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The Internet

What Do You Do With a Personal Domain? 286

bmerr71 writes "I bought my own domain name to use as a self-promotion tool. I use a subdomain, 'profile.mydomain.com', which I selectively put on my email signatures to link to my linkedin profile. I also loaded up Google Apps to use for email. But when you go directly to my domain name, there is nothing there. I didn't want GoDaddy getting ad revenue off my name (and it doesn't look very professional), so I killed the ad page, but it seems like I should be able to put something up on my main page. But, I am not interesting in blogging, I do not want too much personal information up there, and I do not want to spend a lot of money (none, if possible). Are there any free apps that I can load up on my domain to fill the blank space? What do non-bloggers do with their personal domains?"

Comment World Wide Web (Score 1) 498

In both the physical and conceptual sense it's a mesh(/web). Physically it interconnects computers via wires in a web. Conceptually it connects ideas and information by use of hyperlinks(links for short) in a mesh. Both the conceptual and physical network are open, everyone can post ideas and links to ideas furthermore everyone can add computers to the web. It is interesting to note that the conceptual and physical internet are two separate things. There is no law binding the ideas in the internet (stored in, for example, html documents) to specific computers in the mesh. Nor is there a law stating that specific machines in the web should contain specific information. In a way the conceptual internet is distributed over the physical network the same way the pictures in a photo album are independent from the album itself.

How Encrypted Binaries Work In Mac OS X 365

An anonymous reader writes "By now we know that OS X uses encrypted binaries for some critical apps like Dock, Finder and LoginWindow. Amit Singh explains the implementation of this protection scheme which makes use of the AES crypto algorithm and a special memory pager in Mach. The so called Do Not Steal Mac OS X (DSMOS) kernel extension helps along the way by decrypting things for the special pager when apps get executed. A funny thing is that if you print the pointer at address 0xFFFF1600 in your own app you get as output Apple's karma poem for crackers! According to the article there are 8 protected binaries in OSX including Rosetta and Spotlight meta data demon. Interestingly Apple's window server is NOT one of those."

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