![]() ![]() There is a way, though: a way that is possible for we mere mortals. And keeping up is a labor of love - it does take considerable work. And while locking down Linux against incursions by some of the very best hackers in the world - those friendly folks at NSA - is actually possible (it isn't with Windows or iOS - period), it's constantly in flux. It's possible to lock Linux down, but it's very difficult - almost impossible - and intensely geeky (do you speak Snort?). You are owned.ĭo you use Linux? 1000 to 1 you're hosed. maybe you're flying totally under their radar? Mmmph. But maybe posting with a fake user name on a non-threatening site like DKos. yeah: they can do that too, if they want to. ![]() If they want to be inside your computer watching what you do in real time. They own your relatives, your friends, every plan you've ever made and how it turned out, every word you've ever written, every dime you've spent. They own every thought, all your dreams and aspirations. If you're familiar with Bitcoin, this is similar to the mining process, but much less computationally intensive.Let's start here: do you use Windows? Or an Apple operating system on your computer? You're hosed. So when you send a message your computer screws around for three or four minutes in the background, doing some work - then your message is added to the blockchain and transmitted. It's kind of like you can't have dessert until you eat those damn peas. You can't send a message unless you do some work to help support and propagate the Bitmessage network. Part of the scheme is what is called 'Proof of Work'. It's easy to see how this eliminates address and location metadata, no? If your client can't decrypt any part of the blockchain, then you have no new messages. When you receive a message there is no address for it to go to what you're doing is scanning the entire blockchain for any part of it that your client can decrypt - if your client finds something that can be decrypted then it's a message for you. When you send a message, you don't leave your 'address' anywhere you're just inserting some encrypted information into the blockchain. * shrug * Who doesn't pick up and respond to their email within two days when they're dealing with important stuff? Stuff older than two days is automagically deleted. So the developers truncate the file at two days worth of messages. That really wouldn't do for Bitmessage, where you have to download and constantly update it to get all the latest messages. The blockchain of Bitcoin is huge now, of course. When you send a message to someone it is encrypted and placed into the blockchain with all of everybody else's messages - but the only person who can decrypt that one message is your intended recipient. All of the messages sent by everyone who uses the system are in that file - but you can only decrypt those messages intended for you. It works more-or-less the same as Bitcoin: there is a thing - a big, single file - called a blockchain (actually the file name is messages.dat) that everybody gets all of, and which updates all the time. Windows, Linux or iOS (although iOS is "lightly tested"). Bitmessage is a P2P email client that you install on your computer. ![]()
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