Searching (who am I kidding, crack) private keys using FPGA and mining chips

[joniboini]

bro，have any good news?

Even if he did, why would he share it with you? I suggest you stop hoping for people to crack a wallet and share the private keys in some public space. Might as well crack it on your own.

Oh, you should also stop posting in this thread and make a new one if you're interested in things like this. OP is nearly 2 years old.

[1715236097]

1715236097

[1715236097]

1715236097

[OssyRozenberg]

bro，have any good news?

Everything is as usual. Silicon crisis, lockdown, missed deadlines. But the work continues.

[OssyRozenberg]

OP is nearly 2 years old.

Hint number one: blue box.

[Cyl0nius]

Do you have a working prototype?
Any Benchmark?

How long to solve Puzzle #100?

[OssyRozenberg]

Do you have a working prototype?

On the previous page.

Any Benchmark?

On the previous page.

How long to solve Puzzle #100?

You didn't know what question to ask and chose this one?.. Learn this site before: https://learnmeabitcoin.com/beginners/keys_addresses  

[OssyRozenberg]

So a small historical digression into the ancient wallets movement*.
All wallets are created between 2009 - 2012, usually contain 50 BTC and never moved before.

2015-2020 May, 8 only.

1EdKmyzcyudUJofYxFpudCvvL3hCmX6S8a
1BbfhhMKs8Ax6pD7a6sjrJJ1ikj8FRDvB9
17NY72dwYaDWdRVixojtPB5RmEsJXxvBvY
1KecPAAih1o66XrxdNyFe388K2eqotMoLc
112qJLTCR3QGVyQ6RBH2765gw3gVozBhvU
152Qfxi5oJ84Ec2MVRZryyxeY2gbnhZAhc
168KmKMWPiD6zTPv5bBVXgRKu29ZegR4Ps
1724SVrgVffLtzDspyQ7HRjuARbevPRe3D

2019 June - Bitmain's chip vulnerability found.

2020 May - present day.

17XiVVooLcdCUCMf9s4t4jTExacxwFS5uh
1CKr6T5sG6uV8oGZH46W2zf8Uj7xB3kTqY
1o7JBP3aSnjR8Fq4AYu6fZVa752YeKp6q
1PzdZZ7J4UffQRbVUkcRjWvVCGxYGB9Dfp
19uJJJD5XtQ2VRCKahSehkdbKsAoJy39Nb
133YCWtjy5MgBEcPAPRCVmkbvmEQe8d6oA
14uQTyDtkSjurkN7piJo3XkzB2LNenkRz6
1Cq58tPadWqTnv2zU3TxZmRSV9XjpSLMew
12Rf4ep2H2eLBbzsqex4G4ajAvpy1HARPn
13KKUHYT2MPTdDkA6XAhFFxDQGDb1GgiFm
16hqbeAuVSmQxaEPA14q9qV3RhhdUYSAQX
16qxewbNQwHYdjQHx9HjEtxXaac9gvituH
16yevHBZG3LSEgMBnEJLhzhSVCd2j7nUXS
179s1AHXYrmzzchdLPaMYVX3qh8SvnhD3n
19Ghp4E3AMgbN62qN8osioaxCENGZWQeoU
19M9bCvvq7ndRs9qV4yuZMycwUYytNB2Xq
1Ad9fAZjGAH1vfL88LhJBSB7h9Dq68BWCu
1BS4NfZ3LtirYp9bJrihQn7QgAyixU3nJL
1BhRJqyS62Yzx4AXwGuN9UZnvp9JorVdfn
1DziNMP2JXwWcxNdqJ2BLy6QjmdmFYbxjx
1E6UhG329LfJ3SxEW7oetPnpq5NyW4pP2m
1HMZUnetUmjavpCUVaLUhyMqfJRciAw3jt
1HW8E6q52wBiMgKWxJpqCa2yGhuydyU1UF
1HcDMPfBVJynh8am1hkyWKfk9bXnS5T3Nz
1LTL4AeuxUFoT5Q2USG6j4KR5ZQTWu5KdJ
1MJFFMaZriohY3udf1buUqAHcdP1totNo5
1MPMsap53sW1c3GLycySHGNC8unWHpQKNL
1224C6udXxe5ZG4vCgyT6QoK6xB5C4xBhj
1GrNaEgRUc1NvqMPDRpcQTuAK4ccwW53Th
1P5XyzMsdAG3wVXFBDw5ZF5bKKceuKAymV
1BzvZCMrWzhi3hav8TvDvNeYZYhVEsi4vY
16ZVMa3QE6w4TMSp4fhZffwkmYEghyUF3B
1J5B9Ksc8NAYiYQZtAeCsnTKMuFpvWBGnA
17oHBjufGZCYB9UzMxT62cFkX5GaFSXquc
1CG7xb5H3fMpt8uRP9EAtP8PoP9zjjVFtS
1JtNKGQW5N9ZWuPS7PP15yFSUph762khn2
1QKNqersmGeFbCj8kd9N8zxr52pEjUUEiz
18FB9NKFEMNAuQfiytpH1tu9u4FvrcK1DA
1JnpGtF3F8sXUegxcxwugtzQ4Pyh1Qwry2
1GzuafWGso6L2PuCGuMYHNaGejV866JAmc
1G8yZ7ZBYmffDXXhG3bf36WoFG9g54zSZF
1V2VdzwdFS6izqHgSX16Wgq5pyQGnjWMj
14nV5B2FxoWtgSvDS4N3puii1pyuund4jz
16WhYuuoXx2RvDVn6uLAiUsZrF4GhDNLEe
17BThALE4nZ76uUG87BgF4C8theiGsQLNr
18T1No5pNmDZfSCMvLDzNKNHweQFPVHLyN
18sLtMhEFSqLGez73VYAY3NV34QukygG8G
18y7UT8VjT28VWeh3mSmF99xm2mBEDeLti
19YSWQueQYywqTLXsji2ZMuqap1AkqobzW
19xH51AGLMKGsKChDp38DRVQgSdFh3iMUh
1BtsLk3SZyqAwYDAXaJV6WRf28nzpTnjAP
1CvsLRmCZj9pUMb2AqganwkUkXnMDwiu1H
1DRofMEZhQd6JHmZrxrh5BDL6BwnqAihDh
1E6V8fWHqJNTtWq8NCv8GaGb2at119Js7B
1EQer6fMUjrq8QPDTktGJEMAvjwcK4gFAC
1HfCbNJ6JV4QeKfFFw7EdLKByYxneBspBa
1HgkSkWfZC1NCmN4ynNjPa5kEgAHyHVmWm
1KJg2TayyjXyubVg8icUXLkWaoSE5M4348
1LXSKJgpDPz9hqBPiTdHaM4avmEa7QnWMb
1Mim794Te79hABSj2HVFJcV2BxYnKTF9qD
1PPUdLVNUXJLiadUtjNcGYf1njzP7JTkJs
1PytY1Yg7uH3RFw2mZ1uhWd5ZfzVtk8WnX
1239hnHKzy6Bw7JTJHaeeE55RA1eeYzUkF
13m9rdLPeC9ugtxezxxzkbR7ZvqVeyoUPM
15Dx4cswPZ9tm97N9yrh6uqgLmZru3BKB8
15PJf2toEtmrfsXnopZv3JxDeYEWfquP5S
17KQKhXiMhtHjspvyLtdbWogSnnDfMXgeE
17u1CPmTsGadso2M76dk74rJ3VbpTUk9An
18NZeMVhUoBxYM89A19X6AfCzYsZEwGuM2
19Y2ZHU2hPKi2tSjZaKM6s5d33ytt2FKRM
19ZFzq5qkUSpmg5AoAXs38egDZrSb789jz
19nf62Jt6PuGrWP55oH1yCPwybJAabYcEZ
1AsUySXfuijqxTY1MjQf1jRXyuocZisEMQ
1BQQKYVM72VtViQbv3kVjgkexaHYNnDHzz
1BtUa7nZ5eztsztk3zwvjaQyWhb7GBcKa8
1C6sU3hG8JMHKj7ajYm6Wqghn7QaTAnGPB
1F2GosD8ftcXmPFvgVbHKHR8mh5DPEQ4CV
1Gm7vPCZsCG7EMKeXtpaoBMU4tzrUZbJ1r
1J2W2P774QqnhpBfacSuqKHeVLRv2qG8JE
1MqAnu21Pq5xtbT1UEfjQnpnGt6xm16WqR
1PCZnzs7kLFwjN4fJ44Zy9oZzsUxXg881W
1n5LQLKqUyS6DPRYXCMJnb5cwcpUr8JJm
17Fk6irmBLXcC6d4Dty9GbxVyVaAfiPjmd
1FKaEgoErzoBJiegKcxQSUSeBnna7VJsAi
1PnMnhdtWHAjAxmpbuA5pTzfbtuLRmYLdz
152w6rNt2xWUD5VFGp6utevqxFnwYYcd7b
1CiycPBiSU2gA536roas7ijsTzVQ9CyyVD
18BQd41ex2FJhsrbATuXpeePDPUsUCB8jt
15SpRiB8kXnJ2DME4GSGa7mHjTUAR8ciM1
1P7gtVWQdHdR7Ne81VoHs8QbMMPVk49E2H
19PjWBusY8Dd6oYb5hnPvA1YuQu1R82CQV
1FHti3e5Apzq8hf9yS5BXXetyhrTykbUoM
1G3rgj7Uv7aukePsdsp6Ef3JWMW3yPYQtr
15svZC2KDWaM5K2uqXBwvu4P73gbriDMmU
1NJgf235dsyVp6xfH3qNbfQX1DLq2PRTZh
1AEFS8s27coKMopmsPjeBeecEiVc74iXkM
1NxPnUoJ3HinAacVNRod3sTcBLvWt3hKGx
1MU5kHYHgKyLQVKTx8xAuyDN8Vwo5mDbjY

*The list contains only virgin wallets. There are a lot more opened old wallets.
If you have a piggy bank in an ancient wallet, it is strongly recommended to transfer your BTC to a modern multisig wallet.

[cryptoQueez]

I think there's an update. Follow the link:
https://ibb.co/k8BQcph

[mynonce]

Searching (who am I kidding, crack) private keys using FPGA and mining chips

It is amazing, that Satoshi thought about it:

Back in 2010, someone is asking ...

Although extremely unlikely, what would happen if two Bitcoin clients generated the same Bitcoin address? Would payments be delivered to whichever client encountered the payment first? If there is a mechanism in place to prevent such collisions, please explain it.

And Satoshi is answering ...

...
If you were to intentionally try to make a collision, it would currently take 2^126 times longer to generate a colliding bitcoin address than to generate a block.  You could have got a lot more money by generating blocks.
...

Satoshi is not saying that it will remain impossible.

Thus, mining abandoned addresses is more profitable than mining new coins. Over time, the situation will change in this direction IMHO.
WBR, Ossy.

[OssyRozenberg]

I think there's an update. Follow the link: https://ibb.co/k8BQcph

Artix7 is used on the main board. Under the heatsink.

Satoshi is not saying that it will remain impossible.

In the WP, Satoshi proposed a core 2 duo CPU as the reference mining device. Industry has changed since then. But the core technology of bitcoin has not changed. And even if this changes, there will be compatibility with abandoned wallets that will never change in blockchain.
Think about it, we will use quantum computers and ancient keys as before generated from set of 2^160 

[OssyRozenberg]

So, a long-awaited update of the calculating boards: https://ibb.co/hMxysrG

Google photos (I don't know why it is blocked here):
https://photos. app . goo . gl/5GkEsYtgRKTGMCUZA
old version https://photos. app . goo . gl/3zBWC2ZBXuMnWeZg6

Now it contains specialized hashing chips (ASIC). It is a little more expensive than mining chips, but faster. Power consumption is reduced to ~90W per device. This solution allows to use of passive convection cooling or simple external airflow.
At the same time, bitmine chips seem to be more common.
So, both solutions are valid.

[Cyl0nius]

Now it contains specialized hashing chips (ASIC). It is a little more expensive than mining chips, but faster. Power consumption is reduced to ~90W per device. This solution allows to use of passive convection cooling or simple external airflow.

And still no performance data 

There is no need for FPGA/ASIC for secp256k1. Just use as many cores you can get.

90 Watt?
Running a ESP32 cluster will outperform this fancy "Schatzgraber".
ESP32 is 2 core 240MHz at 37mA for under 1 USD.

[EmbeddedBrain]

So, a long-awaited update of the calculating boards: https://ibb.co/hMxysrG

Hi Ossy! Are You planning to sell this solution?

[OssyRozenberg]

Running a ESP32 cluster

Could you stop posting foolishness in my thread?

Hi Ossy! Are You planning to sell this solution?

This is a private development with limited disclosure. Maybe later I'll be able to give more information.
Initially, it was an open source work. Send me a PM and I'll give you some early material.

[Cyl0nius]

Could you stop posting foolishness in my thread (sic!)

who is still (since years) posting here foolish ideas?
At the beginning he wanted to sell us the FPGA as the ultimate solution and now it's become ASIC after all.
This German guy is clearly a pro.

Here is a Bitcoin address generator running on ESP32 ... for just a few Dollar 

// dev module default 4mb huge app partition

// output format: private key*compressed public key*counter

#include "secp256k1.h"
#include "secp256k1_preallocated.h"

uint8_t secret[32];
double life = 0;

void setup() {
  delay(1);     
  Serial.begin(115200);
}

void loop() {
    secp();
    life++;
}

// --------------------------------------------------------------------------------------------
void secp(){
  secp256k1_context *ctx = NULL;

  int res;   
  size_t len;
  size_t context_size = secp256k1_context_preallocated_size(SECP256K1_CONTEXT_VERIFY | SECP256K1_CONTEXT_SIGN);

  ctx = secp256k1_context_create(SECP256K1_CONTEXT_VERIFY | SECP256K1_CONTEXT_SIGN);

// generate random private key - full 8 bit range 0-ff
  for (int i = 0; i<32; i++) {
    secret = random(0,256);
  }

// computing corresponding pubkey
  secp256k1_pubkey pubkey;
  res = secp256k1_ec_pubkey_create(ctx, &pubkey, secret);

// serialize the pubkey in compressed format
  uint8_t pub[33];
  len = sizeof(pub);
  secp256k1_ec_pubkey_serialize(ctx, pub, &len, &pubkey, SECP256K1_EC_COMPRESSED);

    print_hex(secret, sizeof(secret));
    Serial.print("*");
    print_hex(pub, sizeof(pub));
    Serial.print("*");
    Serial.println(life);

  secp256k1_context_destroy(ctx);
}

// ---------------------------------------------------------------------------------------

void print_hex(const uint8_t * data, size_t data_len){
  char arr[3];
  for(int i=0; i<data_len; i++){
    if(data<0x10){ Serial.print("0"); }
    Serial.print(data, HEX);
  }
}

[OssyRozenberg]

he wanted to sell us the FPGA

1st. I never sold anything. Or show me my offer.

2nd. I see no point in arguing with you about adruino (sic!) codes. My grandson uses arduino in school projects, you could discuss with him.

3rd. The really cool idea is to start mining using your super algorithm. For less than a dollar, you'll make millions and revolutionize the industry! Most importantly, you don't need to learn FPGAs and true programming for that.

[yanker]

Running a ESP32 cluster

Could you stop posting foolishness in my thread?

Hi Ossy! Are You planning to sell this solution?

This is a private development with limited disclosure. Maybe later I'll be able to give more information.
Initially, it was an open source work. Send me a PM and I'll give you some early material.

Hey Ossy. Tried to PM you but unfortunately you don't accept PMs from newbies. Would you mind PMing me any material that would be helpful in the construction of a "treasure hunter" like yours? This sounds like an extremely fun project.

[EmbeddedBrain]

The same   User 'OssyRozenberg' has not chosen to allow messages from newbies. You should post in their relevant thread to remind them to enable this setting.

[Cyl0nius]

3rd. The really cool idea is to start mining using your super algorithm. For less than a dollar, you'll make millions and revolutionize the industry! Most importantly, you don't need to learn FPGAs and true programming for that.

Mining?
Ossi you really have no clue what you're talking about.
Already after your first post one explained you where the difference between mining and key generating is.

Still don't get it?