WifSolverCuda(WINDOWS)
This is great GPU based tool Tool for solving misspelled or damaged Bitcoin Private Key in Wallet Import Format (WIF).there is only windows version available. We will test the tool using windows 11.if the GPU is older one then use executable with ccap61(Nvidia 10XX series) or if latest GPU then ccap86(Nvidia 30XX series).
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80f1953d849c8450c9d7c9a6beaf9d565366137e487e5c45d40b02f1f65109e435014d463f37
L5KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKJsczi8wg
—————————————————————————^20——————–^10—————
58^8 7479027ea100
58^9 1a636a90b07a00
58^10 5fa8624c7fba400
58^11 15ac264554f032800
58^12 4e900abb53e6b71000
58^13 11cca26e71024579a000
58^14 4085ccd059a83bd8e4000
58^15 e9e506734501d8f23a8000
58^16 34fde3761da26b26e1410000
58^17 c018588c2b6cc46cf08ba0000
58^18 2b85840fc1d6a480ae7fa240000
58^19 9dc3feb91eaa1452788eac280000
58^20 23be67b5f0f2889aaf505301100000
58^21 819237f3896f2f30bb832ce3da00000
58^22 1d5b20ad2d2330b10a7bb82b9f6400000
58^23 6a6a5673c39f9081c6007b9e21ca800000
58^24 181c17963a5226bd66dc1c01d3a7e1000000
58^25 5765d5809369cc6e94dde5869f408fa000000
58^26 13cd125f2165f8510dba46008014a08a4000000
58^27 47c76298d911a425d1c33dc1d04ac5f528000000
58^28 10432c56a12dff3091863bfde930f0d98b10000000
58^29 3af380ba0846bd100f8699786d516914981a0000000
58^30 d5b2b2a25e006d5a3847ec548c471ceaa75e40000000
58^31 306a7c78c94c18c670c04b8b27c81c8d29eb5a80000000
———————————————–
58^32 af820335d9b3d9cf58b911d87035677fb7f528100000000
58^33 27c374ba3352bf58fa19ee0b096c1972efad8b13a00000000
58^34 90248722fa0bf5a28a9dfee80227dc40a4d518272400000000
58^35 20a8469deca6b5a6d367cbc0907d07e6a5584778de2800000000
58^36 7661fffc79dc527cbe58429a0bc53ca4176003162551000000000
58^37 1ad233ff339beab0431fff16e6aaafbd2d4bc0b304745a000000000
58^38 6139fc7d1b1532bef353fcb3042abd0dc4329a88f025c64000000000
58^39 160723345822cd7f432107408ef1aed51e73770306688eea8000000000
———————————————————-
58^40 4fd9df9dbf7e28ed5357ba4a062c19c48e628f6af73b061210000000000
58^41 12175ca9bd629545c4e1e034c565fdd68842547e3c035f6017a0000000000
58^42 4194afe74e855d1ce9b2ccbf4b91b829adf07249998c39bc55a40000000000
58^43 edbafda67ca37188cf28263571f03b9716879e4acc9c514ab67280000000000
58^44 35dc5d77b83d07b8feef18a81bd06d803b1ab9dcf25b6a6aed55f100000000000
58^45 c33ed2d1fbdd3bfe9c22b96164d38cf0d640e1c0ee8b61c39c5789a00000000000
58^46 2c3c3bc393101f97af5fde0010d7edee908ab325b60b9426516bd52e400000000000
58^47 a05a58a4f51a7285dbbb84c03d0ebe80cbf6c968b3e9f90ae726e4c7a800000000000
58^48 245478155f87fdf253c87c138dd557292e35e9a1b8c3026c785ecfd53c1000000000000
58^49 83b2334d7a4cf88e6fb6c1c6e2255bf547836eea3dc2e8c93457b164f9ba000000000000
58^50 1dd65f9f8db57050454f67e70f3c76d59233c72111fe28bd95dbde30e09424000000000000
hex private key 0000000000000000000000000000000000000000000000008000000f00000000
WIF(C)5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip7CKpHF9xsc2KCP7eo
Address(C)-1PAKxebkssCp4SL5s6sYzGwCz8j2rVTurF
For example if we lost/damaged 5 chars after 8 place counting from right to left in WIF 5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip7CKpHF9xsc2KCP7eo->5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip7CKp*****c2KCP7eo
here * denominating missing chars
We must replace unknown characters by minimal characters from base58 encoding so the example wif must be 5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip7CKp11111c2KCP7eo
convert it to Base58
the resultant value will be 800000000000000000000000000000000000000000000000007ffffb12d31c8169a1c4e188
Another important step is to calculate stride. Each change of unknown characters has impact on decoded value. In our case the first missing character is on 9th position from right side, so our stride is 58^8 = 7479027ea100.(Check Docs folder->stride.txt accordingly for missing place chars and stride or check the Stride Table above )
we can launch tool either based on private key hex range or wif so lets test the program with parameters
C:\Users\webdo\Desktop\website\wifsolvercuda>WifSolverCuda_102_ccap61.exe -stride 7479027EA100 -u -rangeStart 800000000000000000000000000000000000000000000000007ffffb12d31c8169a1c4e188 -a 1PAKxebkssCp4SL5s6sYzGwCz8j2rVTurF -v
we can see that it hit the key within second
now lets test with WIF key instead of hex range/hex key-
C:\Users\webdo\Desktop\website\wifsolvercuda>WifSolverCuda_102_ccap61.exe -stride 7479027EA100 -u -wifStart 5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip7CKp11111c2KCP7eo -a 1PAKxebkssCp4SL5s6sYzGwCz8j2rVTurF -v
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root@C.5082028:~$ git clone https://github.com/CryptoXploit/WifSolverCuda.git
root@C.5082028:~$ cd WifSolverCuda/
root@C.5082028:~/WifSolverCuda$ cd WifSolverCudaLinux/
root@C.5082028:~/WifSolverCuda/WifSolverCudaLinux$make all
For example if we lost/damaged 5 chars after 8 place counting from right to left in WIF 5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip7CKpHF9xsc2KCP7eo->5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip7CKp*****c2KCP7eo
here * denominating missing chars
We must replace unknown characters by minimal characters from base58 encoding so the example wif must be 5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip7CKp11111c2KCP7eo
convert it to Base58
the resultant value will be 800000000000000000000000000000000000000000000000007ffffb12d31c8169a1c4e188
Another important step is to calculate stride. Each change of unknown characters has impact on decoded value. In our case the first missing character is on 9th position from right side, so our stride is 58^8 = 7479027ea100.(Check Docs folder->stride.txt accordingly for missing place chars and stride)
we can launch tool either based on private key hex range or wif range so lets test the program with parameters
root@C.5082028:~/WifSolverCuda/WifSolverCudaLinux$ ./wifSolver -stride 7479027EA100 -u -rangeStart 800000000000000000000000000000000000000000000000007ffffb12d31c8169a1c4e188 -a 1PAKxebkssCp4SL5s6sYzGwCz8j2rVTurF -v
we can see that it hit the key within second
now lets test with WIF key instead of hex range/hex key
root@C.5082028:~/WifSolverCuda/WifSolverCudaLinux$ ./wifSolver -stride 7479027EA100 -u -wifStart 5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip7CKp11111c2KCP7eo -a 1PAKxebkssCp4SL5s6sYzGwCz8j2rVTurF -v
