Bitcoin puzzle transaction ~32 BTC prize to who solves it

[kTimesG]

I’ve been working for some time on a special set of numbers that allow you to manipulate or control any given number through a specific mathematical pattern.

For example, let’s say we have a single-digit number and another number that I’ll call the magic number.
When you multiply the single-digit number by this magic number, you get a new result of course  
What makes this magic number unique is that if you multiply the new result by the same magic number again, the original digit reappears on the right side of the new number, in the first position.

This grad school math tricks may impress your friends, not when dealing with people involved in cryptographic multi-layer processes

Yes, 159 is 16*9 + 15 mod 16, and 9 + 7 = 16. Your discovery that the last base 16 digit sticks to its established mathematical rules is truly amazing.

[FREIVOGEL231]

I’ve been working for some time on a special set of numbers that allow you to manipulate or control any given number through a specific mathematical pattern.

For example, let’s say we have a single-digit number and another number that I’ll call the magic number.
When you multiply the single-digit number by this magic number, you get a new result of course  
What makes this magic number unique is that if you multiply the new result by the same magic number again, the original digit reappears on the right side of the new number, in the first position.

This grad school math tricks may impress your friends, not when dealing with people involved in cryptographic multi-layer processes

Yes, 159 is 16*9 + 15 mod 16, and 9 + 7 = 16. Your discovery that the last base 16 digit sticks to its established mathematical rules is truly amazing.

Your journey to the basic mathematical rule actually proves my point.
The most complex systems on earth are built on (0s and 1s), and the principle that simple solutions are often the most robust is a well-known concept in security engineering.


9F=1001 1111

Genesis block sigscript 04 ffff001 d0104 455468652054696d65732030332f4a616e2
f32303039204368616e63656c6c6f72206f6e206272696e6b206f66207365636f6e64206261696c 6f757420666f722062616e6b73

The first block sigscript 04 ffff001 d0104
The second one 04 ffff001 d010b
.
.

This isn't just a theory. The entire universe now understands that the most sophisticated encryption can be undermined by the simplest human error or an overlooked basic rule. The real challenge isn't just building complex walls; it's ensuring that someone doesn't simply leave the key under the doormat. That's where the true battle for security is won or lost.

Thank you for taking the time to engage with my idea. I genuinely appreciate the discussion, even if we see things from different angles. It's always valuable to exchange perspectives with someone who has a sharp mind.

I have a personal philosophy in life: If an idea I share with someone proves successful and creates real value for them, I have a fundamental belief that they will do what's right according to their own principles and conscience. Why? Because successful people understand the flow of value. They recognize contribution and ensure credit is given where it's due, not out of obligation, but as a natural reflection of their own integrity.

I wish you the best of luck in all your endeavors.

[fixedpaul]

This concept isn’t limited to single digits. I also have a set of numbers that can perform the same behavior with two-digit, three-digit, four-digit numbers or any number of digits
For instance, when you multiply a four-digit number by its corresponding magic number, the four digits disappear.
But when you multiply the result again, those original four digits reappear on the right side of the new number.
Repeating the process again and again creates the same infinite pattern — appear, disappear, appear, disappear.
 main language

How can this help solve the puzzle? You are basically finding those “magic numbers” m such that  m^2 gives a remainder of 1 when divided by 16^n , where n is the number of digits you want to repeat

[mindragon]

Dear Satoshis ....

I leave this forum and legit forget about everything and I come back a year later and ....

Is this puzzle STILL going?!

WOW

[kTimesG]

Dear Satoshis ....

I leave this forum and legit forget about everything and I come back a year later and ....

Is this puzzle STILL going?!

WOW

Yeah, still unsolved. From your last checkin one year ago, we've since evolved to the level of doing basic arithmetics and the complex intricacies of solving for kB in kA * kB = kC (assuming the multiplication is even possible). I think someone also found how the river flows through the stones, or something like that.

Hope you'll check the status update again during 2026 Halloween. We'd then be at 1% of scanning 71 with some new Cyclone or who knows. Cheers and hook-a-boo!

[mindragon]

Dear Satoshis ....

I leave this forum and legit forget about everything and I come back a year later and ....

Is this puzzle STILL going?!

WOW

Yeah, still unsolved. From your last checkin one year ago, we've since evolved to the level of doing basic arithmetics and the complex intricacies of solving for kB in kA * kB = kC (assuming the multiplication is even possible). I think someone also found how the river flows through the stones, or something like that.

Hope you'll check the status update again during 2026 Halloween. We'd then be at 1% of scanning 71 with some new Cyclone or who knows. Cheers and hook-a-boo!

I have so many questions. Mainly relating to what a hook-a-boo is. Beyond that, Cheers!

[jonematt]

Which is more likely to get the key: software or hardware and graphics cards? Because space is difficult.

[brainless]

Which is more likely to get the key: software or hardware and graphics cards? Because space is difficult.

1000 gpu rtx 5090 or h200

[teguh54321]

Which is more likely to get the key: software or hardware and graphics cards? Because space is difficult.

1000 gpu rtx 5090 or h200

And a power plant 😅🙃

Share the last 4 bytes of your prefix address’s private key (PVK) and I’ll return every possible prefix within the 71-bit range in about 3 minutes on a single RTX 3060 Ti.
(You can get similar results with BitCrack, but BitCrack only returns the PVK for the target address — it won’t list PVKs that belong to matching prefix addresses.)

Example:
Prefix Address: 1PWo3JeB9jRLz2NjTHsZ8uTBnqcjnu66Ak
Last 4 bytes of PVK: B3E74856

Result:

1PWo3JggWE4Yn7ARaUBvYN6J1oPiKsThWJ  40133AD921B3E74856
1PWo3Jg6eJsDk9Hc47HR1wRGBgMtzp4ckV  4025698C3FB3E74856
1PWo3JeqdbckR9P66rSwNTumiNPRpKFexo  41549C313AB3E74856
1PWo3JfVxseXDayTF2qhurrX9DC2QKikqk  41FAE86E8BB3E74856
1PWo3JhAZwrk2oPDqK7QZWh5y7SGtMB5Je  42662C29A0B3E74856
1PWo3JePottCGRD6W3QckjoEkZ1SPrFAsj  4633808179B3E74856
.
.
.
1PWo3JgC5DbJyVKj5cNieRjQQpTnsbm8S3  70609EEBA0B3E74856
1PWo3JdsAnDUbAmDD5KHkvBjteK7pTXNaM  7090418EE7B3E74856
1PWo3Jgo2mdCHkPRVVybhmbZE3NbGfk7ic  71BA578072B3E74856
1PWo3JdsKfUUpp7VCV8BPfFpZTNHCPcdvS  71CF8FAA53B3E74856
1PWo3Je2YFKbobawHVmCirWsexxPr6jr1i  71F2806D71B3E74856
1PWo3JeKtSEHvpj9EcLKSWKGQZavXrSLAA  7240EF5B90B3E74856
1PWo3JeJrtDLaSvekA3xQCAgeV7ZAbjVL9  729BBF9186B3E74856
1PWo3JdfNekTD4jZ5M1dXN2towV3W12TVq  74642E8DB8B3E74856
1PWo3JgKzLomY4UncwkqXCMC6GHyzBUMUK  7783F49749B3E74856
.
.
.

Bro, I see you’re online. Could you please share all 71-bit keys with prefixes whose private-key hex ends in "00000000", in sequence? I’m a bit curious to know. 😁 Thanks!

Until today i get total 116
1PWo3JeB9j prefix

What if i share you and one of them generate the answer 🙃 ?  Seems bad idea hehe 😅 .......   can you release the code please 🙏🙏

[moderator's note: consecutive posts merged]

[eggsylacer]

Can someone help me transfer funds #71? I don't have much experience. The guy who solved #67 and #68 gave a clue on how to do it, but the truth is I don't know how to do it with Mara.
I would greatly appreciate your help

Hi, how can I help you with №71? Do you have the private key to this puzzle (Bitcoin addresses)? If there is, I can tell you what you need to do. Where can I contact you P2P?

[Dapud0886]

Share the last 4 bytes of your prefix address’s private key (PVK) and I’ll return every possible prefix within the 71-bit range in about 3 minutes on a single RTX 3060 Ti.
(You can get similar results with BitCrack, but BitCrack only returns the PVK for the target address — it won’t list PVKs that belong to matching prefix addresses.)

Example:
Prefix Address: 1PWo3JeB9jRLz2NjTHsZ8uTBnqcjnu66Ak
Last 4 bytes of PVK: B3E74856

Result:

1PWo3JggWE4Yn7ARaUBvYN6J1oPiKsThWJ  40133AD921B3E74856
1PWo3Jg6eJsDk9Hc47HR1wRGBgMtzp4ckV  4025698C3FB3E74856
1PWo3JeqdbckR9P66rSwNTumiNPRpKFexo  41549C313AB3E74856
1PWo3JfVxseXDayTF2qhurrX9DC2QKikqk  41FAE86E8BB3E74856
1PWo3JhAZwrk2oPDqK7QZWh5y7SGtMB5Je  42662C29A0B3E74856
1PWo3JePottCGRD6W3QckjoEkZ1SPrFAsj  4633808179B3E74856
.
.
.
1PWo3JgC5DbJyVKj5cNieRjQQpTnsbm8S3  70609EEBA0B3E74856
1PWo3JdsAnDUbAmDD5KHkvBjteK7pTXNaM  7090418EE7B3E74856
1PWo3Jgo2mdCHkPRVVybhmbZE3NbGfk7ic  71BA578072B3E74856
1PWo3JdsKfUUpp7VCV8BPfFpZTNHCPcdvS  71CF8FAA53B3E74856
1PWo3Je2YFKbobawHVmCirWsexxPr6jr1i  71F2806D71B3E74856
1PWo3JeKtSEHvpj9EcLKSWKGQZavXrSLAA  7240EF5B90B3E74856
1PWo3JeJrtDLaSvekA3xQCAgeV7ZAbjVL9  729BBF9186B3E74856
1PWo3JdfNekTD4jZ5M1dXN2towV3W12TVq  74642E8DB8B3E74856
1PWo3JgKzLomY4UncwkqXCMC6GHyzBUMUK  7783F49749B3E74856
.
.
.

Bro, I see you’re online. Could you please share all 71-bit keys with prefixes whose private-key hex ends in "00000000", in sequence? I’m a bit curious to know. 😁 Thanks!

Until today i get total 116
1PWo3JeB9j prefix

What if i share you and one of them generate the answer 🙃 ?  Seems bad idea hehe 😅 .......   can you release the code please 🙏🙏

Impressive!! How much is your speed to get all of those 10 perfix

[teguh54321]

Share the last 4 bytes of your prefix address’s private key (PVK) and I’ll return every possible prefix within the 71-bit range in about 3 minutes on a single RTX 3060 Ti.
(You can get similar results with BitCrack, but BitCrack only returns the PVK for the target address — it won’t list PVKs that belong to matching prefix addresses.)

Example:
Prefix Address: 1PWo3JeB9jRLz2NjTHsZ8uTBnqcjnu66Ak
Last 4 bytes of PVK: B3E74856

Result:

1PWo3JggWE4Yn7ARaUBvYN6J1oPiKsThWJ  40133AD921B3E74856
1PWo3Jg6eJsDk9Hc47HR1wRGBgMtzp4ckV  4025698C3FB3E74856
1PWo3JeqdbckR9P66rSwNTumiNPRpKFexo  41549C313AB3E74856
1PWo3JfVxseXDayTF2qhurrX9DC2QKikqk  41FAE86E8BB3E74856
1PWo3JhAZwrk2oPDqK7QZWh5y7SGtMB5Je  42662C29A0B3E74856
1PWo3JePottCGRD6W3QckjoEkZ1SPrFAsj  4633808179B3E74856
.
.
.
1PWo3JgC5DbJyVKj5cNieRjQQpTnsbm8S3  70609EEBA0B3E74856
1PWo3JdsAnDUbAmDD5KHkvBjteK7pTXNaM  7090418EE7B3E74856
1PWo3Jgo2mdCHkPRVVybhmbZE3NbGfk7ic  71BA578072B3E74856
1PWo3JdsKfUUpp7VCV8BPfFpZTNHCPcdvS  71CF8FAA53B3E74856
1PWo3Je2YFKbobawHVmCirWsexxPr6jr1i  71F2806D71B3E74856
1PWo3JeKtSEHvpj9EcLKSWKGQZavXrSLAA  7240EF5B90B3E74856
1PWo3JeJrtDLaSvekA3xQCAgeV7ZAbjVL9  729BBF9186B3E74856
1PWo3JdfNekTD4jZ5M1dXN2towV3W12TVq  74642E8DB8B3E74856
1PWo3JgKzLomY4UncwkqXCMC6GHyzBUMUK  7783F49749B3E74856
.
.
.

Bro, I see you’re online. Could you please share all 71-bit keys with prefixes whose private-key hex ends in "00000000", in sequence? I’m a bit curious to know. 😁 Thanks!

Until today i get total 116
1PWo3JeB9j prefix

What if i share you and one of them generate the answer 🙃 ?  Seems bad idea hehe 😅 .......   can you release the code please 🙏🙏

Impressive!! How much is your speed to get all of those 10 perfix

I use ex mining  card . Currently active 12x 3080ti ,
 bout 2500 -3000 mhs each for several month...

Just hoping my lottery luck working 😅

[Dapud0886]

Share the last 4 bytes of your prefix address’s private key (PVK) and I’ll return every possible prefix within the 71-bit range in about 3 minutes on a single RTX 3060 Ti.
(You can get similar results with BitCrack, but BitCrack only returns the PVK for the target address — it won’t list PVKs that belong to matching prefix addresses.)

Example:
Prefix Address: 1PWo3JeB9jRLz2NjTHsZ8uTBnqcjnu66Ak
Last 4 bytes of PVK: B3E74856

Result:

1PWo3JggWE4Yn7ARaUBvYN6J1oPiKsThWJ  40133AD921B3E74856
1PWo3Jg6eJsDk9Hc47HR1wRGBgMtzp4ckV  4025698C3FB3E74856
1PWo3JeqdbckR9P66rSwNTumiNPRpKFexo  41549C313AB3E74856
1PWo3JfVxseXDayTF2qhurrX9DC2QKikqk  41FAE86E8BB3E74856
1PWo3JhAZwrk2oPDqK7QZWh5y7SGtMB5Je  42662C29A0B3E74856
1PWo3JePottCGRD6W3QckjoEkZ1SPrFAsj  4633808179B3E74856
.
.
.
1PWo3JgC5DbJyVKj5cNieRjQQpTnsbm8S3  70609EEBA0B3E74856
1PWo3JdsAnDUbAmDD5KHkvBjteK7pTXNaM  7090418EE7B3E74856
1PWo3Jgo2mdCHkPRVVybhmbZE3NbGfk7ic  71BA578072B3E74856
1PWo3JdsKfUUpp7VCV8BPfFpZTNHCPcdvS  71CF8FAA53B3E74856
1PWo3Je2YFKbobawHVmCirWsexxPr6jr1i  71F2806D71B3E74856
1PWo3JeKtSEHvpj9EcLKSWKGQZavXrSLAA  7240EF5B90B3E74856
1PWo3JeJrtDLaSvekA3xQCAgeV7ZAbjVL9  729BBF9186B3E74856
1PWo3JdfNekTD4jZ5M1dXN2towV3W12TVq  74642E8DB8B3E74856
1PWo3JgKzLomY4UncwkqXCMC6GHyzBUMUK  7783F49749B3E74856
.
.
.

Bro, I see you’re online. Could you please share all 71-bit keys with prefixes whose private-key hex ends in "00000000", in sequence? I’m a bit curious to know. 😁 Thanks!

Until today i get total 116
1PWo3JeB9j prefix

What if i share you and one of them generate the answer 🙃 ?  Seems bad idea hehe 😅 .......   can you release the code please 🙏🙏

Impressive!! How much is your speed to get all of those 10 perfix

I use ex mining  card . Currently active 12x 3080ti ,
 bout 2500 -3000 mhs each for several month...

Just hoping my lottery luck working 😅

Good luck for me and you both 😁

[SRG02289]

who found it 1PWo3JeB9jrUyFawqGsVdTfd1tTvQCrWGN ?

[GonzAlex]

list of prefixes that I was able to find 

41ccbc10829f6127c3 f6f5431d25bbf 480c44f7092a78741113b48a0d6
41ccbc50b2e1ecf7ea f6f5431d25bb b7da85e682a1261928d02a10f526
4232810e3e6cea63f5 f6f5431d25bb 16b687ab6e6aec94f3d6aed4a6de
42ce0b7a8926263f39 f6f5431d25bb 92b1c4b1d5b763b20950caec7a61
42ce0b8ce80e6d8740 f6f5431d25bb 3779a74be665a72401b2c5f4167b
4bd9d499774981c053 f6f5431d25bb bbd98cfe1c375274c028e3ea6c95
4c6e630376102bb292 f6f5431d25bb 1101be5a82c9590b76e481e22cd0
4e13e73c30d5bca76b f6f5431d25bb 2452b8a62e4980859b7e2e55f45e
4e948e7634b0378cdb f6f5431d25bb dfcb6b42ed0bae3d55bb874e3e06
4ef40fae1f223089a3 f6f5431d25bb c180f58cb5ede78a824104ae3894
4ef4104c39ee1fe5dd f6f5431d25bb 549c54f62ab47f4cdf1e1e804fc2
53b37c0c5decf09d34 f6f5431d25bb 8c6c3bacdcaa90b27a94405840a0
53b37c7b790ceae087 f6f5431d25bb 0ea7d8e6d9475c7b43fc7ab0917a
53b37cf3384c659dab f6f5431d25bb 58163d5385a9b16e1cf4559f9a75
5a590869399753c64f f6f5431d25bb 6cc8ae8ffe38974f3811e3296f25
5a5b1242ee44881309 f6f5431d25bb 0586717304720e067e768b6edbf1
5a5b128f1df3a52b40 f6f5431d25bb c07d3d92f87504b6037927a163a6
5a5b12eaff3a3eaeff f6f5431d25bbf 9d6aac197467b154fd9926d1301
5a5ba48698a15cf6cc f6f5431d25bb 0bebd8848283a66167963a0ce15a
5ca4233ee46e907253 f6f5431d25bb a2c93ee84fca1f846ed264bfb19f
5ca4235756cd92babe f6f5431d25bb 38043d981b743f82e306aaa722b0
5ca423adad0ed50849 f6f5431d25bb ee9d51a85fb968eacfd80bbdde97
5d62b9074c0c24edf0 f6f5431d25bb a83e6a6aab5bb7148d34769271ce
5d62b99dfaa967ba77 f6f5431d25bbf 0c903e76eb2c0367fc0394939fe
5d62b9f2435eba9dd2 f6f5431d25bb cb2f98e7180eacb62cc1edb94826
5f933c4e6a3425434a f6f5431d25bb 7f81e48ab07755be5112aa3fc351
5f933d22a1a8a94aea f6f5431d25bb 9d6e7768af3faf35d2b51416d0ac
5f933ec96a5a6962ef f6f5431d25bb ddff8d8babb2457559a443840d07
63417c63b40cb08485 f6f5431d25bb 069333457366b8dcae145fa99bee
63417cdadb806ffc70 f6f5431d25bb e0b02675dba82f9ff79a8b6039f1
649c2c21a1b1f95aa0 f6f5431d25bb c03fd7466ba0f438e32523008078
649c2ce2bfba8061d2 f6f5431d25bb 3edd177b7e0dab107642dfd80f99
68f3121cbe532b1148 f6f5431d25bb 9288f3170b13fdac8bdc474ff43c
68f312544dfeb3c752 f6f5431d25bb 0c2724f3f82bc0b17c4faf1abf05
69571fbeec9faf234c f6f5431d25bb 945ca52b9a3a0e7614a1b4698208
69571fef0dee074ecc f6f5431d25bb 6f54f7e549ad5346956ba00ef77b
6aadd3192686c3b773 f6f5431d25bb 549b7efcefe616e4ce56fd146ee8
6ecb188c43ee6820ea f6f5431d25bb a34da4444a2a888ec2ef240d17dd
6ecb190dc0addac81d f6f5431d25bb 33c05186925ce8bcc91853918431
71752b6aff4cd9cfdc f6f5431d25bb 833903064ea02066d8346b6096d1
71752c23007adb35f6 f6f5431d25bb 3672ed6a080ee42aefeef18deb28
71e58d676a253ee14b f6f5431d25bbf ae3e3a2e3465e19bbcaf2fba1db
71e81868f56bc03325 f6f5431d25bb b242f6cc515d1d4bec85dd06c3fc
742376aaa2ac66b224 f6f5431d25bb e08a2193209b7f4439a089aea542
7b2bc65e7a151722ca f6f5431d25bb ee0ffa57895b87ed8739b282c1ef
7b2bc692b482c6d894 f6f5431d25bb 548a2dc3e7c9471314e93e234c2d
7b8fd2bae8ae1a1df1 f6f5431d25bb 59c948854113f5e89b66abd2350c
7b8fd2c617148b46bf f6f5431d25bb a4acd0f8161b964e48a6303b4c28
7c7d64fa0fb7509df3 f6f5431d25bb 2ac262603e01f2c92c69715819c3
7caeb63142c6554b09 f6f5431d25bb 596984e94b2e479658fd56ffaa50
7f30a72fd9586e6763 f6f5431d25bb 9198f708cdb22f7ac1b4a0b8fd2d
7f30a74cb82991b41b f6f5431d25bb 4310c45d0b77d71dcb3febc146d0
7f91fc7e02fa3ae387 f6f5431d25bbf 4457ec2e5e6aa7f4e6ee955fefc
7f91fe54d9402b4921 f6f5431d25bb 328ac7bd4c92e1c8e8686aae9e55

I would be very glad if someone could share their findings with me. 

[skedarve]

#60 q = 0xd01f8d6896f600f target = 0xfc07a1825367bbe ajuste_pct = +21.10% ratio target/q = 1.211 #61 ajuste_pct = -26.56% ratio target/q = 0.734 #62 ajuste_pct = -3.98% ratio target/q = 0.960 #63 ajuste_pct = +3.62% ratio target/q = 1.036 #64 ajuste_pct = -2.75% ratio target/q = 0.972 #65 ajuste_pct = +37.71% ratio target/q = 1.377 #66 ajuste_pct = +20.56% ratio target/q = 1.206 #67 ajuste_pct = -6.04% ratio target/q = 0.940 #68 ajuste_pct = -16.03% ratio target/q = 0.840 #69 q = 0x187ae294321ac1612e target = 0x101d83275fb2bc7e0c ajuste_pct = -34.17% ratio target/q = 0.658


in this range is

START = 0x57be76c8b439580000
END   = 0x6a0e2c4d416c980000

[bibilgin]

who found it 1PWo3JeB9jrUyFawqGsVdTfd1tTvQCrWGN ?

Why did you ask?

[Tempwinner019]

who found it 1PWo3JeB9jrUyFawqGsVdTfd1tTvQCrWGN ?

Why did you ask?

.   It's me. Nonce 82BFFD35.

[benjaniah]

7B9254A07445DA4AC0 1PWo3JeB9jrUyFawqGsVdTfd1tTvQCrWGN

[whistle307194]

Can anybody explain why when I set up BitCrack with --stride, in hex of course it misses the target always?
Basically stride N+1 works always, everything >1 misses target, even my gpu creates so many starting points that cover the initial range start so stride applied to N times should hit target, but it misses, any clue?