Other new buildings were built from cement blocks and identified by letters, such as Block B.
[Britannica.com]
Assembling, sharing and experimenting with private data of himself and random people found on the internet, young artist Dries Depoorter tackles in a thought-provoking way issues like social identity, big data sharing, encryption and (the lack of) protection of our online privacy.
27.03 to 29.05.2016
www.z33.be/en/driesdepoorter-databroker
Photo: Kristof Vrancken / Z33
The Polycom SoundStation2W is the conference phone that gives you the freedom to conference anywhere. With superior voice quality, proven wireless technologies, added security of voice encryption and the ability to dial through a mobile phone or computer, this product has set the standard for everyday conferencing.
Phil Zimmermann was the author of PGP, so he knows a thing or two about encryption. In this session he described his new secure VOIP protocol, and why it is so important.
RT @reach2ratan: #NIST #Cybersecurity Framework via @ClearwaterHIPAA #Databreach #Fintech #Blockchain #defstar5 #makeyourownlane… t.co/reljHLQNu6 (via Twitter twitter.com/DataCorpLTD/status/916569117863407616)
Report: Invision #Technology Showcase Surrey - Inside CI - #infosec #cybersecurity t.co/GNz25iwzfv t.co/oSwA41IUwD (via Twitter twitter.com/DataCorpLTD/status/921677728125820928)
action.openrightsgroup.org/tell-home-office-protect-encry... The Home Office is holding a secret consultation on technical capability notice (TCN) regulations, which could enable them to order companies like WhatsApp to compromise the security of their products so the Government can surveil customer data.
The 36th annual Graduate Symposium in Italian Renaissance Art, where our students presented the following papers:
Lindsey G. Hewitt, Incarcerated Art: Andrea di Cione’s Expulsion of the Duke of Athens at the Florentine Stinche
Hannah Mathews, Celebrating Evangelism and Earthly Power in a Clarissan Convent: Paolo Veneziano’s Santa Chiara Polyptych
Tim Grogan, Alberti in Stone and Stucco: Traces of the De re aedificatoria at Giuliano da Sangallo’s Palazzo Scala in Florence
Noah Stevens-Stein, Portraiture between Power and Prophecy: Parmigianino’s Allegory of Holy Roman Emperor Charles V
Katherine Rabogliatti, Immortalizing Encryption in Sofonisba Anguissola’s Boston Self-Portrait (ca. 1556)
Dave Johnson, The Portrait of “Bencino Brugniolaio and diverse things”: Genre-blending in Giovanna Garzoni’s Old Man from Artimino for a Medici Prince
Hannah G. Ward, “Leonardo Pittore Razzista”: How Italy’s Fascist Government Appropriated Leonardo da Vinci as an Icon for Racial Propaganda in La Difesa della Razza
Rotor number VII from naval Enigma (Serial no. M15796)
All models of Enigma contained rotors, to scramble letters during the encryption process.
This rotor has been exploded to show its internal wiring. The electric current coming in to one letter, say N, is re-routed by the wiring, coming out at another letter, in this case R. This output goes on to become the input for the next rotor, again coming out at another letter.
[Bletchley Park]
Taken in Bletchley Park
Bletchley Park, British government cryptological establishment in operation during World War II. Bletchley Park was where Alan Turing and other agents of the Ultra intelligence project decoded the enemy’s secret messages, most notably those that had been encrypted with the German Enigma and Tunny cipher machines. Experts have suggested that the Bletchley Park code breakers may have shortened the war by as much as two years.
The Bletchley Park site in Buckinghamshire (now in Milton Keynes), England, was about 50 miles (80 km) northwest of London, conveniently located near a railway line that served both Oxford and Cambridge universities. The property consisted of a Victorian manor house and 58 acres (23 hectares) of grounds. The British government acquired it in 1938 and made it a station of the Government Code and Cypher School (GC&CS), designated as Station X. At the start of the war in 1939, the station had only 200 workers, but by late 1944 it had a staff of nearly 9,000, working in three shifts around the clock. Experts at crossword-puzzle solving and chess were among those who were hired. About three-fourths of the workers were women.
To facilitate their work, the staff designed and built equipment, most notably the bulky electromechanical code-breaking machines called Bombes. Later on, in January 1944, came Colossus, an early electronic computer with 1,600 vacuum tubes. The manor house was too small to accommodate everything and everyone, so dozens of wooden outbuildings had to be built. These buildings were called huts, although some were sizable. Turing was working in Hut 8 when he and his associates solved the Enigma. Other new buildings were built from cement blocks and identified by letters, such as Block B.
[Britannica.com]
Once you back up all your data online, you can sign in to your online back up account and perform modification in your online locker.
Bitlocker is a full disk encryption feature, which is included in the Enterprise and ultimate editions of Windows Vista and Windows 7 and also the Enterprise and Pro editions of Windows 8 and 8.1, as well as Windows Server 2008. Encryption is provided in the whole volume of the drive and the...
www.pulpybucket.com/how-to-survive-data-loss-from-hard-dr...
Chris Christie answers a FPAF question about surveillance and encryption at a Jefferson, IA meet-and-greet in early December
Amy Suo Wu
The Kandinsky Collective
Aksioma Project Space
Komenskega 18, Ljubljana
January 18 - February 17, 2017
Production: Aksioma - Institute for Contemporary Art, Ljubljana, 2017
Photo: Jure Goršič / Aksioma
Brass encryption caliper machine in which the separation of lines determines the letters. Joachim Deuerlin, Zwinger, Mathematisch-Physikalischer Salon. Dresden, Germany. Copyright 2019, James A. Glazier.
Rotor number VII from naval Enigma (Serial no. M15796)
All models of Enigma contained rotors, to scramble letters during the encryption process.
This rotor has been exploded to show its internal wiring. The electric current coming in to one letter, say N, is re-routed by the wiring, coming out at another letter, in this case R. This output goes on to become the input for the next rotor, again coming out at another letter.
[Bletchley Park]
Taken in Bletchley Park
Bletchley Park, British government cryptological establishment in operation during World War II. Bletchley Park was where Alan Turing and other agents of the Ultra intelligence project decoded the enemy’s secret messages, most notably those that had been encrypted with the German Enigma and Tunny cipher machines. Experts have suggested that the Bletchley Park code breakers may have shortened the war by as much as two years.
The Bletchley Park site in Buckinghamshire (now in Milton Keynes), England, was about 50 miles (80 km) northwest of London, conveniently located near a railway line that served both Oxford and Cambridge universities. The property consisted of a Victorian manor house and 58 acres (23 hectares) of grounds. The British government acquired it in 1938 and made it a station of the Government Code and Cypher School (GC&CS), designated as Station X. At the start of the war in 1939, the station had only 200 workers, but by late 1944 it had a staff of nearly 9,000, working in three shifts around the clock. Experts at crossword-puzzle solving and chess were among those who were hired. About three-fourths of the workers were women.
To facilitate their work, the staff designed and built equipment, most notably the bulky electromechanical code-breaking machines called Bombes. Later on, in January 1944, came Colossus, an early electronic computer with 1,600 vacuum tubes. The manor house was too small to accommodate everything and everyone, so dozens of wooden outbuildings had to be built. These buildings were called huts, although some were sizable. Turing was working in Hut 8 when he and his associates solved the Enigma. Other new buildings were built from cement blocks and identified by letters, such as Block B.
[Britannica.com]