Bitcoin puzzle transaction ~32 BTC prize to who solves it

[cicada 3301]

secp256k1 can't be hacked

Don't be so sure.
There are many tricks involving this curve. At some point, a combination of them - or perhaps a new property - will bring an end to it. This is both obvious and predictable.

I’ve been reading this forum for a long time. Why are there so few mathematical ideas on the forum? After all, everything is built on the formulas for adding points on a curve. For example, for the curve y^2=x^3, the point number is easy to find.

Also, there is a formula that shows where a point is located on the curve y^2=x^3+7: it is (y/x)^2-x = A.

There is also a formula that introduces a correction for point doubling: you double the point and get an answer with a correction; this answer will already correspond to a point on the curve y^2=x^3, and you can find the point’s number. But this works only for doubling. There is no such formula yet for the point addition formula.

Please share your ideas with formulas. It is in mathematics that the curve has the greatest vulnerability.

I forgot about this formula altogether. Drop the wallet number later, 1BTC I will send.


And the new problem is that 99% of people who are involved with Bitcoin say, “Oh my God, Bitcoin isn’t secure!” I’m going to specifically work on improving secp256k1 — something stricter and more secure against quantum computers. Fortunately, I have experience in this area.

And the new problem is that 99% of people who are involved with Bitcoin say, “Oh my God, Bitcoin isn’t secure!” I’m going to specifically work on improving secp256k1 — something stricter and more secure against quantum computers. Fortunately, I have experience in this area.

Correction: if I change the cryptography, then I must take all the prizes from the Bitkonen Puzzle.

[bankeroft]

At the moment, my local private pool has already scanned 500 quadrillion keys, and I’m not even close to finding the key for Puzzle 71. I’m picking up another GPU—just for fun, really—because actually finding it would require a tremendous, truly immense amount of luck. 

good job dude , did you scan it sequent or random??

[cctv5go]

What tools are you using to scan puzzle 71? I'm curious. I used the "AI" tool to generate a displacement-like scanning tool. The speed was not ideal, so I had to find a way to improve it.

[demonarcher360]

At the moment, my local private pool has already scanned 500 quadrillion keys, and I’m not even close to finding the key for Puzzle 71. I’m picking up another GPU—just for fun, really—because actually finding it would require a tremendous, truly immense amount of luck.  

good job dude , did you scan it sequent or random??

Thank you. At the moment, my pool is set to "scattered" mode, though I have several operating modes available—none of which will ever repeat a key that has already been scanned. The options include random, sequential, scattered, and block-based (either random or sequential) modes. You simply need to choose the mode you prefer and run the scan.

What tools are you using to scan puzzle 71? I'm curious. I used the "AI" tool to generate a displacement-like scanning tool. The speed was not ideal, so I had to find a way to improve it.

Sorry, I?

Mathematics is not my strong suit, and there are many intelligent people here; however, brute force and luck are all I have left.

[mjojo]

Billion dollar in BTC in nakamoto address just secure with number 7, if change 7 with 0 or P value the curve is reversible. I think we need to shifting the 7 and balancing the modulo result for strightening the curve

[Efim_Wr]

secp256k1 can't be hacked

Don't be so sure.
There are many tricks involving this curve. At some point, a combination of them - or perhaps a new property - will bring an end to it. This is both obvious and predictable.

I’ve been reading this forum for a long time. Why are there so few mathematical ideas on the forum? After all, everything is built on the formulas for adding points on a curve. For example, for the curve y^2=x^3, the point number is easy to find.

Also, there is a formula that shows where a point is located on the curve y^2=x^3+7: it is (y/x)^2-x = A.

There is also a formula that introduces a correction for point doubling: you double the point and get an answer with a correction; this answer will already correspond to a point on the curve y^2=x^3, and you can find the point’s number. But this works only for doubling. There is no such formula yet for the point addition formula.

Please share your ideas with formulas. It is in mathematics that the curve has the greatest vulnerability.

y^2=x^3 it is (y/x)^2-x = A
y^2=x^3+7 it is (y/x)^2-x-(7/x^2) = A.
A = 0!
It seems you forgot to mention that you reduced a certain value for the first curve.

[demonarcher360]

500 nice! Would it be possible to join you?

At the moment, my local private pool has already scanned 500 quadrillion keys, and I’m not even close to finding the key for Puzzle 71. I’m picking up another GPU—just for fun, really—because actually finding it would require a tremendous, truly immense amount of luck. 

Right now it’s local and solo, but send me a private message and we can talk.

[josscrypto]

This puzzle is insane. 32 BTC still untouched after years. I looked at the transactions - the creator keeps adding more puzzles but the big one remains. I think it's not about brute force, it's about pattern in the hex. Some people already cracked the smaller ones (like puzzle 66, 70 etc) but 130+ is still impossible with current tech.
Anyone here actually tried to brute force range or just watching? The prize is like $3M+ now, crazy someone left it there.

[And24r]

secp256k1 can't be hacked

Don't be so sure.
There are many tricks involving this curve. At some point, a combination of them - or perhaps a new property - will bring an end to it. This is both obvious and predictable.

I’ve been reading this forum for a long time. Why are there so few mathematical ideas on the forum? After all, everything is built on the formulas for adding points on a curve. For example, for the curve y^2=x^3, the point number is easy to find.

Also, there is a formula that shows where a point is located on the curve y^2=x^3+7: it is (y/x)^2-x = A.

There is also a formula that introduces a correction for point doubling: you double the point and get an answer with a correction; this answer will already correspond to a point on the curve y^2=x^3, and you can find the point’s number. But this works only for doubling. There is no such formula yet for the point addition formula.

Please share your ideas with formulas. It is in mathematics that the curve has the greatest vulnerability.

y^2=x^3 it is (y/x)^2-x = A
y^2=x^3+7 it is (y/x)^2-x-(7/x^2) = A.
A = 0!
It seems you forgot to mention that you reduced a certain value for the first curve.

For the curve y^2=x^3, it should be 0 because there is no +7 shift. This formula shows how much the point is shifted relative to the curve y^2=x^3.

[bankeroft]

At the moment, my local private pool has already scanned 500 quadrillion keys, and I’m not even close to finding the key for Puzzle 71. I’m picking up another GPU—just for fun, really—because actually finding it would require a tremendous, truly immense amount of luck.  

good job dude , did you scan it sequent or random??

Thank you. At the moment, my pool is set to "scattered" mode, though I have several operating modes available—none of which will ever repeat a key that has already been scanned. The options include random, sequential, scattered, and block-based (either random or sequential) modes. You simply need to choose the mode you prefer and run the scan.

What tools are you using to scan puzzle 71? I'm curious. I used the "AI" tool to generate a displacement-like scanning tool. The speed was not ideal, so I had to find a way to improve it.

Sorry, I?

Mathematics is not my strong suit, and there are many intelligent people here; however, brute force and luck are all I have left.

i invent a revolutionary scanner but it needs a powerful gpu , i have a weak one "mx330" so the speed only reach 45 mk/sec !! i can give you my app & you can try it in your powerful gpu . i guarantee it'll find the key in less than 2 month ,

[demonarcher360]

At the moment, my local private pool has already scanned 500 quadrillion keys, and I’m not even close to finding the key for Puzzle 71. I’m picking up another GPU—just for fun, really—because actually finding it would require a tremendous, truly immense amount of luck.  

good job dude , did you scan it sequent or random??

Thank you. At the moment, my pool is set to "scattered" mode, though I have several operating modes available—none of which will ever repeat a key that has already been scanned. The options include random, sequential, scattered, and block-based (either random or sequential) modes. You simply need to choose the mode you prefer and run the scan.

What tools are you using to scan puzzle 71? I'm curious. I used the "AI" tool to generate a displacement-like scanning tool. The speed was not ideal, so I had to find a way to improve it.

Sorry, I?

Mathematics is not my strong suit, and there are many intelligent people here; however, brute force and luck are all I have left.

i invent a revolutionary scanner but it needs a powerful gpu , i have a weak one "mx330" so the speed only reach 45 mk/sec !! i can give you my app & you can try it in your powerful gpu . i guarantee it'll find the key in less than 2 month ,

Hello,  thanks, and I’ve reached out via private message

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

You need to enable the option in your settings to receive messages from newcomers... private messages from newcomers.

I wait you

[vh07200]

At the moment, my local private pool has already scanned 500 quadrillion keys, and I’m not even close to finding the key for Puzzle 71. I’m picking up another GPU—just for fun, really—because actually finding it would require a tremendous, truly immense amount of luck.  

good job dude , did you scan it sequent or random??

Thank you. At the moment, my pool is set to "scattered" mode, though I have several operating modes available—none of which will ever repeat a key that has already been scanned. The options include random, sequential, scattered, and block-based (either random or sequential) modes. You simply need to choose the mode you prefer and run the scan.

What tools are you using to scan puzzle 71? I'm curious. I used the "AI" tool to generate a displacement-like scanning tool. The speed was not ideal, so I had to find a way to improve it.

Sorry, I?

Mathematics is not my strong suit, and there are many intelligent people here; however, brute force and luck are all I have left.

i invent a revolutionary scanner but it needs a powerful gpu , i have a weak one "mx330" so the speed only reach 45 mk/sec !! i can give you my app & you can try it in your powerful gpu . i guarantee it'll find the key in less than 2 month ,

hi can i try you apps also

500 nice! Would it be possible to join you?

At the moment, my local private pool has already scanned 500 quadrillion keys, and I’m not even close to finding the key for Puzzle 71. I’m picking up another GPU—just for fun, really—because actually finding it would require a tremendous, truly immense amount of luck.  

Right now it’s local and solo, but send me a private message and we can talk.

hi can i join the pool ?

[crytoestudo]

I even tried, but since I'm new here I'm not allowed to send messages.

500 nice! Would it be possible to join you?

At the moment, my local private pool has already scanned 500 quadrillion keys, and I’m not even close to finding the key for Puzzle 71. I’m picking up another GPU—just for fun, really—because actually finding it would require a tremendous, truly immense amount of luck. 

Right now it’s local and solo, but send me a private message and we can talk.

[Efim_Wr]

Browser-only secp256k1 scalar calculator & point visualizer — single HTML file,
no dependencies. Scalar arithmetic mod n, powers/roots, CSPRNG random k,
point ops (P±G, 2P, P/2, k·P, m·P, P±k·G), point log with Bitcoin addresses
(P2PKH, P2SH-P2WPKH, P2WPKH, P2TR) and WIF private keys.
Source: https://github.com/Fantom-C/secp256k1-Scalar-Plotter
If you have any suggestions, please let me know what could be added or removed.

[And24r]

Browser-only secp256k1 scalar calculator & point visualizer — single HTML file,
no dependencies. Scalar arithmetic mod n, powers/roots, CSPRNG random k,
point ops (P±G, 2P, P/2, k·P, m·P, P±k·G), point log with Bitcoin addresses
(P2PKH, P2SH-P2WPKH, P2WPKH, P2TR) and WIF private keys.
Source: https://github.com/Fantom-C/secp256k1-Scalar-Plotter
If you have any suggestions, please let me know what could be added or removed.

For some reason, instead of studying how the basic formula for adding points on the curve works, everyone starts immediately calculating these points in modular arithmetic.

[Efim_Wr]

For some reason, instead of studying how the basic formula for adding points on the curve works, everyone starts immediately calculating these points in modular arithmetic.

In reality, there is nothing unusual about the fundamental properties of point addition—this has long been well-studied. The key takeaway here is that points behave just like ordinary numbers: you can perform the same mathematical operations on them, and they follow the exact same laws as simple numbers, albeit in a more abstract, generalized form. Understanding this may help us figure out how to correctly calculate a scalar from a point within a given range.

[fecell]

If you have any suggestions, please let me know what could be added or removed.

This space more really with secp256k1 specification...
A standard elliptic curve has various parameters, while the secp256k1 curve is also constrained by a modulus.

everyone starts immediately calculating these points in modular arithmetic.

'cause it is the basis.

[cicada 3301]

If you have any suggestions, please let me know what could be added or removed.

This space more really with secp256k1 specification...
A standard elliptic curve has various parameters, while the secp256k1 curve is also constrained by a modulus.
https://i.ibb.co/spYQt651/image.png

I didn't think about such a map, I built my own, but now I've already switched to building a generator, the words that Satohin uses, I'm curious about something else, #65, #70, #75, #80, #85, #90, #95, #100, #105, #110, #115, #120, they did not have an increase in volume, and multiplication by 10 was done on them #125,130 135 140 145 150 155 160 therefore 161-256 wallets were thrown away in 2017, But also in 2017 there was no x10 increase for #65, #70, #75, #80, #85, #90, #95, #100, #105, #110, #115, #120, and in 2019 the transfer of 1000 satoshis. and disclosure. I know from the very beginning, since 2015, it was all planned.


I advise you to focus on #65, #70, #75, #80, #85, #90, #95, #100, #105, #110, #115, #120.

[cicada 3301]

**Bitcoin Puzzle #65** 
0.65015705 — again, not an increased balance. 
Key Range (Bits): 264...265 
Key Range (HEX): 10000000000000000:1ffffffffffffffff 
Bitcoin Address: 18ZMbwUFLMHoZBbfpCjUJQTCMCbktshgpe 
Public Key: 0230210c23b1a047bc9bdbb13448e67deddc108946de6de639bcc75d47c0216b1b 
Private Key: 000000000000000000000000000000000000000000000001a838b13505b26867 
Solved: 2019-06-07 
Solve Time: 6 days since 2019-06-01 

**Bitcoin Puzzle #70** 
0.70071362 — again, not an increased balance. 
Key Range (Bits): 269...270 
Key Range (HEX): 200000000000000000:3fffffffffffffffff 
Bitcoin Address: 19YZECXj3SxEZMoUeJ1yiPsw8xANe7M7QR 
Public Key: 0290e6900a58d33393bc1097b5aed31f2e4e7cbd3e5466af958665bc0121248483 
Private Key: 0000000000000000000000000000000000000000000000349b84b6431a6c4ef1 
Solved: 2019-06-09 
Solve Time: 2 days since #65 

**Bitcoin Puzzle #75** 
0.75001 — again, not an increased balance. 
Key Range (Bits): 274...275 
Key Range (HEX): 4000000000000000000:7ffffffffffffffffff 
Bitcoin Address: 1J36UjUByGroXcCvmj13U6uwaVv9caEeAt 
Public Key: 03726b574f193e374686d8e12bc6e4142adeb06770e0a2856f5e4ad89f66044755 
Private Key: 0000000000000000000000000000000000000000000004c5ce114686a1336e07 
Solved: 2019-06-10 
Solve Time: 1 day since #70 

**Bitcoin Puzzle #80** 
0.80001 — again, not an increased balance. 
Key Range (Bits): 279...280 
Key Range (HEX): 80000000000000000000:ffffffffffffffffffff 
Bitcoin Address: 1BCf6rHUW6m3iH2ptsvnjgLruAiPQQepLe 
Public Key: 037e1238f7b1ce757df94faa9a2eb261bf0aeb9f84dbf81212104e78931c2a19dc 
Private Key: 00000000000000000000000000000000000000000000ea1a5c66dcc11b5ad180 
Solved: 2019-06-11 
Solve Time: 1 day since #75 

**Bitcoin Puzzle #85** 
0.85001 — again, not an increased balance. 
Key Range (Bits): 284...285 
Key Range (HEX): 1000000000000000000000:1fffffffffffffffffffff 
Bitcoin Address: 1Kh22PvXERd2xpTQk3ur6pPEqFeckCJfAr 
Public Key: 0329c4574a4fd8c810b7e42a4b398882b381bcd85e40c6883712912d167c83e73a 
Private Key: 00000000000000000000000000000000000000000011720c4f018d51b8cebba8 
Solved: 2019-06-17 
Solve Time: 6 days since #80 

**Bitcoin Puzzle #90** 
0.90001774 — again, not an increased balance. 
Key Range (Bits): 289...290 
Key Range (HEX): 20000000000000000000000:3ffffffffffffffffffffff 
Bitcoin Address: 1L12FHH2FHjvTviyanuiFVfmzCy46RRATU 
Public Key: 035c38bd9ae4b10e8a250857006f3cfd98ab15a6196d9f4dfd25bc7ecc77d788d5 
Private Key: 000000000000000000000000000000000000000002ce00bb2136a445c71e85bf 
Solved: 2019-07-01 
Solve Time: 2 weeks since #85 

**Bitcoin Puzzle #95** 
0.95002 — again, not an increased balance. 
Key Range (Bits): 294...295 
Key Range (HEX): 400000000000000000000000:7fffffffffffffffffffffff 
Bitcoin Address: 19eVSDuizydXxhohGh8Ki9WY9KsHdSwoQC 
Public Key: 02967a5905d6f3b420959a02789f96ab4c3223a2c4d2762f817b7895c5bc88a045 
Private Key: 0000000000000000000000000000000000000000527a792b183c7f64a0e8b1f4 
Solved 

**Bitcoin Puzzle #100** 
1.00071026 — again, not an increased balance. 
Key Range (Bits): 299...2100 
Key Range (HEX): 8000000000000000000000000:fffffffffffffffffffffffff 
Bitcoin Address: 1KCgMv8fo2TPBpddVi9jqmMmcne9uSNJ5F 
Public Key: 03d2063d40402f030d4cc71331468827aa41a8a09bd6fd801ba77fb64f8e67e617 
Private Key: 000000000000000000000000000000000000000af55fc59c335c8ec67ed24826 
Solved: 2019-07-08 
Solve Time: 2 days since #95 

**Bitcoin Puzzle #105** 
1.05001 — again, not an increased balance. 
Key Range (Bits): 2104...2105 
Key Range (HEX): 100000000000000000000000000:1ffffffffffffffffffffffffff 
Bitcoin Address: 1CMjscKB3QW7SDyQ4c3C3DEUHiHRhiZVib 
Public Key: 03bcf7ce887ffca5e62c9cabbdb7ffa71dc183c52c04ff4ee5ee82e0c55c39d77b 
Private Key: 000000000000000000000000000000000000016f14fc2054cd87ee6396b33df3 
Solved: 2019-09-23 
Solve Time: 2 months 2 weeks since #100 

**Bitcoin Puzzle #110** 
1.10035333 — again, not an increased balance. 
Key Range (Bits): 2109...2110 
Key Range (HEX): 2000000000000000000000000000:3fffffffffffffffffffffffffff 
Bitcoin Address: 12JzYkkN76xkwvcPT6AWKZtGX6w2LAgsJg 
Public Key: 0309976ba5570966bf889196b7fdf5a0f9a1e9ab340556ec29f8bb60599616167d 
Private Key: 00000000000000000000000000000000000035c0d7234df7deb0f20cf7062444 
Solved: 2020-05-30 
Solve Time: 8 months 1 week since #105 

**Bitcoin Puzzle #115** 
1.15014 — again, not an increased balance. 
Key Range (Bits): 2114...2115 
Key Range (HEX): 40000000000000000000000000000:7ffffffffffffffffffffffffffff 
Bitcoin Address: 1NLbHuJebVwUZ1XqDjsAyfTRUPwDQbemfv 
Public Key: 0248d313b0398d4923cdca73b8cfa6532b91b96703902fc8b32fd438a3b7cd7f55 
Private Key: 0000000000000000000000000000000000060f4d11574f5deee49961d9609ac6 
Solved: 2020-06-16 
Solve Time: 2 weeks 3 days since #110 

**Bitcoin Puzzle #120** 
1.20001 — again, not an increased balance. 
Key Range (Bits): 2119...2120 
Key Range (HEX): 800000000000000000000000000000:ffffffffffffffffffffffffffffff 
Bitcoin Address: 17s2b9ksz5y7abUm92cHwG8jEPCzK3dLnT 
Public Key: 02ceb6cbbcdbdf5ef7150682150f4ce2c6f4807b349827dcdbdd1f2efa885a2630 
Private Key: 0000000000000000000000000000000000b10f22572c497a836ea187f2e1fc23 
Solved: 2023-02-27 
Solve Time: 2 years 8 months since #115 

**Bitcoin Puzzle #125** 
12.50004706 — surprisingly increased, but there is a multiplication here, and this is one of the ones opened in 2019. 
Key Range (Bits): 2124...2125 
Key Range (HEX): 10000000000000000000000000000000:1fffffffffffffffffffffffffffffff 
Bitcoin Address: 1PXAyUB8ZoH3WD8n5zoAthYjN15yN5CVq5 
Public Key: 0233709eb11e0d4439a729f21c2c443dedb727528229713f0065721ba8fa46f00e 
Private Key: 000000000000000000000000000000001c533b6bb7f0804e09960225e44877ac 
Solved: 2023-07-09 
Solve Time: 4 months 1 week since #120 

**Bitcoin Puzzle #130** 
13.00013257 — also increased, and solved. 
Key Range (Bits): 2129...2130 
Key Range (HEX): 200000000000000000000000000000000:3ffffffffffffffffffffffffffffffff 
Bitcoin Address: 1Fo65aKq8s8iquMt6weF1rku1moWVEd5Ua 
Public Key: 03633cbe3ec02b9401c5effa144c5b4d22f87940259634858fc7e59b1c09937852 
Private Key: 000000000000000000000000000000033e7665705359f04f28b88cf897c603c9 
Solved: 2024-09-23 
Solve Time: 1 year 2 months since #125 

**Bitcoin Puzzle #135** 
13.50004408 — increased and solved. 
Key Range (Bits): 2134...2135 
Key Range (HEX): 4000000000000000000000000000000000:7fffffffffffffffffffffffffffffffff 
Bitcoin Address: 16RGFo6hjq9ym6Pj7N5H7L1NR1rVPJyw2v 
Public Key: 02145d2611c823a396ef6712ce0f712f09b9b4f3135e3e0aa3230fb9b6d08d1e16 
Private Key: 0000000000000000000000000000006d9392a16883f90903d5f78da57af07eb2 
Solved: 2026-07-28 

**Bitcoin Puzzle #140** 
14.0000224 — increased 
Key Range (Bits): 2139...2140 
Key Range (HEX): 80000000000000000000000000000000000:fffffffffffffffffffffffffffffffffff 
Bitcoin Address: 1QKBaU6WAeycb3DbKbLBkX7vJiaS8r42Xo 
Public Key: 031f6a332d3c5c4f2de2378c012f429cd109ba07d69690c6c701b6bb87860d6640 
Not solved 

**Bitcoin Puzzle #145** 
14.500016 — increased 
Key Range (Bits): 2144...2145 
Key Range (HEX): 1000000000000000000000000000000000000:1ffffffffffffffffffffffffffffffffffff 
Bitcoin Address: 19GpszRNUej5yYqxXoLnbZWKew3KdVLkXg 
Public Key: 03afdda497369e219a2c1c369954a930e4d3740968e5e4352475bcffce3140dae5 

**Bitcoin Puzzle #150** 
15.000026 — increased 
Key Range (Bits): 2149...2150 
Key Range (HEX): 20000000000000000000000000000000000000:3fffffffffffffffffffffffffffffffffffff 
Bitcoin Address: 1MUJSJYtGPVGkBCTqGspnxyHahpt5Te8jy 
Public Key: 03137807790ea7dc6e97901c2bc87411f45ed74a5629315c4e4b03a0a102250c49 

**Bitcoin Puzzle #155** 
15.500126 — increased 
Key Range (Bits): 2154...2155 
Key Range (HEX): 400000000000000000000000000000000000000:7ffffffffffffffffffffffffffffffffffffff 
Bitcoin Address: 1AoeP37TmHdFh8uN72fu9AqgtLrUwcv2wJ 
Public Key: 035cd1854cae45391ca4ec428cc7e6c7d9984424b954209a8eea197b9e364c05f6 

**Bitcoin Puzzle #160** 
16.00124082 — increased 
Key Range (Bits): 2159...2160 
Key Range (HEX): 8000000000000000000000000000000000000000:ffffffffffffffffffffffffffffffffffffffff 
Bitcoin Address: 1NBC8uXJy1GiJ6drkiZa1WuKn51ps7EPTv 
Public Key: 02e0a8b039282faf6fe0fd769cfbc4b6b4cf8758ba68220eac420e32b91ddfa673


In business, with blockchain, accuracy should be in everything, in CSV rounded, data, by balance. You can take it yourself, but on the site the exact data and in CSV are rounded, and I have already found a use for this, data.

[And24r]

Are there any other options for searching for keys besides simple brute‑force search?