Changes between Version 1 and Version 2 of PublicBitcoins


Ignore:
Timestamp:
04/29/13 23:05:22 (12 years ago)
Author:
garcon du monde
Comment:

updating structure and content

Legend:

Unmodified
Added
Removed
Modified
  • PublicBitcoins

    v1 v2  
    33= Bitcoins =
    44
    5 Tachanka! accepts bitcoins donations.....
     5Tachanka! accepts bitcoins. For the most security when using bitcoins, we recommend that you contact first us so that we can give you a new address to transfer the money to, but for the impatient, we provide one address that anyone may use:
     6
     7{{{
     812LTMBMfUXfJiQ2wtHbRxRDqz1Xbg7XMJ6
     9}}}
     10
     11Why do we recommend you contact us for a new address? Well, to fully understand this, we thought we should explain a little more about what bitcoins are and aren't.
     12
     13== Busting the myths ==
     14
     15 * '''''Bitcoin is an anonymous, online currency'''''
     16
     17False. Bitcoin is neither anonymous nor an online currency. Bitcoins are simply a mathematical depiction of a cryptographic algorhythm that has several unique properties allowing it to be used as a currency - that is, something that measures and is able to transmit value. It does ''not'' do this anonymously: every transaction can be followed through, and if it is possible to identify who the owner of a 'wallet' is, then it becomes possible to deduce financial paths as well. This has been written up [http://eprint.iacr.org/2012/584.pdf in more detail (pdf)] elsewhere.
    618
    719
    8 notes from email:
    920
    10 * clearly point out its limits in protecting the sending users' privacy,
    11 just because there is a somewhat common misconception that bitcoin was a
    12 fully anonymous way of payment, and also because knowing these limits
    13 makes it easier for donors to donate
    1421
    15 http://eprint.iacr.org/2012/584.pdf
     22 * '''''Bitcoins have no value'''''
    1623
    17 * state how bitcoin can be better than standard bank transfers (possibly
    18 less monitoring and possibly more anonymity)
     24False. The "value" of bitcoins is supplied through the fact that people actually ''are'' using them! There are numerous online exchanges where bitcoins can be traded for 'real' money (of course, with fees attached!). One good site for tracking this is  http://bitcoinity.org/markets which shows recent trends as well as the current exchange rate against different currencies.
    1925
    20 * prefer (and state that we prefer) face-to-face donations with neither
    21 paper nor electronic trail whenever comfortably possible
     26 * '''''Bitcoins are not as safe as traditional methods for transferring money'''''
    2227
    23 * explain how bitcoins can be bought in a couple places in the world in
    24 a way which preserves the donors' privacy as much as possible (think
    25 ukash, paysafecard, pre-paid credit cards, other kinds of pre-paid
    26 systems and vouchers) and with minimum losses in fees (which usually go
    27 to entities we specifically do not want to support); we should probably
    28 concentrate on the richer countries there (since this is where we'd hope
    29 most donations to come from)
     28False. Bitcoins are perhaps even safer! In pragmatic terms, however, banking systems are much of a muchness: most of the weaknesses are in the humans who are involved. As the transfer of bitcoins relies only on the sender and receiver to input addresses correctly, there are fewer humans involved than might be employed in the traditional banking system, hence less chance of an error occurring.
    3029
    31 * generate bitcoin addresses in a way which maximizes donor privacy
    32 (e.g. I'm not sure whether it makes a difference in terms of a third
    33 party to correlate whether you create 100 addresses at the same or
    34 whether you spread it out across some days with random intervals)
     30== Preserving privacy with bitcoins ==
     31
     32Despite what was said above about privacy, we still believe that bitcoin can offer better privacy preservation than traditional methods of transferring money. Specifically, there is less monitoring - as it is not centrally regulated by any single entity - and there is arguably more anonymity, too.
     33
     34One generic way of providing some obfuscation is, once you've exchanged your local currency into bitcoins, to then pass them around between a number of different 'wallets' before transferring them onto someone else. Unfortunately, this ''is'' just obfuscation, as the [http://eprint.iacr.org/2012/584.pdf paper (pdf)] we mentioned earlier indicates.
     35
     36An alternative is to use an intermediary (or, more than one!) to transfer money from your home currency into bitcoins. For example, if you live in the UK, you can use [http://transferwise.com TransferWise] to transfer money from your account to a EUROs account run by a bitcoin exchange - for instance, [https://bitstamp.net bitstamp.net], who have lower rates than [https://mtgox.com Mt Gox] (the biggest online bitcoin exchange). Using this method, !TransferWise would know the bank details of origin - and hence who was transferring the money, even if you used a pseudonym - but the 'final destination' (i.e. bitstamp.net) would only be presented with the information of !TransferWise. Thus, if the bitstamp net account is registered anonymously (for instance, an account created from a net cafe over [http://tor.eff.org Tor]), then maximum privacy would be ensured.
    3537
    3638
     
    3840
    3941
    40 
    41 Description.
    42 
    43 == Related pages ==
    44 
    45 [[TitleIndex()]]