9 | | In this project, we are trying to use GPU to crack passwords rather than use CPU. A GPU has hundres of cores that can be used to compute mathematical functions in parallel. A CPU usually has 2-8 cores. Although a CPU core is much faster than a GPU core, password hashing is one of the functions that can be done in parallel very easily. This is what gives GPUs a massive edge in cracking passwords. |
10 | | A GPU is excellent at processing mathematical calculations. Hashing algorithms are simply a series of complex mathematical calculations. So it is better to GPU to crack the passwords. |
| 9 | A GPU has hundres of cores that can be used to compute mathematical functions in parallel. A CPU usually has 2-8 cores. Although a CPU core is much faster than a GPU core, password hashing is one of the functions that can be done in parallel very easily. This is what gives GPUs a massive edge in cracking passwords. A GPU is excellent at processing mathematical calculations. Hashing algorithms are simply a series of complex mathematical calculations. So it is better to GPU to crack the passwords. |
| 10 | |
| 11 | === Objectives === |
| 12 | We are trying to use GPU to crack the passwords rather than CPU. We want to install John the Ripper and Hashcat(both are password crackers) in CUDA machine and use the GPUs in that machine to crack the passwords. |