Bitcoin puzzle transaction ~32 BTC prize to who solves it

[0xastraeus]

I'll reiterate... You're something special... You're delusional if you think someone is going to put any trust in you without any provided source code especially your account being created last week... You can't come in here and advertise "your program" and expect people to trust you wont steal the funds when multiple funds have already been stolen within the puzzle. It is no one's obligation to reverse engineer "your program" when we shouldn't have to and source should be provided of the bat with something like this..

Can you provide the code?
Can you provide the money?
Is this phrase almost the same as what a beggar would say?

Is everyone gathered here just to crack the source code, people gather here to make a profit by solving puzzles...you are really stupid

Yes, it's better for you to focus on your own work rather than being a source code beggar.

Did I beg? You're really bad at reading comprehension. It's normal for everyone in the community to read the source code, and that was my intention. But it seems you're just another one trying to take advantage. I'm not wasting any more time talking to you.

and you forgot that you ever begged for this source code..did you forget?..lol

That looks cool, could you make the code available? There are only photos on GitHub.

I only have a low-spec GPU to help me find the key to puzzle #71. I divided the range 40000000000000000:7ffffffffffffffffff
which will produce the data to be tried: 1,180,591,620,717,411,303,424.
Then I divided it into 4,398,046,511,104 for 1 running batch, resulting in 270,000,000 running batches. Then I divided 270,000,000 into fbatches, where 1 fbatch contains 2,000,000 running batches. so that it produces 135 fbatch.. storing as many as 270,000,000 running batches with 135 fbatch groupings in the sql server database, and I created a search program that directly updates the status of each running batch being searched, so I can freely do leapfrog searches wherever I want, and I don't lose the log of my search results.. because everything is automatically updated to the database that I have.
If you are interested, please check out my project in the following github repository: https://github.com/bgarz929/btcpuzzle71

[parcok]

and it's as if you are delusional as an old member here, even though you are a newbie..
If there are rules written here, show me the rules?...am I the one who is delusional or are you the one who is delusional making your own rules in your mind

I'll reiterate... You're something special... You're delusional if you think someone is going to put any trust in you without any provided source code especially your account being created last week... You can't come in here and advertise "your program" and expect people to trust you wont steal the funds when multiple funds have already been stolen within the puzzle. It is no one's obligation to reverse engineer "your program" when we shouldn't have to and source should be provided of the bat with something like this..

Can you provide the code?
Can you provide the money?
Is this phrase almost the same as what a beggar would say?

Is everyone gathered here just to crack the source code, people gather here to make a profit by solving puzzles...you are really stupid

Yes, it's better for you to focus on your own work rather than being a source code beggar.

Did I beg? You're really bad at reading comprehension. It's normal for everyone in the community to read the source code, and that was my intention. But it seems you're just another one trying to take advantage. I'm not wasting any more time talking to you.

and you forgot that you ever begged for this source code..did you forget?..lol

That looks cool, could you make the code available? There are only photos on GitHub.

I only have a low-spec GPU to help me find the key to puzzle #71. I divided the range 40000000000000000:7ffffffffffffffffff
which will produce the data to be tried: 1,180,591,620,717,411,303,424.
Then I divided it into 4,398,046,511,104 for 1 running batch, resulting in 270,000,000 running batches. Then I divided 270,000,000 into fbatches, where 1 fbatch contains 2,000,000 running batches. so that it produces 135 fbatch.. storing as many as 270,000,000 running batches with 135 fbatch groupings in the sql server database, and I created a search program that directly updates the status of each running batch being searched, so I can freely do leapfrog searches wherever I want, and I don't lose the log of my search results.. because everything is automatically updated to the database that I have.
If you are interested, please check out my project in the following github repository: https://github.com/bgarz929/btcpuzzle71

[0xastraeus]

It's comical at this point.

I don't need to defend myself, I said from my first post I was a long time lurker. In my first post all I did was address the newcomers and tried to help them get into the puzzle...
in your first post you started to advertise a program you may or may not own..

I'm going to put this to rest so we are not ending up with pages of this nonsense. If people want to run your program they can go right ahead.. if their funds get stolen, they have nobody to blame but themselves. The consensus around here is to not run precompiled binaries from an disreputable source.

and it's as if you are delusional as an old member here, even though you are a newbie..
If there are rules written here, show me the rules?...am I the one who is delusional or are you the one who is delusional making your own rules in your mind
[snip]

[realnewuser]

Well 43 bits would require about 2^23 operations.
Solving in 90 seconds means you do about 93000 operations per second. Nothing spectacular when you can do about 15 billion per second on a single GPU.

Firstly, what speed can your customized program achieve on a 5090 GPU? Currently, Fixed Paul's VanitySearch Bitcrack can achieve 8800M/s on 5090GPU

1. About 11B/sec

Dear Mr. Bram, I know you get asked this all the time, but what was the maximum speed you managed to achieve on a single GPU (was it 11, 15, or even more Bkeys/s), and on which specific model? I just want to understand what benchmark to aim for.
Also, please forgive my boldness, but as I understand it, you are no longer interested in solving Puzzle 71 and the subsequent ones because it is not economically viable. In light of this, would you consider releasing your code on GitHub?

[0xastraeus]

Well 43 bits would require about 2^23 operations.
Solving in 90 seconds means you do about 93000 operations per second. Nothing spectacular when you can do about 15 billion per second on a single GPU.

Firstly, what speed can your customized program achieve on a 5090 GPU? Currently, Fixed Paul's VanitySearch Bitcrack can achieve 8800M/s on 5090GPU

1. About 11B/sec

Dear Mr. Bram, I know you get asked this all the time, but what was the maximum speed you managed to achieve on a single GPU (was it 11, 15, or even more Mkeys/s), and on which specific model? I just want to understand what benchmark to aim for.
Also, please forgive my boldness, but as I understand it, you are no longer interested in solving Puzzle 71 and the subsequent ones because it is not economically viable. In light of this, would you consider releasing your code on GitHub?

He said the software he used for 67/68 was commercial so he can't make it public but he was making changes to an existing VanitySearch code when he has time.

[parcok]

and you're still hallucinating as an old member here, but your profile badge is newbie...where is the valid proof that you are an old member here? and there is no need to provide any consensus if there is no written rule here that prohibits members from providing compiled programs. well, you should stop talking about nonsense rules that only exist in your hallucinations.
the point I want to make in my post, I only provide an implementation overview of how this puzzle can be done with free tools, does not require costs, can be done together, and makes this puzzle just as entertainment as rubbing lottery coupons. so that everyone has hope, so that we all live happy days. as for the pool I showed, I only show that I am not just talking nonsense or boasting.

It's comical at this point.

I don't need to defend myself, I said from my first post I was a long time lurker. In my first post all I did was address the newcomers and tried to help them get into the puzzle...
in your first post you started to advertise a program you may or may not own..

I'm going to put this to rest so we are not ending up with pages of this nonsense. If people want to run your program they can go right ahead.. if their funds get stolen, they have nobody to blame but themselves. The consensus around here is to not run precompiled binaries from an disreputable source.

and it's as if you are delusional as an old member here, even though you are a newbie..
If there are rules written here, show me the rules?...am I the one who is delusional or are you the one who is delusional making your own rules in your mind
[snip]

[kTimesG]

Never argue with an idiot. They will drag you down to their level and beat you with experience.

@parcok: no one cares about your "compiled program" nor its source at this point, nor you in general. Any moron can spend a few bucks and rent some GPU to scan whatever keys they want using high-performance OSS, instead of giving you money for what's most likely some ChatGPT nonsense. STOP.

[parcok]

prove 1 valid proof if I use gpt chat. in fact only idiots like you always assume that others use gpt chat to create their programs without you being able to prove it, you think you are god-level in programming, even though you are just dirt on the toilet..
and trash like you always feel challenged if there is someone who is able to produce something better.. and the proof is how reactive you are to posts related to programs that other people make.

Never argue with an idiot. They will drag you down to their level and beat you with experience.

@parcok: no one cares about your "compiled program" nor its source at this point, nor you in general. Any moron can spend a few bucks and rent some GPU to scan whatever keys they want using high-performance OSS, instead of giving you money for what's most likely some ChatGPT nonsense. STOP.

[0x1FFFFFF]

prove 1 valid proof if I use gpt chat. in fact only idiots like you always assume that others use gpt chat to create their programs without you being able to prove it, you think you are god-level in programming, even though you are just dirt on the toilet..
and trash like you always feel challenged if there is someone who is able to produce something better.. and the proof is how reactive you are to posts related to programs that other people make.

Never argue with an idiot. They will drag you down to their level and beat you with experience.

@parcok: no one cares about your "compiled program" nor its source at this point, nor you in general. Any moron can spend a few bucks and rent some GPU to scan whatever keys they want using high-performance OSS, instead of giving you money for what's most likely some ChatGPT nonsense. STOP.

Ente kadang " emang parcok / Rayyan... its clearly shows that your web pool does use AI to build that page, the web layout, color scheme etc looks like "AI generated". also see the log process in your program when executed on google collab. Show a full emoji that clearly show the code definitely recoded / coded by AI

[parcok]

so if the page, web layout, color scheme, etc. looks like "generated by AI" then that can prove that I'm using gpt chat..oh it's not like that ferguso..i've made my program neat before the era of ai appeared. it seems you are very familiar with using ai..

prove 1 valid proof if I use gpt chat. in fact only idiots like you always assume that others use gpt chat to create their programs without you being able to prove it, you think you are god-level in programming, even though you are just dirt on the toilet..
and trash like you always feel challenged if there is someone who is able to produce something better.. and the proof is how reactive you are to posts related to programs that other people make.

Never argue with an idiot. They will drag you down to their level and beat you with experience.

@parcok: no one cares about your "compiled program" nor its source at this point, nor you in general. Any moron can spend a few bucks and rent some GPU to scan whatever keys they want using high-performance OSS, instead of giving you money for what's most likely some ChatGPT nonsense. STOP.

Ente kadang " emang parcok / Rayyan... its clearly shows that your web pool does use AI to build that page, the web layout, color scheme etc looks like "AI generated". also see the log process in your program when executed on google collab. Show a full emoji that clearly show the code definitely recoded / coded by AI

[sunny68290]

  Stumbled across these hidden sub-domains during index crawling of a suspected scammer, containing info to the puzzle regarding keys solved and unsolved
http://latoon.ir/data.html
http://latoon.ir/data2.html
http://latoon.ir/data3.html
http://latoon.ir/datal.html
http://latoon.ir/datap.html
http://latoon.ir/datat.html
http://latoon.ir/data%.html

WIF HERE : KwDiBf89QgGbjEhKnhXJuH7LrciVrZi3qYjgd9M7rFU74NMTptX4

PrivateKey=  0000000000000000000000000000000000000000000000000000000000000002
Compressed Address =  1cMh228HTCiwS8ZsaakH8A8wze1JR5ZsP
Compressed WIF =  KwDiBf89QgGbjEhKnhXJuH7LrciVrZi3qYjgd9M7rFU74NMTptX4
Uncompressed =  1LagHJk2FyCV2VzrNHVqg3gYG4TSYwDV4m
Uncompressed WIF =  5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip4nEB3kEsreAvUcVfH

[Ovixx]

  Stumbled across these hidden sub-domains during index crawling of a suspected scammer, containing info to the puzzle regarding keys solved and unsolved
http://latoon.ir/data.html
http://latoon.ir/data2.html
http://latoon.ir/data3.html
http://latoon.ir/datal.html
http://latoon.ir/datap.html
http://latoon.ir/datat.html
http://latoon.ir/data%.html

WIF HERE : KwDiBf89QgGbjEhKnhXJuH7LrciVrZi3qYjgd9M7rFU74NMTptX4

PrivateKey=  0000000000000000000000000000000000000000000000000000000000000002
Compressed Address =  1cMh228HTCiwS8ZsaakH8A8wze1JR5ZsP
Compressed WIF =  KwDiBf89QgGbjEhKnhXJuH7LrciVrZi3qYjgd9M7rFU74NMTptX4
Uncompressed =  1LagHJk2FyCV2VzrNHVqg3gYG4TSYwDV4m
Uncompressed WIF =  5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip4nEB3kEsreAvUcVfH

so what...?

[Akito S. M. Hosana]

i've made my program neat before the era of ai appeared.

you are the hero of the day. The forum has been waiting for its messiah and finally you are here. Satoshi is already trembling. Thank you for this enlightment.

[Wanderingaran]

No messiahs, no magic.
Just code, math, and a lot of people discovering that “hard” actually means hard.
When puzzles don’t yield, the market always pivots to incense, talismans, and canned fog probably better margins anyway.  

[0xastraeus]

I don't know the AI gods have spoken to me through a burning bush and told me this is exactly how it was created. They even wrote it on a stone tablet dated back to 2015.

Code:

#!/usr/bin/env python3
import hashlib
from ecdsa import SigningKey, SECP256k1
import base58


class DeterministicSecrets:
    def __init__(self, seed):
        self.seed = seed
        self.counter = 0

    def _get_bytes(self, n):
        data = self.seed + self.counter.to_bytes(8, "big")
        result = b""
        while len(result) < n:
            data = hashlib.sha256(data).digest()
            result += data
        self.counter += 1
        return result[:n]

    def randbelow(self, n):
        if n <= 1:
            return 0
        num_bytes = ((n - 1).bit_length() + 7) // 8
        while True:
            candidate = int.from_bytes(self._get_bytes(num_bytes), "big")
            if candidate < (2 ** (num_bytes * 8) // n) * n:
                return candidate % n


def derive_value(passphrase, bit):
    LOWER = 2 ** (bit - 1)
    UPPER = (2**bit) - 1
    seed_data = "{0}:{1}".format(passphrase, bit).encode("utf-8")
    seed_hash = hashlib.sha256(seed_data).digest()
    offset = DeterministicSecrets(seed_hash).randbelow(UPPER - LOWER + 1)
    return LOWER + offset


def value_to_private_key(value):
    max_key = 0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFEBAAEDCE6AF48A03BBFD25E8CD0364141
    private_key = value % max_key
    if private_key > 0:
        return private_key
    else:
        return 1


def private_to_address(private_key_int):
    sk = SigningKey.from_secret_exponent(private_key_int, curve=SECP256k1)
    vk = sk.get_verifying_key()
    pubkey = vk.to_string()
    x = pubkey[:32]
    y = pubkey[32:]
    if y[-1] % 2 == 0:
        prefix = b"\x02"
    else:
        prefix = b"\x03"
    compressed = prefix + x
    sha256_hash = hashlib.sha256(compressed).digest()
    hash160 = hashlib.new("ripemd160", sha256_hash).digest()
    versioned = b"\x00" + hash160
    checksum_hash = hashlib.sha256(versioned).digest()
    checksum = hashlib.sha256(checksum_hash).digest()[:4]
    address_bytes = versioned + checksum
    bitcoin_address = base58.b58encode(address_bytes).decode("ascii")
    return bitcoin_address


def main():
    passphrase = "saatoshi_rising"
    print("Passphrase: {0}\n".format(passphrase))
    for bit in range(1, 161):
        LOWER = 2 ** (bit - 1)
        UPPER = (2**bit) - 1
        value = derive_value(passphrase, bit)
        private_key = value_to_private_key(value)
        address = private_to_address(private_key)
        print(
            "Bit {0:3d}: Range [{1:x}, {2:x}] -> Address: {3} = {4:x}".format(
                bit, LOWER, UPPER, address, private_key
            )
        )


if __name__ == "__main__":
    main()

Code:

Passphrase: saatoshi_rising

Bit   1: Range [1, 1] -> Address: 1BgGZ9tcN4rm9KBzDn7KprQz87SZ26SAMH = 1
Bit   2: Range [2, 3] -> Address: 1cMh228HTCiwS8ZsaakH8A8wze1JR5ZsP = 2
Bit   3: Range [4, 7] -> Address: 17Vu7st1U1KwymUKU4jJheHHGRVNqrcfLD = 5
Bit   4: Range [8, f] -> Address: 15wPJhwthAkBtUgx3qFEyCtnK7piuu6Xvr = b
Bit   5: Range [10, 1f] -> Address: 1832sK2wWthm6z8vXaXTd8wUP4XaqrsPVu = 19
Bit   6: Range [20, 3f] -> Address: 1FHVcojQZeZgw4dVFwAQiuArHdEw3p9j1Y = 23
Bit   7: Range [40, 7f] -> Address: 12muChUsDE5KRdkFDKhRxSAHe5JD9VoPA9 = 7d
Bit   8: Range [80, ff] -> Address: 1F1oGFjmNMVUGC9aVbmatSw8VaFTrorzM3 = cf
Bit   9: Range [100, 1ff] -> Address: 1DwN4YQXn16E9a4bJtFTGJZt7KdSbSnj7p = 192
Bit  10: Range [200, 3ff] -> Address: 13TSRrPsQGboYc4J3WJpJGNb35cqD3rspb = 2a3
Bit  11: Range [400, 7ff] -> Address: 1FqCYrK9e6rsjnarUMuQ76MzLvPYci7HQU = 446
Bit  12: Range [800, fff] -> Address: 1TBpvZCN1QwJN2zH29JxbQwYkfWGsrTNq = e26
Bit  13: Range [1000, 1fff] -> Address: 1KNRebAJhK5Q98dJv53V2GQHHKrJWjYFPL = 169f
Bit  14: Range [2000, 3fff] -> Address: 17uKpisjm5CGUXeD3U7rFXiyKtLAi3LQ97 = 2e0b
Bit  15: Range [4000, 7fff] -> Address: 1Pe8UGWRDx5UzYVFRkbH9c5PZ9FxkqTGxb = 631b
Bit  16: Range [8000, ffff] -> Address: 1N1RUoNEDvUCTgoZoe21FUxxQALwXNSKNZ = bb0f
Bit  17: Range [10000, 1ffff] -> Address: 1JqA36zNb3oo1cerBpmLAuHxjrDXtWFy6 = 1a8b3
Bit  18: Range [20000, 3ffff] -> Address: 1F7aByRDuBVDL8dfKaEMM1dJ4HiWFu97Fq = 22d15
Bit  19: Range [40000, 7ffff] -> Address: 1EonAdrhJbmcxkXyaVz8UwU6M4Mj8s6E94 = 7ec59
Bit  20: Range [80000, fffff] -> Address: 164qQ3SSf7Regi1dGwjAQm3RomfD1FBCS4 = f0303
Bit  21: Range [100000, 1fffff] -> Address: 16WqiuuhNtn7ypTdnbpFVXbRAz7fkJ4QLJ = 149753
Bit  22: Range [200000, 3fffff] -> Address: 1MiyWhPwq9bhLPWk2pC2j4oSq3nTFXXeSd = 3d2a6c
Bit  23: Range [400000, 7fffff] -> Address: 1FBfYPMao9RQrCJgA6KWPgP2VmWPwb3j5r = 4cf418
Bit  24: Range [800000, ffffff] -> Address: 17JnGEiRsirYi1DpU88Z5QQ2DPqsyhmECR = d467b9
Bit  25: Range [1000000, 1ffffff] -> Address: 1AXkzDYWNrVuf811VaSBt8M7KSyinP7WYZ = 11d4ab9
Bit  26: Range [2000000, 3ffffff] -> Address: 15hvup2HLcHXTLrWGfGBX8PZvcui6d7owQ = 2fe9026
Bit  27: Range [4000000, 7ffffff] -> Address: 1GR95Jissdx9yWN1Pnw9kfHXSaNMrRrG7m = 4422fc3
Bit  28: Range [8000000, fffffff] -> Address: 1EVpKs7yGWrc33dThmHrgKe2Ha2r5MVZvZ = a3999bc
Bit  29: Range [10000000, 1fffffff] -> Address: 1CTMRhWJaNDV8VddrNUGBcw1YxMfV1bmpL = 16e75b46
Bit  30: Range [20000000, 3fffffff] -> Address: 1GJiyKPiDM6sX5mtQDggV6iu7wFodGMY78 = 3590a3b9
Bit  31: Range [40000000, 7fffffff] -> Address: 1FKgbGVGhN5DTvk5odEhECGKCxe3X5wrnf = 7ccecae5
Bit  32: Range [80000000, ffffffff] -> Address: 1MZN55nRZwZdr1mVFzqwZNE1AakT3Yds8x = fb8b38f4
Bit  33: Range [100000000, 1ffffffff] -> Address: 1651CneivaDPvqeiza8qZPzWyuULSxko3b = 138f8e5ce
Bit  34: Range [200000000, 3ffffffff] -> Address: 1QCxeLjcSPfPvqU5UFb7s2c8CSTbZwEB7M = 33a865992
Bit  35: Range [400000000, 7ffffffff] -> Address: 1HCtDzEU1oqdPFCUdUEzGnxkr4q5LKkj9E = 5fa11975b
Bit  36: Range [800000000, fffffffff] -> Address: 17hkvoN2LmG3jtxQc375TnVkK7FH7Jq8SN = ae96c24ab
Bit  37: Range [1000000000, 1fffffffff] -> Address: 1ARm26AVfvoYw2GagZHD5ej3QyWFeAm3tg = 10482d4d43
Bit  38: Range [2000000000, 3fffffffff] -> Address: 12HekRZJjgh1wgPXDyceh5V9tiKSekjsXz = 2c7dda6cd5
Bit  39: Range [4000000000, 7fffffffff] -> Address: 16RXPKJZWcMCxpN44Hnt4mxRpV41Nc6qBY = 51f6044acd
Bit  40: Range [8000000000, ffffffffff] -> Address: 1ApLrCixBvq7mCztVFuqYpWKnXj63A5cnd = b26cde3dc0
Bit  41: Range [10000000000, 1ffffffffff] -> Address: 1C7FTCcDtsLUR7ZanjDwzvCzPnyBEmQuRC = 1216941759f
Bit  42: Range [20000000000, 3ffffffffff] -> Address: 1P8PZ3ARg2CR1NtkP1PXED4FvJhd9iFhrc = 35350f64859
Bit  43: Range [40000000000, 7ffffffffff] -> Address: 1BJoGvumUsWTi4xkHbhVo5uVRnQEApfrWA = 6a424507c1e
Bit  44: Range [80000000000, fffffffffff] -> Address: 14Cv7zp6rr8MCd3psb91dMTV2QcmF4kTo4 = 8f116767f66
Bit  45: Range [100000000000, 1fffffffffff] -> Address: 1GFfCZQbaekfUJHCS1BCGAYJKXsKERqqsH = 1bb88ec6dab1
Bit  46: Range [200000000000, 3fffffffffff] -> Address: 1E2P6PDH54CuKrP9Za31kgzs7BtvFCcmCF = 27cb32ca940a
Bit  47: Range [400000000000, 7fffffffffff] -> Address: 138hDFUnydmRhAGmzGqyaroEMcxQabBXB8 = 5d9bf1226270
Bit  48: Range [800000000000, ffffffffffff] -> Address: 1JwRdwxLNGGh6yGy5Y8cRtx1cpGCHgY9ZT = bbd9dd900a70
Bit  49: Range [1000000000000, 1ffffffffffff] -> Address: 19CjUoXDbkc25qPmkWce4N1h5Vx6wfDL5f = 1a7ca6fba3a9e
Bit  50: Range [2000000000000, 3ffffffffffff] -> Address: 12uCk26vJvGSjs9ovNmJZvn46DvUnGR1yv = 24f9fb35fad63
Bit  51: Range [4000000000000, 7ffffffffffff] -> Address: 15jTpzP4KrVKQQQmZbPu76vspmDaWyib67 = 6275517bc277c
Bit  52: Range [8000000000000, fffffffffffff] -> Address: 156x7MU9D6t56LJtoSCAP3z1P4nXaicLrn = d7ef0c9d8a960
Bit  53: Range [10000000000000, 1fffffffffffff] -> Address: 1KLC2vihKEBPUEiBAn6bvhXWbmMZH5fRdH = 196c37ef45d3c6
Bit  54: Range [20000000000000, 3fffffffffffff] -> Address: 1DaGoP4ntr4UXdnb87cb7PDWbYiq864ppq = 2298559bed4e69
Bit  55: Range [40000000000000, 7fffffffffffff] -> Address: 1HAVJg8yEPGpaPFw1hAZqjw3xPy311TGbr = 6c59469c5caa9d
Bit  56: Range [80000000000000, ffffffffffffff] -> Address: 1GHJxsupbUof7SbHNMeu1JAEcqXWpcDDMU = f6166e72b03c99
Bit  57: Range [100000000000000, 1ffffffffffffff] -> Address: 19KhMLXKHAaukZmPE3aDdb8VzonRnZAvrK = 104bc8d5ff2b51a
Bit  58: Range [200000000000000, 3ffffffffffffff] -> Address: 1Ddf8igqa1AY849HoHwnHo3FfvxfSAvkGh = 3e0d671bde163bc
Bit  59: Range [400000000000000, 7ffffffffffffff] -> Address: 1EZiaXSnhgNAB2nDzwRA15U2DMj6YBr4MB = 4cd0447f41ac696
Bit  60: Range [800000000000000, fffffffffffffff] -> Address: 16BxGXUQSLvhTnqYFT9LTT8Jmj4K4atMio = a6088e1fa174c10
Bit  61: Range [1000000000000000, 1fffffffffffffff] -> Address: 15wnQSqqpfgBAxACdbyQy8kixF83AraouH = 1c7a1c77befdb61c
Bit  62: Range [2000000000000000, 3fffffffffffffff] -> Address: 1EGPEmZnQeJEmKHcivo9TGfJPCAU3odxwC = 2b2f43719847a1ec
Bit  63: Range [4000000000000000, 7fffffffffffffff] -> Address: 12H6pGtzkmLtijohqJ57RpD2Gn6EvbqPzG = 6b33d6230188cb1e
Bit  64: Range [8000000000000000, ffffffffffffffff] -> Address: 1HmhzhysT899wTvC3QARt8J4FuU6TKgmVx = e3e130e61ae75ccc
Bit  65: Range [10000000000000000, 1ffffffffffffffff] -> Address: 1JLg59fMpqm9iwe1bgpjzs13L5mZkoQiZE = 1677ac38710faf579
Bit  66: Range [20000000000000000, 3ffffffffffffffff] -> Address: 1Dg34mXvcp9wdKopuAVgnqqUtDmd85oToQ = 243223788d8d53e6a
Bit  67: Range [40000000000000000, 7ffffffffffffffff] -> Address: 15CsV1QHAd9KhzLYFyCHLa53aFTh4Awidw = 49645d7d128b02409
Bit  68: Range [80000000000000000, fffffffffffffffff] -> Address: 12TwNn2n1hJWtBvS5rK6KwtvqyEj8eCMpA = c997946b43acabfe4
Bit  69: Range [100000000000000000, 1fffffffffffffffff] -> Address: 1EVWh77MfrrWcr457MBtCGUs2Wa6VYCqn3 = 15cf8b0ab2fa9bd9ee
Bit  70: Range [200000000000000000, 3fffffffffffffffff] -> Address: 1pqMb4a2EQHQmTeyRVDnQSJJw5eaKVk56 = 2fd9cdec7c592b824f
Bit  71: Range [400000000000000000, 7fffffffffffffffff] -> Address: 1MtbonVuJvmwFV1ABiH8Wv63RNPN1MpEAm = 46a842d6511d90df94
Bit  72: Range [800000000000000000, ffffffffffffffffff] -> Address: 1MbqnuMctM2yuDj91dFzxCTjopCJUozqL8 = 9b925b1936878bf4f6
Bit  73: Range [1000000000000000000, 1ffffffffffffffffff] -> Address: 1BQyP6hbA7KUZCT76QGNetYjcbi1eowvCM = 1d7b3365de6c8435e8a
Bit  74: Range [2000000000000000000, 3ffffffffffffffffff] -> Address: 1BQ41St3DfJh7uRDnhk8VKpyg5sc8Wpmwi = 314afab51d8c83f7e5e
Bit  75: Range [4000000000000000000, 7ffffffffffffffffff] -> Address: 1PcNWgYwCGJjFes6MFjmyM3uKNaHPWSJTu = 6835e5238af0678a5a2
Bit  76: Range [8000000000000000000, fffffffffffffffffff] -> Address: 1N7WUUtPp4ajSpxKecFPHEafgGGBcJZ5Um = ef9353e6d025112bb72
Bit  77: Range [10000000000000000000, 1fffffffffffffffffff] -> Address: 1Q1gr1vjxbpVdQmUvraeiaheFfSDnsz7Zz = 1543bceccd4f5a384a5f
Bit  78: Range [20000000000000000000, 3fffffffffffffffffff] -> Address: 1MimENKVGsyrNENDhc9SXi5sopJaU2mVHy = 27b04fbdb67260e28f2e
Bit  79: Range [40000000000000000000, 7fffffffffffffffffff] -> Address: 1HiEAkeUkuc5Gv5EMkqz9Kw31Somxxy6FJ = 5d2dd486a2c41a657723
Bit  80: Range [80000000000000000000, ffffffffffffffffffff] -> Address: 154aoijyZu8YHiawd1ZHeqaPJRr9vvT925 = f7f7c396abae9cd54af4
Bit  81: Range [100000000000000000000, 1ffffffffffffffffffff] -> Address: 13Ji54Wb62vi9eqVzqNT3AfwPecJ2RCwWp = 101eaf7fd0ef9c40a3919
Bit  82: Range [200000000000000000000, 3ffffffffffffffffffff] -> Address: 17nYok42FFzB8Bk2eeetG9LVxUoapinnur = 3e2eaba5b2a8cf85f27b2
Bit  83: Range [400000000000000000000, 7ffffffffffffffffffff] -> Address: 18Yn1AnCsBjQ4kQD6DNREyC6bWWwCJBLEK = 5c5ca87621c0b39f6365f
Bit  84: Range [800000000000000000000, fffffffffffffffffffff] -> Address: 1NccKk4chxCAoSzK7QL78uhT29D7jzeZPC = faf27e065f8f7576b0694
Bit  85: Range [1000000000000000000000, 1fffffffffffffffffffff] -> Address: 1LLwHyZVcHPmAVpDS97DQ63Fz3bQvKoirM = 17003d5162cfd5619782be
Bit  86: Range [2000000000000000000000, 3fffffffffffffffffffff] -> Address: 1CzVASfFMdikvhfnD9pZuX13q2oWoSydwc = 32e7e29310bf6c0928fb7c
Bit  87: Range [4000000000000000000000, 7fffffffffffffffffffff] -> Address: 1H2f1nZhe2WDE1T9wevNUWXkHYGmVcuXCQ = 6a1f836b588d49ac49f71f
Bit  88: Range [8000000000000000000000, ffffffffffffffffffffff] -> Address: 1GhCeTEXtduw1bRGJyPEL4f7Gzi5yvYeKp = ec48be97cb8ab2cafa939b
Bit  89: Range [10000000000000000000000, 1ffffffffffffffffffffff] -> Address: 1JzNzgBXYTczFutBZqm23Ezno6SNs5EUvU = 10f54b44c2dbcd078a8bd32
Bit  90: Range [20000000000000000000000, 3ffffffffffffffffffffff] -> Address: 15ETugybdLQvKkXkD949YbG32boqewDCuc = 3ddd1bd8a50d5e9fec2ebe1
Bit  91: Range [40000000000000000000000, 7ffffffffffffffffffffff] -> Address: 1N2dKj9DGyzAVb2qv6U5CpPSeZoynf44oB = 6e1979f37e5ff992f930f9a
Bit  92: Range [80000000000000000000000, fffffffffffffffffffffff] -> Address: 1LUaoPrtfBbSjua42rB8FuwK7oFpWLLwDp = 8cbaf20e14b3844de88a168
Bit  93: Range [100000000000000000000000, 1fffffffffffffffffffffff] -> Address: 1LBu5pujkgttSg8C1P81Rp68KwehKumD9E = 1cc51d9bdb976b73c2b188b0
Bit  94: Range [200000000000000000000000, 3fffffffffffffffffffffff] -> Address: 1PC9CPaaB9uTmL2CPEAxVw1k6tsLnX3Uod = 2c02e07569f13d54ac2f1861
Bit  95: Range [400000000000000000000000, 7fffffffffffffffffffffff] -> Address: 1KmxBRPfdyJo1LWhGFe2UgdsUDaGVXPrm1 = 7284357728045f73267b1677
Bit  96: Range [800000000000000000000000, ffffffffffffffffffffffff] -> Address: 1DA7AEpqvvZsRd4bwubHjrvpEw6z1Ek1zR = 8cc4cb554fecdcc7bcc6d0ce
Bit  97: Range [1000000000000000000000000, 1ffffffffffffffffffffffff] -> Address: 1LWyvkGVy7zNJKFLqoXkYuW5RrF3kWcQqB = 112c0be64a39572c379ed4408
Bit  98: Range [2000000000000000000000000, 3ffffffffffffffffffffffff] -> Address: 12zp6ebQncZw2qhRBchG7wASJsk7dQXTcR = 3461f002f34984523860c8e27
Bit  99: Range [4000000000000000000000000, 7ffffffffffffffffffffffff] -> Address: 1GVt9gqzyTK7CtT23mkJsAxq3yzpqemic8 = 637b2057eefa10bfbe9cb5082
Bit 100: Range [8000000000000000000000000, fffffffffffffffffffffffff] -> Address: 1PhYPJJM84qUWsqqQep6krxXhWCEypVYVL = b4bd45c6bc9a282e6a243e35b
Bit 101: Range [10000000000000000000000000, 1fffffffffffffffffffffffff] -> Address: 1PAHTkATB6aa1gQtKQWfuzfJ6SyAKfkJRa = 18565e4381a075d9f99fbab319
Bit 102: Range [20000000000000000000000000, 3fffffffffffffffffffffffff] -> Address: 1Q3Wvr5EefxRrBzXBidfm3CveSSfvBcXZB = 3fe7201010149c57aea4865185
Bit 103: Range [40000000000000000000000000, 7fffffffffffffffffffffffff] -> Address: 1NETMKmmJ9V2cRVMEqB3PUHXYLhyGzga2X = 6704634e12afd682c7736508ec
Bit 104: Range [80000000000000000000000000, ffffffffffffffffffffffffff] -> Address: 1DwiZTms4FozR2VneqfboPcbCJCG4qKTsr = b72dda6fcbf62623c5c38a69cc
Bit 105: Range [100000000000000000000000000, 1ffffffffffffffffffffffffff] -> Address: 19w3qKwBJ3rcuGYoLb3tZJJgzYChyjDa7G = 1f4a28dbdaff2aa94ac3a97ea12
Bit 106: Range [200000000000000000000000000, 3ffffffffffffffffffffffffff] -> Address: 1ZWdKxEbLHHBUytErGPdf9YSt1K7QVdL2 = 3463e4be6a711d8c69cb49cad34
Bit 107: Range [400000000000000000000000000, 7ffffffffffffffffffffffffff] -> Address: 1MCXHxi8bCrEHdLXz9aeUiVoqfp1W5TaR8 = 6d263017cc96a38e7d7c0eaa9d2
Bit 108: Range [800000000000000000000000000, fffffffffffffffffffffffffff] -> Address: 1B9USni4ogeV26RgTrb51gS4MdqBtuvgCA = d4ba5283181ed3ef8878135cfc9
Bit 109: Range [1000000000000000000000000000, 1fffffffffffffffffffffffffff] -> Address: 1CvTBNFipj4uY3JP9SET2MAz1bpMgZCm6B = 19ca59ea3725be45798b34bfb144
Bit 110: Range [2000000000000000000000000000, 3fffffffffffffffffffffffffff] -> Address: 1M1FpdwpkABZax6DpLEWjrSCaUQdsqa2dL = 396b0e8805e8b5b229002c743b96
Bit 111: Range [4000000000000000000000000000, 7fffffffffffffffffffffffffff] -> Address: 15cHXJuqoEghRqrHcxcAmmr1xgenxWt8go = 74e6574b8a04b6b07e1a6e571b50
Bit 112: Range [8000000000000000000000000000, ffffffffffffffffffffffffffff] -> Address: 1D6khZrSeegtoUDhCB8Da3tNc2doTTJZJk = f926bebd64384928a7c1fabbc0cc
Bit 113: Range [10000000000000000000000000000, 1ffffffffffffffffffffffffffff] -> Address: 14QHTJAkGAwQJktxFj6gSucfWiEd2aWkvK = 11e2067a0364c4963db02472c2f3a
Bit 114: Range [20000000000000000000000000000, 3ffffffffffffffffffffffffffff] -> Address: 1KU6PZzWdyERSji6BRn9wVv2ssnFXorBsa = 2ef135bbf5e2edfee0f1637b0f5ca
Bit 115: Range [40000000000000000000000000000, 7ffffffffffffffffffffffffffff] -> Address: 188aeCi4kxCpvAM39DXTJNLbAEBdt9gvS6 = 5a38730e4e6d6d4e3b328f3d383c8
Bit 116: Range [80000000000000000000000000000, fffffffffffffffffffffffffffff] -> Address: 1E2ynAo51nPD95WSjrczjQW1AfUs4u5dmo = ffed5b22f137d13a9d365af158495
Bit 117: Range [100000000000000000000000000000, 1fffffffffffffffffffffffffffff] -> Address: 13QxBPjRZytfvavXCZZYz6sC1RbcF9KoKF = 186624c25702aad9bbffa902999ae8
Bit 118: Range [200000000000000000000000000000, 3fffffffffffffffffffffffffffff] -> Address: 1CeZddyiSzpQD4RTho3fThgBqwRsmwx759 = 33f3ea9db48717ac49c881980d53b7
Bit 119: Range [400000000000000000000000000000, 7fffffffffffffffffffffffffffff] -> Address: 18sAnW9HsrbErrqu7tBzRDjfGSHJfAyczz = 41e0c05168a37011f495054c7b28b3
Bit 120: Range [800000000000000000000000000000, ffffffffffffffffffffffffffffff] -> Address: 15zq7d6s11hTu5GF9qhm92tQvb2eSedHP6 = cb143ce9dae7e5b7d42b180ed55479
Bit 121: Range [1000000000000000000000000000000, 1ffffffffffffffffffffffffffffff] -> Address: 1e1gFbV3nC3mS2ZPk44mBHBHEXvjYr1AE = 142cf467c97a5ef4e36bb31ae045cce
Bit 122: Range [2000000000000000000000000000000, 3ffffffffffffffffffffffffffffff] -> Address: 1Ft4nNWrfzmiyk2uUJkZBuFBijbmWNZ9Tf = 21f2f04b20447b781dd3c676e3e4d8b
Bit 123: Range [4000000000000000000000000000000, 7ffffffffffffffffffffffffffffff] -> Address: 19QUTDUVwCz5EVuao4XoHswNyr8RYN3kyz = 472b32ba3ac3a29d556f0fae80ba609
Bit 124: Range [8000000000000000000000000000000, fffffffffffffffffffffffffffffff] -> Address: 15PDztSArzg5X2v77YpuGRrdgCaLGpUcbS = f655d0afdaddca77d124d783badeba4
Bit 125: Range [10000000000000000000000000000000, 1fffffffffffffffffffffffffffffff] -> Address: 1CuFkq6wrk9RJb4Y3aEcyEDXcVg5zHAax6 = 1c5496958f22934c32d5dac5377bbe64
Bit 126: Range [20000000000000000000000000000000, 3fffffffffffffffffffffffffffffff] -> Address: 18zH6iiArPuFpM5CUm5vt1XHmj7opM8CAV = 295a57116e41c5a597727f86cd548f78
Bit 127: Range [40000000000000000000000000000000, 7fffffffffffffffffffffffffffffff] -> Address: 19doGS5d3WyoAeExPBhy1FPFXiYj64tY8g = 6aa990728a8a7ff1f57aafe349539a11
Bit 128: Range [80000000000000000000000000000000, ffffffffffffffffffffffffffffffff] -> Address: 1FDhqLxwnPZY7hwCqXga2zXapooYDKWrYm = f9ef1da00d42f4b9aa08ed3fe0f953b7
Bit 129: Range [100000000000000000000000000000000, 1ffffffffffffffffffffffffffffffff] -> Address: 1MU9ruyjhj4CrwBbh7PmQV5ZSUZcqvctxt = 17f88c51de260d41158dad32452c1f7f4
Bit 130: Range [200000000000000000000000000000000, 3ffffffffffffffffffffffffffffffff] -> Address: 1LKGMdsdLnbt7LDng1YHH93CNKCCVVPLpz = 3b0a23fafd57d9bba660ec1af72cbab0f
Bit 131: Range [400000000000000000000000000000000, 7ffffffffffffffffffffffffffffffff] -> Address: 1WYJwab1tfUsU5ACnTcLsf1gh1XcVQZZG = 519bbdbbd0458c3021525068e355b3fb5
Bit 132: Range [800000000000000000000000000000000, fffffffffffffffffffffffffffffffff] -> Address: 1DyRDvqvjnnEPLF3JZ4YjAvW98vNeBcsHF = fb2ab06d70c294c31ac68f52c05ca55df
Bit 133: Range [1000000000000000000000000000000000, 1fffffffffffffffffffffffffffffffff] -> Address: 18rfav6obdg12dWcQnzKzsRtNBnWKxWBvb = 12cfab6623425e85df2fd5882f6660a728
Bit 134: Range [2000000000000000000000000000000000, 3fffffffffffffffffffffffffffffffff] -> Address: 1Fo4YF7evFbnvnmuWcDYLtc6TgZdKYu5fw = 3a6c113043da254bd708e6a0743ef5fba2
Bit 135: Range [4000000000000000000000000000000000, 7fffffffffffffffffffffffffffffffff] -> Address: 1H51b6WC4Zfkx7aru4Q5CEv8qA8qrNcHtP = 75c739a83118ccbbc72e7129f5279f0247
Bit 136: Range [8000000000000000000000000000000000, ffffffffffffffffffffffffffffffffff] -> Address: 13j7XcZFBedGB2sxWvmmCvS9ApHTJWR9h3 = a33eb859830e332df5b793f5e6c5ebe002
Bit 137: Range [10000000000000000000000000000000000, 1ffffffffffffffffffffffffffffffffff] -> Address: 1FL1d5XxurRZMMpi7CQfYnetbon1uDrwEV = 16444db6d01e9c465f193d0e4abc2783436
Bit 138: Range [20000000000000000000000000000000000, 3ffffffffffffffffffffffffffffffffff] -> Address: 1NkRkh429YnZAGKXm73JBUL1wHJLXb6F1J = 2359497f9e167d7452bae27ead1c60ec4e2
Bit 139: Range [40000000000000000000000000000000000, 7ffffffffffffffffffffffffffffffffff] -> Address: 1NKDq2aGMzsTtMEVGwBbXQZ5sAhCcctSYp = 79624bddc8eea3f17938bb335317984bfb7
Bit 140: Range [80000000000000000000000000000000000, fffffffffffffffffffffffffffffffffff] -> Address: 1P2XyJmXFJEeMuGSQcCHuqWVTXLkYRWvzm = 9740f5117d999b6ad4526ad93b18b3d9871
Bit 141: Range [100000000000000000000000000000000000, 1fffffffffffffffffffffffffffffffffff] -> Address: 137ve5TJo8sEWWwjJph3HJc4NrKMYkAqY7 = 1e756da6c5c6fabf57cd2158ee0bc01b58a8
Bit 142: Range [200000000000000000000000000000000000, 3fffffffffffffffffffffffffffffffffff] -> Address: 1J4upprPWoQ7FWeb6YvWZH7o9D61qhZBJm = 21b7d468a91183104af9a86341d779655a7e
Bit 143: Range [400000000000000000000000000000000000, 7fffffffffffffffffffffffffffffffffff] -> Address: 1MV6GC6naPErBejVVFShxMpHYEH4VyFotn = 47bdc4e9f87d0881e0d6e434a93dd3b669d6
Bit 144: Range [800000000000000000000000000000000000, ffffffffffffffffffffffffffffffffffff] -> Address: 15UWocy8TCJwJ6RE7QdNeyJna1oz8UeTbz = d06939065871efea554f0336fd603e577ddb
Bit 145: Range [1000000000000000000000000000000000000, 1ffffffffffffffffffffffffffffffffffff] -> Address: 1HWGKKJK5eeo9DGcnpY6Y1aJQK5iLrcxjQ = 1f9c5bfd1c39b3a65fbc2992ad930993c9e0b
Bit 146: Range [2000000000000000000000000000000000000, 3ffffffffffffffffffffffffffffffffffff] -> Address: 1AkaWr7jRuEVPcf2gEhs6mJyknMxCnUvPq = 2e2a51b627f899aa16803d626b59fae957d83
Bit 147: Range [4000000000000000000000000000000000000, 7ffffffffffffffffffffffffffffffffffff] -> Address: 1NQSyRarqTN1UDTzh8kSJ95sZQD54ahaUB = 6b3231b645b6dcf598534a44128b3cb51f480
Bit 148: Range [8000000000000000000000000000000000000, fffffffffffffffffffffffffffffffffffff] -> Address: 1Ms1ySddz7fU2EiuWpxTUSGEUPNFBCqcfn = c841406b8e9997f98a5c692eed27173d09505
Bit 149: Range [10000000000000000000000000000000000000, 1fffffffffffffffffffffffffffffffffffff] -> Address: 15zY6AK8GjsE8ktEeRX8VmZZjSCuoVZm1M = 11b4069e672a2edcae64f142ba01cc00496966
Bit 150: Range [20000000000000000000000000000000000000, 3fffffffffffffffffffffffffffffffffffff] -> Address: 1MuMPm11FyukoumHymvqBm9ntwcyv8kZur = 255ff2b2d34f4b851bb2fc229c261e2dd5d5e4
Bit 151: Range [40000000000000000000000000000000000000, 7fffffffffffffffffffffffffffffffffffff] -> Address: 1SdNrveH9EuqVz7xAi9uRoc4NP7UJjZMq = 51491bd2b031cf62d162ca5cd0aaa40ff47095
Bit 152: Range [80000000000000000000000000000000000000, ffffffffffffffffffffffffffffffffffffff] -> Address: 1GiD9zyzbjQktMVLrSaj77LvcjufeXL8ZK = b6614131c3baf00fc9a125a3a2eb9d4d2d87b5
Bit 153: Range [100000000000000000000000000000000000000, 1ffffffffffffffffffffffffffffffffffffff] -> Address: 1Q2P7MPLHunQs3ksLPHFsxua2MaTgRo6dM = 199b90b41a12e56845c3afbbbcef034ff6a7cbf
Bit 154: Range [200000000000000000000000000000000000000, 3ffffffffffffffffffffffffffffffffffffff] -> Address: 1NsrZFJmajb9VjwLA4Akv4h3LM4TUB3ExH = 3549d1110a0e2db5c93776c03f9670d34f89bf5
Bit 155: Range [400000000000000000000000000000000000000, 7ffffffffffffffffffffffffffffffffffffff] -> Address: 19TUKiThUaqd7129a5U6W3ooLVE11QcXQb = 4523821589137a12d96f994ded5527a105a80a5
Bit 156: Range [800000000000000000000000000000000000000, fffffffffffffffffffffffffffffffffffffff] -> Address: 1D5aTqTtAz4fJyTXB3xb9R7zm6bt4yEdSg = fb425a1f648b892a83019e512a55bfdf9d2f4a5
Bit 157: Range [1000000000000000000000000000000000000000, 1fffffffffffffffffffffffffffffffffffffff] -> Address: 13jg7QygRarxuYH9aB4SuzetwC6NyjF9aR = 12c0a6e220b15cba8bfca0373c88aef76790ebcd
Bit 158: Range [2000000000000000000000000000000000000000, 3fffffffffffffffffffffffffffffffffffffff] -> Address: 1LYPW3dm134UVWpMH6XND3U4rdZmCPZdRC = 3630cfb038867e2f40f06de611e4df0b0e4bf4b9
Bit 159: Range [4000000000000000000000000000000000000000, 7fffffffffffffffffffffffffffffffffffffff] -> Address: 1844F1GNUtkpgEaXmJYSshy7vCyFzyYJip = 6c211c3266964e5ed4ef606000a89dc442225e4e
Bit 160: Range [8000000000000000000000000000000000000000, ffffffffffffffffffffffffffffffffffffffff] -> Address: 1JAFt3Abfho2BvpTRmgcydoqL6ej5d33Di = 8f535d4a70cb0b7bcb6414711dcac13cec9920c3

Sadly they didn't provide the right passphrase.
the gods have failed me, back to fishing.