if phrutis is not SCAM then I don't know what SCAM is.

Just compare him to JeanLucPons or kanhavishva or albertobsd or PawelGorny

Most of his projects is copy cat from other projects and without showing anyone the code behind his projects(not open source).
So just give user a good landing page and promises...etc without anything back up his claims.

I can make like him, a promise to crack old wallet and all you have to do is just run this .exe but what inside the .exe is just mining for my account.

It is very difficult to predict a range ... look here, someone did it with puzzle 64:



... and as we know now it starts with F7  -> F7051F27B09112D4  

I think that you don have idea how sha256 and rmd160 works.

Yes
Sha256 - Ripemd160 - Hash - Aes - Sha1 - Crypt ....
I know enough about many encryptions like.

I want to ask you this?
These wallets are created by a Random computer, it is the creator who says so.

Why 4 wallets for every hex?
The reason is because it forms at certain intervals.

Another question for you?
Your computer will generate random numbers and decimals.
When creating them, the same probability is 0.0000000000001%.
So how close is the degree of closeness?
Sample
You will create a number between 1000 and 2000.
Your chances of generating 1001 twice are very low, but it has a higher chance of generating 1002.
If you narrow this field? The probability of generating 1002 in 1000 different numbers is 0.001%, which is a small range.
If we want it to generate 32 different digits, the probability of generating the number 1002 increases. It is a probability of 0.032%.

Now if we consider that these numbers are divided into bits, for example;
1000-1250
1250-1500
1500-1750
1750-2000

Currently, the probability of finding the number 1002 is 0.128%, in fact it is not only the probability of finding the number 1002, but the probability of finding all numbers between 1000-2000.

I want to show it as a small picture. Because it's very brain tiring.
https://ibb.co/9w0LS0k
The starting wallets in a sequential fashion were colored in exchange for each bit of them.
As there are 4 different wallets, 4 different colors were used.
https://ibb.co/GnHGsyT
Here, however, each created wallet is colors with a specific function.

I will explain in more detail as a result of some studies. Thank You...

Yes, I didn't listen.
I even think I did badly by giving hints.

I think your aim is to show the ignorance of the other person rather than asking people what kind of mathematics this process is.

Nobody is a superhero.
I wanted to explain the possibility that the computer that created the wallets could be a clue to a mathematical event created at the same time, in the same environment, and in the same way.

Write a software that creates a wallet like this. Then look at the review, what are the similarities and differences between the figures created?

Yes friends,
These ranges have been scanned. For your information.

2E578A001BB3E84C0      2E578DFE1BB3E84C0
2E579A001BB3E84C0      2E579DFE1BB3E84C0
2E583A001BB3E84C0      2E583A1FEBB3E84C0
2E583B001BB3E84C0      2E583D0FEBB3E84C0
2E584A001BB3E84C0      2E584DFE1BB3E84C0
2E587A001BB3E84C0      2E587DFE1BB3E84C0
3B893214D8AF5DEA0   3B893B3540F7B6FF0
3B942014D8AF5DEA0   3B9451376AC67A839
3B94C104D8AF5DEA0   3B94C11686EE91D10
3B951214D8AF5DEA0   3B9513A773735A2CA
3B952014D8AF5DEA0   3B9527F074C3B6A54
3B954014D8AF5DEA0   3B954F14D8AF5DEA0
3B95D114D8AF5DEA0   3B95DE14D8AF5DEA0
3B95DE14D8AF5DEA0   3B95E6E48D84DFEB2
3BA2540025DFAE5A0      3BA254FE25DFAE5A0
3BA2560025DFAE5A0      3BA256FE25DFAE5A0
3BA2680025DFAE5A0      3BA2681FE5DFAE5A0
3BA2684025DFAE5A0      3BA2685FE5DFAE5A0
3BA269097F33766F2      3BA269A3B440CAB7F
3BA274017F33766F2      3BA275FE7F33766F2
3BA284017F33766F2      3BA285FE7F33766F2
3BA562017F33766F2      3BA562FE7F33766F2
3BA569017F33766F2      3BA569FE7F33766F2
3BA56C017F33766F2      3BA56DFE7F33766F2
3BA627417F33766F2      3BA6279FEF33766F2
3BA652100F33766F2      3BA6521FEF33766F2
3BA652400F33766F2      3BA6524FEF33766F2
3BA652790F33766F2      3BA6529FEF33766F2

Good luck everybody.

I'm showing examples of the 120 wallet range.
You can try if you want.
Good work.

AB6C1805013B2B8BEB522A78E55413  -  ACF36201C1C9C7F03D74EB44A6A058
D8F48B19DFF99411B882F5598529CE  -   DB68CB71923C776B9F1AB87F4AB3AE
9B74B59E839C5B57663508E779B6D8  -  9CB63C7B6BCEFB0DB65287577D529C

Using BSGS you can get speed up to Ekeys/s but this speed is nothing compare to the length of 120bit.
You will have more chance with Mkeys/s in 66bit then having Ekeys/s in 120bit

import ecdsa

1 import hashlib

Important enough, that I may be known openly."""

from ecdsa import VerifyingKey, SECP256k1

raw_message = """I do not want to be public, but, there is an issue with Segwit. If it is not fixed, there will be nothing and I would have failed. There is only one way that Bitcoin survives and it is important to me that it works.

x = int('11db93e1dcdb8a016b49840f8c53bc1eb68a382e97b1482ecad7b148a6909a5c, 16) y = int('b2e0eaddfb84ccf9744464f82e160bfa9b8b64f9d4c03f999b8643f656b412a3', 16)

point = ecdsa.ellipticcurve.Point(SECP256k1.curve, x, y) pubkey = Verifyingkey.from public point(point, SECP256k1)

16 def verify signature(hash, signature):

17 global pubkey

return pubkey.pubkey.verifies(hash, signature)

If this helps.

1JdrncTCNZyATqkWpWavjkNGWvXmymvAMb