Topic: SECP112R1 Implementation of Kangaroos with CUDA Support (Read 92 times)
I've never seen such forks here, but you can try looking on Github for them.
I had already figured, but I was looking to see if this work had already been done to avoid reinventing the wheel. I’m exploring this for a project that involves obtaining the private key for the deprecated SECP112R1 curve given a public key.
I recognize that adapting the SECP256k1 code to SECP112R1 is feasible since the core principles of ECC remain the same, but I wanted to check if anyone had already tackled this to save some effort and focus on the specific.
I recognize that adapting the SECP256k1 code to SECP112R1 is feasible since the core principles of ECC remain the same, but I wanted to check if anyone had already tackled this to save some effort and focus on the specific.
Is there anything out there or forks of this?
Just out of curiosity, what is the context for wanting to do this? To implement SECP112R1 instead of SECP256k1 in kangaroo code, you would have to adjust the specific parameters of the curve and adapt the equation.
Despite the different parameters and equations, you shouldn't have much trouble adapting SECP256k1 code to SECP112R1 because they share many similarities. The core principles of ECC remain the same, so most of your existing logic for point addition, scalar multiplication, and other operations can be reused.
Is there anything out there or forks of this?
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