In 1989, the year the Berlin Wall began to fall, American artist Jim Sanborn was busy working on his Kryptos sculpture, a cryptographic puzzle wrapped in a riddle that he created for the CIA. To honor the 25th anniversary of the Wall The link for this article located at Wired is no longer available. . Unravel the fascinating relationship between Jim Sanborn's enigmatic Kryptos artwork and the rich history of cryptography at the CIA.. Kryptos Sculpture,Cryptographic Art,CIA Secrets,Encryption History. . LinuxSecurity.com Team
The Camellia Block Cipher is a new encryption algorithm which was developed by NTT and has been specified in several Internet RFCs as well as being one of the approved encryption methods to be used by the European Union. Developers on the FreeBSD project worked with researchers from NTT to integrate their code, under a BSD license, into the CURRENT branch of FreeBSD, which will become the 7.0 release in the near future. . "The FreeBSD community will be able to interoperate with systems using the cipher in network protocols, such as IPsec, as well as having the cipher available when building products for use in Europe, a large IT market," said FreeBSD developer George V. Neville-Neil. FreeBSD is a complete and advanced, open source, Unix-like operating system which can be used as a secure and high-performance workstation, network server, or firewall. FreeBSD is developed by a team of over 200 programmers and documentation writers. Over 13,000 third-party software suites are freely available for quick installation from the FreeBSD Packages Collection. More information about FreeBSD is available on the web at https://www.freebsd.org/. The link for this article located at PRWeb is no longer available. . 'The FreeBSD community will be able to interoperate with systems using the cipher in network protoco. camellia, block, cipher, encryption, algorithm, which, developed. . LinuxSecurity.com Team
A new report dashes any remaining illusions that 802.11-based (Wi-Fi) wireless local-area networks are in any way secure. The paper, written by three of the world's foremost cryptographers, describes a devastating attack on the RC4 cipher, on which the WLAN wired-equivalent privacy (WEP) encryption scheme is based.. . .. A new report dashes any remaining illusions that 802.11-based (Wi-Fi) wireless local-area networks are in any way secure. The paper, written by three of the world's foremost cryptographers, describes a devastating attack on the RC4 cipher, on which the WLAN wired-equivalent privacy (WEP) encryption scheme is based. The passive network attack takes advantage of several weaknesses in the key-scheduling algorithm of RC4 and allows almost anyone with a WLAN-enabled laptop and some readily available "promiscuous" network software to retrieve a network's key - thereby gaining full user access - in less than 15 minutes. The new attack has implications for a wireless LAN market that is on the cusp of reaching critical mass. According to Frost & Sullivan, the WLAN's market value will approach $2 billion by the end of this year and spring to almost $5 billion by 2005. The link for this article located at EE Times is no longer available. . A comprehensive analysis uncovers significant vulnerabilities in the RSA algorithm employed for secure email transmission, jeopardizing digital communication safety.. RC4 Weaknesses, WLAN Security, Network Access Threats. . Anthony Pell
The US Government is adopting a new encryption standard called Advanced Encryption Standard (AES), which will eventually replace DES. On October 2, the National Institute of Standards and Technology (NIST) announced that it had chosen Rijndael (pronounced Rhine-doll) as the new . . . . The US Government is adopting a new encryption standard called Advanced Encryption Standard (AES), which will eventually replace DES. On October 2, the National Institute of Standards and Technology (NIST) announced that it had chosen Rijndael (pronounced Rhine-doll) as the new standard's cipher formula. Detailed information about the Rijndael cipher is available here. A press release on the NIST Web site states, "When approved, the AES will be a public algorithm designed to protect sensitive government information well into the 21st century." If that's true, what will we use after AES? Perhaps the answer resides in quantum mechanics. I recently read an interesting article in Physics Today called "From Quantum Cheating to Quantum Security." The article offers a good view of the inherent risks in our current encryption technologies, such as DES and RSA, and relates how scientists could create quantum mechanics-based computers to both break encryption systems and to facilitate more secure encryption algorithms. Be sure to read our interview with the Rijndael author . The link for this article located at Windows IT Security is no longer available. . The United States Administration is implementing a novel cryptographic framework known as the Secure Encryption Protocol (SEP) to bolster protection.. Quantum Encryption,AES Security,Rijndael Cipher,Encryption Technology. . LinuxSecurity.com Team
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