Quote from: o_e_l_e_o on October 24, 2020, 01:37:21 AM

Quote from: squatter on October 23, 2020, 11:00:18 PM

As for ChipMixer, I believe they have very good reasons not to implement Bech32 yet:

I'm not sure I follow that logic. The anonymity from using ChipMixer does not rely on an attacker not being able to tell an output came from ChipMixer. Indeed, it is trivial to identity a ChipMixer output, given their characteristic funding transactions with 50 outputs of 0.016 BTC, or similar. It is therefore irrelevant if an output is legacy or Bech32 - it can easily be identified as a ChipMixer output either way. Rather, the anonymity comes from being unable to link these outputs to any inputs due to the time travel funding structure and set chip size.

Anyone can copy ChipMixer's "characteristinc funding" for their own transactions: just take an input, and create many chip-sized outputs in one transaction.

I've made some lists counting currently funded addresses in chips-size.
All addresses:
1 mBTC: 268782
2 mBTC: 69499
4 mBTC: 32541
8 mBTC: 16476
16 mBTC: 8782
32 mBTC: 4378
64 mBTC: 1940
128 mBTC: 1469
256 mBTC: 726
500 mBTC: 39785
512 mBTC: 616
1000 mBTC: 86705
1024 mBTC: 446
2048 mBTC: 93
4096 mBTC: 134
8192 mBTC: 32

Only addresses starting with 1:
1 mBTC: 216475
2 mBTC: 52087
4 mBTC: 24640
8 mBTC: 12498
16 mBTC: 6626
32 mBTC: 3485
64 mBTC: 1700
128 mBTC: 1318
256 mBTC: 658
500 mBTC: 19436
512 mBTC: 592
1000 mBTC: 52094
1024 mBTC: 435
2048 mBTC: 88
4096 mBTC: 132
8192 mBTC: 31

Only addresses starting with 3:
1 mBTC: 39821
2 mBTC: 13391
4 mBTC: 6801
8 mBTC: 3297
16 mBTC: 1944
32 mBTC: 781
64 mBTC: 209
128 mBTC: 119
256 mBTC: 58
500 mBTC: 14684
512 mBTC: 22
1000 mBTC: 27670
1024 mBTC: 7
2048 mBTC: 5
4096 mBTC: 2
8192 mBTC: 1

Only addresses starting with bc1:
1 mBTC: 12450
2 mBTC: 4016
4 mBTC: 1099
8 mBTC: 679
16 mBTC: 211
32 mBTC: 112
64 mBTC: 31
128 mBTC: 32
256 mBTC: 10
500 mBTC: 5665
512 mBTC: 2
1000 mBTC: 6940
1024 mBTC: 4
2048 mBTC: 0
4096 mBTC: 0
8192 mBTC: 0

Only weird addresses (anything with a "-" in it):
1 mBTC: 36
2 mBTC: 5
4 mBTC: 1
8 mBTC: 2
16 mBTC: 1
32 mBTC: 0
64 mBTC: 0
128 mBTC: 0
256 mBTC: 0
500 mBTC: 0
512 mBTC: 0
1000 mBTC: 1
1024 mBTC: 0
2048 mBTC: 0
4096 mBTC: 0
8192 mBTC: 0

Notes:
I'm using data from October 24 because of bandwidth problems
I only check the total balance, some addresses may have received funds several times.