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    Author Topic: Bitcoin puzzle transaction ~32 BTC prize to who solves it  (Read 323284 times)

    • mrxtraf
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    June 25, 2019, 03:05:10 PM
     #1021
    Quote from: jpyao78 on June 25, 2019, 05:00:15 AM

    62   2000000000000000 - 3FFFFFFFFFFFFFFF
    63   4000000000000000 - 7FFFFFFFFFFFFFFF
    64   8000000000000000-  FFFFFFFFFFFFFFFF

    If realy getting random number at privat key. And used previos statisks. When, no any numbers not found in previos 30 percent in own range.
    Code:
    Pos='01' Diff='0' Pos='0' Perc='100' Percent2='100' 
    Pos='02' Diff='2' Pos='2' Perc='100' Percent2='100' 
    Pos='03' Diff='5' Pos='5' Perc='100' Percent2='100' 
    Pos='04' Diff='11' Pos='4' Perc='36.36' Percent2='53.33' 
    Pos='05' Diff='23' Pos='13' Perc='56.52' Percent2='67.74' 
    Pos='06' Diff='47' Pos='33' Perc='70.21' Percent2='77.77' 
    Pos='07' Diff='95' Pos='44' Perc='46.31' Percent2='59.84' 
    Pos='08' Diff='191' Pos='160' Perc='83.76' Percent2='87.84' 
    Pos='09' Diff='383' Pos='339' Perc='88.51' Percent2='91.38' 
    Pos='10' Diff='767' Pos='258' Perc='33.63' Percent2='50.24' 
    Pos='11' Diff='1535' Pos='643' Perc='41.88' Percent2='56.42' 
    Pos='12' Diff='3071' Pos='1659' Perc='54.02' Percent2='65.51' 
    Pos='13' Diff='6143' Pos='3168' Perc='51.57' Percent2='63.67' 
    Pos='14' Diff='12287' Pos='6448' Perc='52.47' Percent2='64.35' 
    Pos='15' Diff='24575' Pos='18675' Perc='75.99' Percent2='81.99' 
    Pos='16' Diff='49151' Pos='35126' Perc='71.46' Percent2='78.59' 
    Pos='17' Diff='98303' Pos='63055' Perc='64.14' Percent2='73.1' 
    Pos='18' Diff='196607' Pos='133133' Perc='67.71' Percent2='75.78' 
    Pos='19' Diff='393215' Pos='226463' Perc='57.59' Percent2='68.19' 
    Pos='20' Diff='786431' Pos='601173' Perc='76.44' Percent2='82.33' 
    Pos='21' Diff='1572863' Pos='1287476' Perc='81.85' Percent2='86.39' 
    Pos='22' Diff='3145727' Pos='1958927' Perc='62.27' Percent2='71.7' 
    Pos='23' Diff='6291455' Pos='3501650' Perc='55.65' Percent2='66.74' 
    Pos='24' Diff='12582911' Pos='10234372' Perc='81.33' Percent2='86' 
    Pos='25' Diff='25165823' Pos='24796901' Perc='98.53' Percent2='98.9' 
    Pos='26' Diff='50331647' Pos='37761646' Perc='75.02' Percent2='81.26' 
    Pos='27' Diff='100663295' Pos='78395509' Perc='77.87' Percent2='83.4' 
    Pos='28' Diff='201326591' Pos='160525544' Perc='79.73' Percent2='84.8' 
    Pos='29' Diff='402653183' Pos='266491166' Perc='66.18' Percent2='74.63' 
    Pos='30' Diff='805306367' Pos='764726628' Perc='94.96' Percent2='96.22' 
    Pos='31' Diff='1610612735' Pos='1565517639' Perc='97.2' Percent2='97.9' 
    Pos='32' Diff='3221225471' Pos='2019730990' Perc='62.7' Percent2='72.02' 
    Pos='33' Diff='6442450943' Pos='4989954264' Perc='77.45' Percent2='83.09' 
    Pos='34' Diff='12884901887' Pos='9838104861' Perc='76.35' Percent2='82.26' 
    Pos='35' Diff='25769803775' Pos='11522937200' Perc='44.71' Percent2='58.53' 
    Pos='36' Diff='51539607551' Pos='25207900796' Perc='48.9' Percent2='61.68' 
    Pos='37' Diff='103079215103' Pos='65891822227' Perc='63.92' Percent2='72.94' 
    Pos='38' Diff='206158430207' Pos='78252059856' Perc='37.95' Percent2='53.46' 
    Pos='39' Diff='412316860415' Pos='186286015465' Perc='45.18' Percent2='58.88' 
    Pos='40' Diff='824633720831' Pos='728773506006' Perc='88.37' Percent2='91.28' 
    Pos='41' Diff='1649267441663' Pos='908496391259' Perc='55.08' Percent2='66.31' 
    Pos='42' Diff='3298534883327' Pos='1795862924687' Perc='54.44' Percent2='65.83' 
    Pos='43' Diff='6597069766655' Pos='5210787792273' Perc='78.98' Percent2='84.23' 
    Pos='44' Diff='13194139533311' Pos='11006715245967' Perc='83.42' Percent2='87.56' 
    Pos='45' Diff='26388279066623' Pos='11200370064389' Perc='42.44' Percent2='56.83' 
    Pos='46' Diff='52776558133247' Pos='33816484304196' Perc='64.07' Percent2='73.05' 
    Pos='47' Diff='105553116266495' Pos='84482287025338' Perc='80.03' Percent2='85.02' 
    Pos='48' Diff='211106232532991' Pos='120838230522779' Perc='57.24' Percent2='67.93' 
    Pos='49' Diff='422212465065983' Pos='268381416677197' Perc='63.56' Percent2='72.67' 
    Pos='50' Diff='844424930131967' Pos='329665519457108' Perc='39.04' Percent2='54.28' 
    Pos='51' Diff='1688849860263935' Pos='1495819561732564' Perc='88.57' Percent2='91.42' 
    Pos='52' Diff='3377699720527871' Pos='3090595732758076' Perc='91.5' Percent2='93.62' 
    Pos='53' Diff='6755399441055743' Pos='4511884157792876' Perc='66.78' Percent2='75.09' 
    Pos='54' Diff='13510798882111487' Pos='5470855617126211' Perc='40.49' Percent2='55.36' 
    Pos='55' Diff='27021597764222975' Pos='21038191237128468' Perc='77.85' Percent2='83.39' 
    Pos='56' Diff='54043195528445951' Pos='26204343783194591' Perc='48.48' Percent2='61.36' 
    Pos='57' Diff='108086391056891903' Pos='102216961891882524' Perc='94.56' Percent2='95.92' 
    Pos='58' Diff='216172782113783807' Pos='127919073938414113' Perc='59.17' Percent2='69.38' 
    Pos='59' Diff='432345564227567615' Pos='380955196182410319' Perc='88.11' Percent2='91.08' 
    Pos='60' Diff='864691128455135231' Pos='846810974067784638' Perc='97.93' Percent2='98.44' 
    Pos='61' Diff='1729382256910270463' Pos='849326790315231494' Perc='49.11' Percent2='61.83'
    First percent in own range. Second in full range from 0 to own end.
    It just happens that it is difficult (small chance) to get a large number of consecutive zeros.
    And a very small chance that it will look like 10001... or 1001... or 101... or 11... and a very small chance that it will look like 1000000000.....
    But for some reason, this logic does not come to the end of the list. If we throw away very small ranges, then we see that there are a lot of keys in the range of 90 percent.
    98.53, 94.96, 97.2, 91.5, 94.56, 97.93. By the way, this does not contradict logic. Six out of sixty is 10 percent. And from 90 to 99.99 is also 10 percent.
    Sorted percentage
    Code:
    Percent='33.63'         Count='1'
    Percent='36.36'         Count='1'
    Percent='37.95'         Count='1'
    Percent='39.04'         Count='1'
    Percent='40.49'         Count='1'
    Percent='41.88'         Count='1'
    Percent='42.44'         Count='1'
    Percent='44.71'         Count='1'
    Percent='45.18'         Count='1'
    Percent='46.31'         Count='1'
    Percent='48.48'         Count='1'
    Percent='48.9'          Count='1'
    Percent='49.11'         Count='1'
    Percent='51.57'         Count='1'
    Percent='52.47'         Count='1'
    Percent='54.02'         Count='1'
    Percent='54.44'         Count='1'
    Percent='55.08'         Count='1'
    Percent='55.65'         Count='1'
    Percent='56.52'         Count='1'
    Percent='57.24'         Count='1'
    Percent='57.59'         Count='1'
    Percent='59.17'         Count='1'
    Percent='62.27'         Count='1'
    Percent='62.7'          Count='1'
    Percent='63.56'         Count='1'
    Percent='63.92'         Count='1'
    Percent='64.07'         Count='1'
    Percent='64.14'         Count='1'
    Percent='66.18'         Count='1'
    Percent='66.78'         Count='1'
    Percent='67.71'         Count='1'
    Percent='70.21'         Count='1'
    Percent='71.46'         Count='1'
    Percent='75.02'         Count='1'
    Percent='75.99'         Count='1'
    Percent='76.35'         Count='1'
    Percent='76.44'         Count='1'
    Percent='77.45'         Count='1'
    Percent='77.85'         Count='1'
    Percent='77.87'         Count='1'
    Percent='78.98'         Count='1'
    Percent='79.73'         Count='1'
    Percent='80.03'         Count='1'
    Percent='81.33'         Count='1'
    Percent='81.85'         Count='1'
    Percent='83.42'         Count='1'
    Percent='83.76'         Count='1'
    Percent='88.11'         Count='1'
    Percent='88.37'         Count='1'
    Percent='88.51'         Count='1'
    Percent='88.57'         Count='1'
    Percent='91.5'          Count='1'
    Percent='94.56'         Count='1'
    Percent='94.96'         Count='1'
    Percent='97.2'          Count='1'
    Percent='97.93'         Count='1'
    Percent='98.53'         Count='1'
    Percent='100'   Count='3'
    Based on this, we can conclude that in the key in the binary form there will be a small probability of long repetitions of zero or unity.
    Code:
    01                                                                   1          Max1:1          Max0:0          Min1:1          Min0:0          InStr:                                   1
    02                                                                  11          Max1:2          Max0:0          Min1:2          Min0:0          InStr:                                   2
    03                                                                 111          Max1:3          Max0:0          Min1:3          Min0:0          InStr:                                   3
    04                                                                1000          Max1:1          Max0:3          Min1:0          Min0:3          InStr:                                  13
    05                                                               10101          Max1:1          Max0:1          Min1:1          Min0:0          InStr:                               11111
    06                                                              110001          Max1:2          Max0:3          Min1:1          Min0:0          InStr:                                 231
    07                                                             1001100          Max1:2          Max0:2          Min1:0          Min0:2          InStr:                                1222
    08                                                            11100000          Max1:3          Max0:5          Min1:0          Min0:5          InStr:                                  35
    09                                                           111010011          Max1:3          Max0:2          Min1:1          Min0:0          InStr:                               31122
    10                                                          1000000010          Max1:1          Max0:7          Min1:0          Min0:1          InStr:                                1711
    11                                                         10010000011          Max1:2          Max0:5          Min1:1          Min0:0          InStr:                               12152
    12                                                        101001111011          Max1:4          Max0:2          Min1:1          Min0:0          InStr:                             1112412
    13                                                       1010001100000          Max1:2          Max0:5          Min1:0          Min0:1          InStr:                              111325
    14                                                      10100100110000          Max1:2          Max0:4          Min1:0          Min0:1          InStr:                            11121224
    15                                                     110100011110011          Max1:4          Max0:3          Min1:1          Min0:0          InStr:                             2113422
    16                                                    1100100100110110          Max1:2          Max0:2          Min1:0          Min0:1          InStr:                          2212122121
    17                                                   10111011001001111          Max1:4          Max0:2          Min1:1          Min0:0          InStr:                           113122124
    18                                                  110000100000001101          Max1:2          Max0:7          Min1:1          Min0:0          InStr:                             2417211
    19                                                 1010111010010011111          Max1:5          Max0:2          Min1:1          Min0:0          InStr:                         11113112125
    20                                                11010010110001010101          Max1:2          Max0:3          Min1:1          Min0:0          InStr:                     211211231111111
    21                                               110111010010100110100          Max1:3          Max0:2          Min1:0          Min0:1          InStr:                      21311211122112
    22                                              1011011110010000001111          Max1:4          Max0:6          Min1:1          Min0:0          InStr:                           112142164
    23                                             10101010110111001010010          Max1:3          Max0:2          Min1:0          Min0:1          InStr:                  111111112132111211
    24                                            110111000010101000000100          Max1:3          Max0:6          Min1:0          Min0:1          InStr:                        213411111612
    25                                           1111110100101111011100101          Max1:6          Max0:2          Min1:1          Min0:0          InStr:                       6112114132111
    26                                          11010000000011001001101110          Max1:3          Max0:8          Min1:0          Min0:1          InStr:                        211822122131
    27                                         110101011000011100001110101          Max1:3          Max0:4          Min1:1          Min0:0          InStr:                     211111243431111
    28                                        1101100100010110110011101000          Max1:3          Max0:3          Min1:0          Min0:1          InStr:                    2122131121223113
    29                                       10111111000100101010100011110          Max1:6          Max0:3          Min1:0          Min0:1          InStr:                    1163121111111341
    30                                      111101100101001100110101100100          Max1:4          Max0:2          Min1:0          Min0:1          InStr:                  412211122221112212
    31                                     1111101010011111110011101000111          Max1:7          Max0:3          Min1:1          Min0:0          InStr:                       5111127231133
    32                                    10111000011000101010011000101110          Max1:3          Max0:4          Min1:0          Min0:1          InStr:                  113423111112231131
    33                                   110101001011011001010100011011000          Max1:2          Max0:3          Min1:0          Min0:1          InStr:              2111121121221111132123
    34                                  1101001010011001011001000100011101          Max1:3          Max0:3          Min1:1          Min0:0          InStr:               211211122211221313311
    35                                 10010101110110100100001000101110000          Max1:3          Max0:4          Min1:0          Min0:1          InStr:                12111131211214131134
    36                                100111011110100000100000101001111100          Max1:5          Max0:5          Min1:0          Min0:1          InStr:                    1231411515111252
    37                               1011101010111011101010110101010010011          Max1:3          Max0:2          Min1:1          Min0:0          InStr:         113111113131111121111112122
    38                              10001000111000001011111010110011010000          Max1:5          Max0:5          Min1:0          Min0:1          InStr:                  131335115111222114
    39                             100101101011111100000110000001111101001          Max1:6          Max0:6          Min1:1          Min0:0          InStr:                   12112111652651121
    40                            1110100110101110010010010011001111010110          Max1:4          Max0:2          Min1:0          Min0:1          InStr:            311221113212121222411121
    41                           10101001110000110100110101100110001011011          Max1:3          Max0:4          Min1:1          Min0:0          InStr:           1111123421122111222311212
    42                          101010001000100001110001011000110110001111          Max1:4          Max0:4          Min1:1          Min0:0          InStr:               111113131433112321234
    43                         1101011110100111011001001111100010110010001          Max1:5          Max0:3          Min1:1          Min0:0          InStr:             21114112312212531122131
    44                        11100000001010110011010110100011010110001111          Max1:4          Max0:7          Min1:1          Min0:0          InStr:             37111122211121132111234
    45                       100100010111111001010000101000011110000000101          Max1:6          Max0:7          Min1:1          Min0:0          InStr:               121311621114111447111
    46                      1011101100000110000011100010001101010101000100          Max1:3          Max0:5          Min1:0          Min0:1          InStr:            113125253313211111111312
    47                     11011001101011000010000101101010011110010111010          Max1:4          Max0:4          Min1:0          Min0:1          InStr:        2122211124141121111242113111
    48                    101011011110011011010111110011100011101110011011          Max1:5          Max0:3          Min1:1          Min0:0          InStr:           1111214221211152333132212
    49                   1011101000001011101101011000000010101111101001101          Max1:5          Max0:7          Min1:1          Min0:0          InStr:         113115113121112711115112211
    50                  10001010111101010000111100001011101001001101010100          Max1:4          Max0:4          Min1:0          Min0:1          InStr:      131111411114441131121221111112
    51                 111010100000111000010100001101000000000100111010100          Max1:3          Max0:9          Min1:0          Min0:1          InStr:            311115341114211912311112
    52                1110111110101110000101100100110010111001111000111100          Max1:5          Max0:4          Min1:0          Min0:1          InStr:            315111341122122211324342
    53               11000000001111000100011100100011111100011001001101100          Max1:6          Max0:8          Min1:0          Min0:1          InStr:                28431332136322122122
    54              100011011011111011011011010101101011010001111101000011          Max1:5          Max0:4          Min1:1          Min0:0          InStr:     1321215121212111112111211351142
    55             1101010101111100001111110011011011001111110000100010100          Max1:6          Max0:4          Min1:0          Min0:1          InStr:          21111111546221212264131112
    56            10011101000110001011011000111010110001001111111111011111          Max1:10         Max0:3          Min1:1          Min0:0          InStr:           1231132311212331112312a15
    57           111101011001001011100100100000111100101011101011000011100          Max1:4          Max0:5          Min1:0          Min0:1          InStr:      411122121132121542111131112432
    58          1011000110011101011011100001010010000110001001101000100001          Max1:3          Max0:4          Min1:1          Min0:0          InStr:     1123223111213411121423122113141
    59         11101001001011011001011101110000111110010101011010001001111          Max1:5          Max0:4          Min1:1          Min0:0          InStr:   311212112122113134521111112113124
    60        111111000000011110100001100000100101001101100111101110111110          Max1:6          Max0:7          Min1:0          Min0:1          InStr:            674114251211122122413151
    61       1001111001001011010100011011101000010111101100100100100000110          Max1:4          Max0:5          Min1:0          Min0:1          InStr:  1242121121111321311411412212121521
    Theoretically, using this data, and also add a calculation of the repetition of the following public address. You can make an algorithm that will iterate over the initially possible private keys. Increasing repetition ranges.

    Sorry by english. Translating.

  • iparktur
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    June 25, 2019, 05:35:48 PM
     #1022
    Quote from: BurtW on June 25, 2019, 11:53:23 AM
    Quote from: iparktur on June 25, 2019, 10:16:02 AM
    Quote from: Firebox on June 25, 2019, 03:31:47 AM
    Hi, folks! Great topic!
    Need some of your guru's help. As far as I understood, if we have i.e.
    61. 00000000000000000000000000000000000000000000000013C96A3742F64906 - 1AVJKwzs9AskraJLGHAZPiaZcrpDr1U6AB
    62.                                                                                                                      - 1Me6EfpwZK5kQziBwBfvLiHjaPGxCKLoJi
    63.                                                                                                                      - 1NpYjtLira16LfGbGwZJ5JbDPh3ai9bjf4
    64.                                                                                                                      - 16jY7qLJnxb7CHZyqBP8qca9d51gAjyXQN
    65. 000000000000000000000000000000000000000000000001a838b13505b26867  - 18ZMbwUFLMHoZBbfpCjUJQTCMCbktshgpe
    means that privat keys for #62, 63 & 64 will be somewhere between 13C96A3742F64906:1a838b13505b26867. Am I right?
    If yes, how can I narrow the keyspace for #62 only? Even approximate range I believe will be ok fo try. Can a simple hex math be used in this case?
    Sorry if its a noob question.


    And who prevents you to narrow a range of search?
    For search the private keys for address 62 is selected keyspace 2000000000000000 - 3FFFFFFFFFFFFFFF
    In this space it is possible to find about 2305843009213693952 variants.
    The project has started for a long time, therefore it is possible to assume, that about three quarters of addresses is checked up and among them no required.
    I.e. it is necessary to you to check up 2305843009213693952:4 = 576460752303423488 variants
    Can try to begin with 3800000000000001

    - keyspace 3800000000000001:3FFFFFFFFFFFFFFF

    If this quantity of variants 576460752303423488 you divide into speed of generation of keys of your computer that receive a rough operating time

    Good luck!
    Since the entire search space for #62 is 2000000000000000 to 3FFFFFFFFFFFFFFF

    If you search the last 1/4 of the space from 3800000000000001 to 3FFFFFFFFFFFFFFF you will have exactly a 25% chance of finding the key assuming nobody else with much faster hardware finds it first.

    Good luck!  You are going to need it.

    I with you completely agree!

    In a post № 1018 on page 51 I wrote about factors (on statistics) found Private Key
    Minimal - K*1.2561547139608029

    It is possible to assume, that Private Key for addresses 62 can be in space
    From 2000000000000000 x K*1.2561547139608029 up to 3FFFFFFFFFFFFFFF i.e. approximately
    From 2800000000000001 and up to 3FFFFFFFFFFFFFFF
    I think, that the minimum half of way from 2000000000000001:3FFFFFFFFFFFFFFF already and key is not found.
    Then it is possible to try from 3000000000000001 up to 3FFFFFFFFFFFFFFF
    In any case on my computer with speed only 0.63 MKey/s to participate in this competition it is senseless.

  • dymon
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    June 26, 2019, 02:54:35 AM
     #1023
    any tip how i can make raw public key like on this table ?


    unsigned char rawpubkeys[NUMPUBKEYS][33] = {
    { 0x03,0x29,0xc4,0x57,0x4a,0x4f,0xd8,0xc8,0x10,0xb7,0xe4,0x2a,0x4b,0x39,0x88,0x82,0xb3,0x81,0xbc,0xd8,0x5e,0x40,0xc6,0x88,0x37,0x12,0x91,0x2d,0x16,0x7c,0x83,0xe7,0x3a },//== 1Kh22PvXERd2xpTQk3ur6pPEqFeckCJfAr#85
    };

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    June 26, 2019, 03:13:28 AM
     #1024
    Quote from: dymon on June 26, 2019, 02:54:35 AM
    any tip how i can make raw public key like on this table ?


    unsigned char rawpubkeys[NUMPUBKEYS][33] = {
    { 0x03,0x29,0xc4,0x57,0x4a,0x4f,0xd8,0xc8,0x10,0xb7,0xe4,0x2a,0x4b,0x39,0x88,0x82,0xb3,0x81,0xbc,0xd8,0x5e,0x40,0xc6,0x88,0x37,0x12,0x91,0x2d,0x16,0x7c,0x83,0xe7,0x3a },//== 1Kh22PvXERd2xpTQk3ur6pPEqFeckCJfAr#85
    };

    unsigned char rawpubkeys[NUMPUBKEYS][33] = {
    {
          .. add all strings here...

        "1Kh22PvXERd2xpTQk3ur6pPEqFeckCJfAr",/ #85

    };
    Our family was terrorized by Homeland Security.  Read all about it here:  http://www.jmwagner.com/ and http://www.burtw.com/  Any donations to help us recover from the $300,000 in legal fees and forced donations to the Federal Asset Forfeiture slush fund are greatly appreciated!

  • AndreuSmetanin
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    June 26, 2019, 02:32:26 PM
     #1025
    I think we are reading the Creator of the puzzle,as they say, our hope and support! Who agrees with me let the support that the puzzle above 70 in the next fifty years will not be solved ,then maybe it's worth to share between all of us who participated in solving this powerfully prize from 71 to 160 .If that is my modest purse 1EtUE8aBfLNeMMMeG4265ifERhhJXaWbpL   Roll Eyes Roll Eyes Roll Eyes

  • mrxtraf
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    June 26, 2019, 03:08:31 PM
     #1026
    I will answer in Russian.
    Кaк бyдeм дeлить нe yбитoгo кaбaнчикa?  Grin Grin Grin

  • virus-cyber
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    June 26, 2019, 03:38:03 PM
     #1027
    Кaк ? ктo нaйдeт тoт и зaбepeт  Grin Grin Grin нeмнoгo ocтaлocь  Grin

  • zielar
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    June 26, 2019, 03:43:39 PM
     #1028
    Quote from: jpyao78 on June 23, 2019, 11:35:13 PM
    Quote from: zielar on June 22, 2019, 05:53:23 PM
    On first machine (600GB RAM):
    Code:
    Check bit = 90 only, pubkey is:
    035c38bd9ae4b10e8a250857006f3cfd98ab15a6196d9f4dfd25bc7ecc77d788d5
    Build Hash, MEM size = 384GB

    On second machine (80GB RAM):
    Code:
    Check bit = 90 only, pubkey is:
    035c38bd9ae4b10e8a250857006f3cfd98ab15a6196d9f4dfd25bc7ecc77d788d5
    Build Hash, MEM size = 64GB
    Search bits = 90
    Search Keys....  from 20000000000000000000000 to 3ffffffffffffffffffffff

    ... and nothing changes from two days on both machines.
    Something is wrong?
    Am I to understand that no more changes are expected in these processes?

    Can someone modify the code in such a way that the process is visible (along with the percentage)?
    for machine's memory is 600GB
    at least this code need update:
    uint32_t entry = xst.n[0] & (HASH_SIZE-1);
    to
    uint64_t entry = xst.n[0] & (HASH_SIZE-1);

    and update
    typedef struct hashtable_entry {
        uint32_t x;
        uint32_t exponent;
    } hashtable_entry;
    to
    typedef struct hashtable_entry {
        uint32_t x;
        uint64_t exponent;/this will take more memory
    } hashtable_entry;


    For 5TB RAM changes are that same how for 600GB? :-)
    If you want - you can send me a donation to my BTC wallet address 31hgbukdkehcuxcedchkdbsrygegyefbvd

  • AndreuSmetanin
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    June 26, 2019, 03:57:27 PM
     #1029
    Quote from: mrxtraf on June 26, 2019, 03:08:31 PM
    I will answer in Russian.
    Кaк бyдeм дeлить нe yбитoгo кaбaнчикa?  Grin Grin Grin
    Bceм пo 0.1BTC  Cheesy

  • Firebox
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    June 26, 2019, 10:53:25 PM
     #1030
    Quote from: AndreuSmetanin on June 26, 2019, 02:32:26 PM
    ...the puzzle above 70 in the next fifty years will not be solved...
    We have to try continue here https://cloud.google.com/tpu/

  • racminer
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    June 26, 2019, 10:55:17 PM
     #1031
    Quote from: byyuans on June 26, 2019, 10:19:14 PM
    Hello to everyone,

    62. Wallet Hex Code Start: Starting with 2F (B, D, E) ......

    Why ? How ?  Huh

  • jademaxsuy
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    June 26, 2019, 11:09:30 PM
     #1032
    Cracking bitcoin private key would be near to impossible. The wallets are unique and if it is a cold storage though one can still have the difficulties in accessing it for bitcoin has stored in that hardware or cold storage where one could not access if it is not doing online activities. So, forget that reward OP and start earning btc in a decent way like joining a bounty campaign or investing btc with your hard earn money.

  • zielar
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    June 26, 2019, 11:26:36 PM
     #1033
    Quote from: byyuans on June 26, 2019, 10:19:14 PM
    Hello to everyone,

    62. Wallet Hex Code Start: Starting with 2F (B, D, E) ......

    I can assure you at this stage that you missed the right range :-)
    If you want - you can send me a donation to my BTC wallet address 31hgbukdkehcuxcedchkdbsrygegyefbvd

  • supika
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    June 27, 2019, 07:42:27 AM
     #1034
    Quote from: byyuans on June 26, 2019, 10:19:14 PM
    Hello to everyone,

    62. Wallet Hex Code Start: Starting with 2F (B, D, E) ......

    Based on what?

  • mrxtraf
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    June 27, 2019, 12:10:18 PM
     #1035
    I decided to drive the statistics.
    Calculate the partial repetition of a part of a public address, starting from the end or from the beginning. Bit repetitions.
    I.e

    10101010111......010101010111010101010
    01011010100......010101001011010101010
    Match the end to 11 bits.


    1101011011011010101010111......010101010110101010101
    1101011011011001011010100......010101001010010101010
    Match from the beginning to 14 bits.

    Private keys get over in a row. And looking for repetition in a public address. When repetition is found, the difference in the private key is calculated.

    At the moment, found such a minimum range.
    Code:
    24 bits: 2970 * 128   = 380160 (+-128) pkeys
    23 bits: 330 * 128    = 42240  (+-128) pkeys
    22 bits: 33 * 128     = 4244    (+-128) pkeys
    21 bits: 11 * 128     = 1408    (+-128) pkeys
    20 bits: 10 * 128     = 1280    (+-128) pkeys
    Matching 19 or less bits are found with ranges of less than 128 keys.

    Of course, a jump (pass) to 380k keys, at a search speed of 1M per second, is nothing. But finding large ranges, you can make big jumps.

  • BurtW
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    June 27, 2019, 01:16:44 PM
    Merited by DaCryptoRaccoon (1)
     #1036
    Quote from: mrxtraf on June 27, 2019, 12:10:18 PM
    I decided to drive the statistics.
    Calculate the partial repetition of a part of a public address, starting from the end or from the beginning. Bit repetitions.
    I.e

    10101010111......010101010111010101010
    01011010100......010101001011010101010
    Match the end to 11 bits.


    1101011011011010101010111......010101010110101010101
    1101011011011001011010100......010101001010010101010
    Match from the beginning to 14 bits.

    Private keys get over in a row. And looking for repetition in a public address. When repetition is found, the difference in the private key is calculated.

    At the moment, found such a minimum range.
    Code:
    24 bits: 2970 * 128   = 380160 (+-128) pkeys
    23 bits: 330 * 128    = 42240  (+-128) pkeys
    22 bits: 33 * 128     = 4244    (+-128) pkeys
    21 bits: 11 * 128     = 1408    (+-128) pkeys
    20 bits: 10 * 128     = 1280    (+-128) pkeys
    Matching 19 or less bits are found with ranges of less than 128 keys.

    Of course, a jump (pass) to 380k keys, at a search speed of 1M per second, is nothing. But finding large ranges, you can make big jumps.
    Sometimes, when I look at clouds, I see that they look kind of like animals.  I have seen a cloud that looks like a rabbit.  One time I saw this cloud that looked very much like an elephant.  I have seen many various animals in clouds.  I believe that if you look hard enough at any cloud you will see that it looks like some sort of animal.
    Our family was terrorized by Homeland Security.  Read all about it here:  http://www.jmwagner.com/ and http://www.burtw.com/  Any donations to help us recover from the $300,000 in legal fees and forced donations to the Federal Asset Forfeiture slush fund are greatly appreciated!

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    June 27, 2019, 03:56:41 PM
     #1037
    Quote from: BurtW on June 27, 2019, 01:16:44 PM
    Sometimes, when I look at clouds, I see that they look kind of like animals.  I have seen a cloud that looks like a rabbit.  One time I saw this cloud that looked very much like an elephant.  I have seen many various animals in clouds.  I believe that if you look hard enough at any cloud you will see that it looks like some sort of animal.
    You too?! Oh mate, I thought that I'm the only one who see it Grin Grin Grin.
    Just yesterday I saw a horse-cloud, that was beautiful!

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    June 27, 2019, 06:16:40 PM
     #1038
    Why did 70, 75 and 80 move?

  • racminer
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    June 27, 2019, 07:11:12 PM
     #1039
    Quote from: astroden on June 27, 2019, 06:16:40 PM
    Why did 70, 75 and 80 move?

    And 85 too ....

    Go back a few posts ...  Grin

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    June 28, 2019, 03:22:31 PM
     #1040
    Quote from: Firebox on June 26, 2019, 10:53:25 PM
    Quote from: AndreuSmetanin on June 26, 2019, 02:32:26 PM
    ...the puzzle above 70 in the next fifty years will not be solved...
    We have to try continue here https://cloud.google.com/tpu/
    Not with these guys is not a ride for free something to polychelate,GPU they just do not give. Grin Grin Grin
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