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    Highlights of the ICANNWatch Archive
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    ICANN Board Designates VeriSign to Retain .net | Log in/Create an Account | Top | 28 comments | Search Discussion
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    TOP SECRET .NET Meeting Set for Late June on .GRID
    by Anonymous on Thursday June 16 2005, @05:13AM (#15598)
    TOP SECRET .NET Meeting Set for Late June on .GRID

    Face-to-Face Secret Key Generation and WIFI Distribution[1]

    Burning Man Gathering Where Secret Keys are Burned Into WIFI Router NVRAMs .NET Name Owners Are Allocated Huge Chunks of Unique Routable IP Address Space FREE Without
    the Need for RIRs

    First Annual .NET Name Auction, Key Exchange and
    Exchange of Physical .NET Nodes Showing PROOF
    of Ownership of the .NET Name

    Be There or Be Quiet .IBM

    [1] In traditional cryptography, the sender and receiver of a message know and use the same secret key; the sender uses the secret key to encrypt the message, and the receiver uses the same secret key to decrypt the message. This method is known as secret key or symmetric cryptography (see Question 2.1.2). The main challenge is getting the sender and receiver to agree on the secret key without anyone else finding out. If they are in separate physical locations, they must trust a courier, a phone system, or some other transmission medium to prevent the disclosure of the secret key. Anyone who overhears or intercepts the key in transit can later read, modify, and forge all messages encrypted or authenticated using that key. The generation, transmission and storage of keys is called key management (see Section 4.1); all cryptosystems must deal with key management issues. Because all keys in a secret-key cryptosystem must remain secret, secret-key cryptography often has difficulty providing secure key management, especially in open systems with a large number of users.
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